Financial Stability Report - December 2025

The Financial Stability Report sets out our Financial Policy Committee's view on the stability of the UK financial system and what it is doing to remove or reduce any risks to it.
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Overall risk outlook

Risks to financial stability have increased in 2025

FSR Dec 2025 icons for website - credit

Credit markets

Recent US corporate defaults underline the need for robust risk management

FSR Dec 2025 icons for website - housing

UK households and businesses

Overall, UK households and businesses continue to be resilient

FSR Dec 2025 icons for website - banks

UK bank resilience

The UK banking system is strong enough to support households and businesses, even in a period of stress

Published on 02 December 2025

The financial system plays a crucial role in supporting the UK’s economy. It allows households and businesses to make payments, borrow, save, invest and insure against risks. The Financial Policy Committee (FPC) identifies and monitors risks to financial stability. Twice a year, it publishes a Financial Stability Report, which sets out its view on these risks and what it is doing to remove or reduce them. 

Watch Sarah Breeden, Deputy Governor for Financial Stability, discuss the latest report.

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Financial Stability Report Summary

The Financial Policy Committee (FPC) seeks to ensure the UK financial system is prepared for, and resilient to, the wide range of risks it could face so that the system is able to absorb rather than amplify shocks and serve UK households and businesses.

The overall risk environment

Risks to financial stability have increased during 2025. Global risks remain elevated and material uncertainty in the global macroeconomic outlook persists. Key sources of risk include geopolitical tensions, fragmentation of trade and financial markets, and pressures on sovereign debt markets. Elevated geopolitical tensions increase the likelihood of cyberattacks and other operational disruptions.

In the FPC’s judgement, many risky asset valuations remain materially stretched, particularly for technology companies focused on Artificial Intelligence (AI). Equity valuations in the US are close to the most stretched they have been since the dot-com bubble, and in the UK since the global financial crisis (GFC). This heightens the risk of a sharp correction.

The role of debt financing in the AI sector is increasing quickly as AI-focused firms seek large-scale infrastructure investment. By some industry estimates, AI infrastructure spending over the next five years could exceed five trillion US dollars. While AI hyperscalers will continue to fund much of this from their operating cash flows, approximately half is expected to be financed externally, mostly through debt. Deeper links between AI firms and credit markets, and increasing interconnections between those firms, mean that, should an asset price correction occur, losses on lending could increase financial stability risks.

Credit spreads remain compressed by historical standards. Two recent high-profile corporate defaults in the US have intensified focus on potential weaknesses in risky credit markets previously flagged by the FPC. These include high leverage, weak underwriting standards, opacity, complex structures, and the degree of reliance on credit rating agencies, and illustrate how corporate defaults could impact bank resilience and credit markets simultaneously.

While the impact of these specific defaults has been limited, a diverse range of financial market participants were exposed. Such diversity can help absorb risks, but opacity around the extent of exposures, and their possible interconnections, can also create uncertainty about how widely shocks in credit markets can propagate. It is important that market participants have a clear understanding of their exposures, including in stress scenarios where correlations and losses can shift outside historical norms. Market participants should also ensure that underwriting standards are robust and that they do not over-rely on credit ratings as a substitute to carrying out appropriate due diligence.

Private markets have grown significantly in the UK over the past two decades and are an important source of funding for corporates. While resilient to date, the private markets ecosystem has not been tested through a broad-based macroeconomic stress at its current size. In order to enhance understanding of the broader risks and dynamics of private markets, the FPC supports the next system-wide exploratory scenario (SWES), focused on the resilience of the private markets ecosystem.

Public debt-to-GDP ratios in many advanced economies have continued to rise this year. Governments globally face spending pressures, given the context of changing demographics and geopolitical risk, potentially constraining their capacity to respond to future shocks. Significant shocks to the global economic or fiscal outlook, should they materialise, could be amplified by vulnerabilities in market-based finance (MBF), such as leveraged positions in sovereign debt markets.

As an open economy with a large financial centre, the UK is exposed to global shocks, which could transmit through multiple, interconnected channels. Stress in one market, such as a sharp asset price correction or correlation shift, could spillover into other markets. Simultaneous de-risking by banks and non-banks can lead to fire sales, widening spreads and tightening financing conditions for UK households and corporates. Market participants should ensure their risk management incorporates such scenarios.

UK household and corporate aggregate indebtedness remains low. The UK banking system is well capitalised, maintains robust liquidity and funding positions, and asset quality remains strong. The results of the 2025 Bank Capital Stress Test demonstrate that the UK banking system is able to continue to support the economy even if economic and financial conditions turn out to be materially worse than expected. This underscores the role of financial stability as a pre-condition for sustainable growth.

As part of ensuring the UK banking sector is both resilient and able to support growth, the FPC has reviewed its assessment of the appropriate level of bank capital requirements (published alongside this FSR, for further details refer to Financial Stability in Focus: The FPC’s assessment of bank capital requirements). The Committee judges that the benchmark for system-wide Tier 1 capital requirements, previously judged to be around 14% of risk-weighted assets (RWAs), is now around 13% of RWAs. That judgement is consistent with the evolution in the financial system since the FPC’s first assessment in 2015, including a fall in banks’ average risk weights, a reduction in the systemic importance of some banks and improvements in risk measurement.

The FPC and sustainable growth

Maintaining financial stability is essential to supporting sustainable economic growth over the long term. A stable financial system supports lower risk and term premia, lowering the cost of borrowing and improving incentives to fund long-term productive investment. In line with its remit, the FPC seeks to maintain financial stability by identifying, monitoring, and addressing systemic risks to the financial sector – including those set out in this Report – so that the financial system can support the UK economy in both good times and bad.

In response to the Chancellor’s request in the FPC’s November 2024 remit letter, the FPC has assessed and identified areas where the financial sector could contribute further to supporting sustainable growth through higher productivity growth, investment and innovation. The financial sector plays a role in contributing to productivity growth by providing vital services to UK households and businesses, including the provision of financing for investment in capital and technology. But there are a broader range of factors across the economy at play in driving productivity growth, such as trade conditions, scientific and technological innovation, and human capital.

Lending to UK households and corporates has in the past fluctuated due to changes in financial and macroeconomic conditions. Incentives in the financial system led to unsustainable lending growth in boom times followed by periods of deleveraging during the resulting downturn. However, post-GFC regulation has increased bank resilience. Combined with the FPC’s use of the countercyclical capital buffer (CCyB) in stress, this has enabled the banking sector to continue to support households and businesses through recent shocks to the economy.

Lending to small and medium-sized enterprises (SMEs) has been weak since the GFC, reflecting both the small share of SMEs seeking credit and historical barriers these firms face in accessing finance. These barriers are not unique to the UK, with SMEs across many economies facing similar challenges. New lenders that have entered the market over the past decade are increasing their share of SME lending, particularly for SMEs which do not meet the appetite of larger lenders. For further detail refer to Box B of the FSR.

The FPC has already taken steps to ensure that its resilience-building measures are implemented efficiently as the financial system evolves. Recent examples of this include reducing the frequency of its main Bank Capital Stress Tests to every other year and recommending an amendment to the implementation of its loan to income (LTI) flow limit to allow individual lenders to increase their share of lending at high LTIs.

The FPC has undertaken work to assess and identify areas where there is potential to increase the ability of the financial system to contribute to sustainable economic growth, and potential solutions to the impediments the sector might face in doing so (refer to Box A for more details). These include barriers faced by pension funds and insurers in supporting long-term capital investment in the UK economy; challenges high-growth firms face in accessing domestic finance at larger funding rounds; and issues in the financial sector’s responsible adoption of innovative technology. The FPC supports:

  • The changes made by the Prudential Regulation Authority (PRA) to Solvency II to encourage investment in productive assets by UK insurers, particularly through its reforms to the Matching Adjustment (MA) regime and its introduction of a Matching Adjustment Investment Accelerator (MAIA). This should support delivery of the UK insurance industry’s commitment to invest £100 billion in UK productive assets over 10 years.
  • Work to ease impediments to high-growth firms accessing funding, including use of public-private partnership funding initiatives to channel financing to these firms and the broader population of SMEs to support productivity improvements, and supporting the working group on lending backed by intellectual property established as part of HM Government’s Industrial Strategy.
  • Efforts by authorities and industry to support the UK financial system’s adoption of innovative technology, including through the National Payments Vision, the Bank’s AI consortium and the Financial Conduct Authority’s (FCA’s) AI Lab’s Live Testing service.

The FPC remains committed to identifying further ways in which it can deliver on its objectives to support sustainable economic growth.

For further details refer to Section 1 and Box A of the FSR.

UK households and corporates

UK household and corporate aggregate indebtedness remains low. The share of households in arrears on their borrowing or with high debt-servicing burdens is low by historical standards. However, some groups are more vulnerable to economic shocks than others, with renters remaining under pressure. In line with easing monetary policy and a competitive mortgage market, quoted mortgage rates have continued to decrease. And, continuing the trend from July, growth in mortgage lending has risen to 3.2% year on year, above the post-GFC historical average of 2.2%.

Mortgage lenders have been adjusting their behaviour following the March 2025 clarification of the FCA’s Mortgage Conduct of Business (MCOB) rules and recent changes in the FPC’s recommendation on how to implement its LTI flow limit. While it remains too early to assess the full impact of these policy changes in the mortgage market, recent indicators suggest a higher supply of credit to households with net mortgage approvals reaching a nine-month high.

The corporate net debt-to-earnings ratio, at 134%, remains well below Covid (166%) and post-GFC (230%) highs. Nevertheless, potential shocks in global financial markets could increase the likelihood of corporate vulnerabilities crystallising, specifically for highly-leveraged corporates. Credit spreads remain tight by historical standards, which means funding conditions for corporates are currently benign. However, a sharp correction or crystallisation of global risks could constrain refinancing options for UK corporates. In markets serving higher-risk borrowers, such as leveraged loans and private credit, a larger proportion of outstanding debt has shorter maturity and therefore requires refinancing over the next few years, leaving corporates in such funding markets more exposed to a tightening of credit conditions or a deterioration in investor risk sentiment.

For further details refer to Section 3 of the FSR.

UK banking sector resilience

The UK banking system remains well capitalised. Major UK banks continue to report robust earnings, and their average price-to-tangible book (PtTB) ratios have increased further above 1 since the July FSR.

The results of the 2025 Bank Capital Stress Test indicate that the UK banking system would be able to continue to support the economy even if economic conditions turn out materially worse than expected, enabling it to contribute to long-term sustainable economic growth. The Bank Capital Stress Test scenario includes a severe global aggregate supply shock, leading to a deep recession across countries and a rise in inflation across advanced economies, with central banks raising interest rates to bring inflation back to target. In the stress test, the aggregate Common Equity Tier 1 (CET1) capital ratio starts at 14.5% and falls to a low point of 11.0% in the first year. No individual bank was required to strengthen its capital position as a result of the test.

At the low point of the stress test, bank capital remains well above the sum of aggregate regulatory minima and systemic buffers. Most of this headroom arises from banks beginning the test with capital in excess of regulatory requirements. The FPC and PRA do not oblige firms to maintain buffers in excess of regulatory requirements.

The FPC has maintained the UK CCyB rate at its neutral rate of 2%. While the global risk environment remains elevated, UK household and corporate aggregate indebtedness remains low. The easing of credit conditions since the FPC’s October meeting has been in line with the macroeconomic outlook, with some additional easing in the mortgage market related to policy developments (clarification of FCA MCOB rules and changes in the FPC’s Recommendation on how to implement the LTI flow limit).

As part of ensuring the UK banking sector is both resilient and able to support growth, the FPC has updated its assessment of the appropriate benchmark level of capital requirements for the UK banking system.

For further details refer to Section 4 and 5 of the FSR.

The FPC’s assessment of bank capital requirements

The Committee judges that the updated appropriate benchmark for the system-wide level of Tier 1 capital requirements is now around 13% of RWAs (equivalent to a CET1 ratio of around 11%), 1 percentage point lower than its previous benchmark of around 14%. Given the reduction in the FPC’s benchmark, banks should have greater certainty and confidence in using their capital resources to lend to UK households and businesses.

That judgement is consistent with the evolution in the financial system since the FPC’s first assessment in 2015, including a fall in banks’ average risk weights, a reduction in the systemic importance of some banks and improvements in risk measurement such as through the forthcoming implementation of Basel 3.1. The judgement is also consistent with the analysis of the range of capital requirements likely to maximise macroeconomic net benefits in terms of long-term growth. That analysis also suggested that materially lower capital requirements could lead to significant reductions in long-run expected GDP.

The FPC has also considered how the capital framework can be made more effective, efficient and proportionate. As a result:

  • With the PRA and international authorities, the FPC will work to enhance the usability of regulatory buffers and so reduce banks’ incentives to have capital in excess of regulatory requirements.
  • The FPC will review the implementation of the leverage ratio in the UK, to ensure that it functions as intended. Within this, the Committee intends to prioritise reviewing the UK’s approach to regulatory buffers in leverage ratio requirements.
  • The FPC supports initiatives by the Bank to respond to feedback on interactions, proportionality and complexity in the capital framework. That includes considering how capital requirements related to domestic exposures interact. It also includes: developing a systematic approach for updating regulatory thresholds; contributing to HM Government’s review of ring-fencing; and responding to feedback received on the PRA’s discussion paper on internal ratings-based models for mortgage lending.

This assessment is published alongside the FSR (refer to Financial Stability in Focus: The FPC’s assessment of bank capital requirements for further details).

The resilience of market-based finance

Downside risks to the economic outlook and a potential broader market correction could interact with vulnerabilities in MBF. The interconnected nature of MBF means it can amplify shocks, including through large leveraged hedge fund positions in sovereign debt markets.

Leveraged borrowing by hedge funds in gilt repo markets remains elevated, reaching close to £100 billion in November. Data suggests this activity is related, at least in part, to the popularity of the cash-futures basis trade. A small number of hedge funds account for more than 90% of net gilt repo borrowing, with trades often transacted at zero or near-zero collateral haircuts and at very short maturities and so require regular refinancing. These vulnerabilities, in the context of compressed risk premia in a highly uncertain global environment, increase the risk of sharp moves. Funds could need to deleverage simultaneously in response to a shock if funding conditions tightened to the extent that refinancing became unavailable or prohibitively expensive. This reinforces the need for market participants to ensure the risk management of their positions takes account of potential shocks, including correlation shifts outside historical norms.

In September, the Bank, in close consultation with the FCA, and with input from HM Treasury and the UK Debt Management Office (DMO), published a discussion paper evaluating the effectiveness and impact of a range of potential reforms to enhance the resilience of the gilt repo market; such as, greater central clearing of gilt repo and minimum margin requirements on non-centrally cleared gilt repo transactions. Any structural reforms identified through this work will take time to implement, which underscores the importance of market participants ensuring their own preparedness for shocks.

Private markets have grown significantly in the UK over the past two decades and are an important source of funding for corporates. UK insurers’ exposures to private markets have been growing, including through increasing use of funded reinsurance contracts. While resilient to date, private markets have not been tested through a broad-based macroeconomic stress at their current size. The Bank will undertake a SWES focused on risks from the private markets ecosystem.

Two recent high-profile US corporate defaults demonstrated the risks associated with reliance on Credit Rating Agencies (CRAs) – the ratings associated with both corporates remained relatively stable until close to their defaults. Relatedly, there is some evidence (IMF October GFSR) of the expansion in recent years of smaller CRAs producing private ratings, including in the US insurance market. Competitive pressures could provide incentives for some CRAs to provide ratings that are designed to win custom. This underscores the risks of firms over-relying on credit ratings providers as a substitute to carrying out appropriate due diligence.

For further details refer to Section 6 of the FSR.

Structural changes in the UK financial system

Heightened geopolitical tensions and continued advances in technology have underlined the critical importance of operational resilience to the provision of vital services to households and businesses. The FPC supports further actions to be taken by firms and financial market infrastructures (FMIs) to build resilience to operational disruption, and by microprudential regulators to continue to strengthen the regulatory framework. In taking steps to build resilience, firms and FMIs should recognise the role they play in supporting confidence in the financial system, and how disruption to vital services could negatively affect saving, investment and economic growth.

The FPC met jointly with the Prudential Regulation Committee, the Financial Market Infrastructure Committee and the FCA to discuss the UK’s approach to enhancing the operational resilience of the UK financial system given the heightened threat landscape and increasing pace of technological change. They agreed about the importance of continued co-ordination on these issues. Boards of firms and FMIs should also work with authorities to use the findings of sector-wide exercises and stress tests such as SIMEX and the Cyber and Operational Resilience Stress Test to improve their understanding of actions they can take to mitigate impacts on financial stability. Given the interconnected nature of the global financial system, the FPC supports further international engagement on operational resilience.

The development of new financial products, such as stablecoins, and other distributed ledger technology (DLT) present both opportunities and risks to the UK financial system. The FPC recognises the transformative potential of technology associated with stablecoins and the importance of ensuring that the public can have the same trust in new forms of money as they do in existing ones. Use of regulated stablecoins could lead to faster, cheaper retail and wholesale payments, with greater functionality, both at home and across borders. The FPC also notes the potential for growth in the provision of funding directly from financial markets and non-bank financial institutions to support the supply of credit to UK households and businesses, even if deposits move from the banking system to stablecoins. In the UK, the Bank and FCA are developing regimes for systemic and non-systemic stablecoins to ensure appropriate resilience. Other jurisdictions, including the US, are also in the process of designing and finalising their regimes. The FPC welcomes work by the Bank to propose a regulatory regime for sterling-denominated systemic stablecoins, and the consultation paper published recently on this topic.

The FPC is continuing to monitor developments in the unbacked crypto-asset sector and its interconnectedness with the financial sector and the real economy.

Climate-related risks to financial stability are becoming more proximate, resulting in risks to asset prices and credit quality in severe but plausible scenarios. If investors reprice financial assets rapidly to reflect climate-related risks, Bank staff estimate that the resulting moves in asset prices could be comparable to those moves seen in recent market stress episodes.

As physical risks from climate change continue to increase over the longer term, lower insurance coverage could transfer risks to households, businesses, banks and governments. Supporting insurability through investments in resilience to physical risks from climate change would be beneficial to UK financial stability.

For further details refer to Section 7 of the FSR.

1: In focus – The FPC and sustainable growth

Maintaining financial stability is essential to supporting sustainable economic growth over the long term. In line with its remit, the FPC seeks to maintain financial stability by identifying, monitoring, and addressing systemic risks to the financial sector – including those set out in this Report – so that the financial system can support the UK economy in both good times and bad. In working to advance its primary objective, the FPC continues to take steps to ensure that its resilience-building measures are implemented efficiently and in a way that supports sustainable growth as the financial system evolves.

In response to the Chancellor’s request in the FPC’s November 2024 remit letter, the FPC has assessed and identified areas where the financial sector could contribute further to supporting sustainable growth through higher productivity growth, investment and innovation (Box A). This In focus section sets out how the FPC thinks about sustainable economic growth (Figure 1.1), building on the contents of the July 2025 Financial Stability Report.

Figure 1.1: The FPC is taking action to contribute to sustainable economic growth by:

A simple diagram setting out the actions the FPC is taking to support sustainable economic growth. It splits these into three categories: ‘ensuring the financial system is sufficiently resilient to provide vital services to households and businesses in both good times and bad’, ‘Ensuring regulatory measures are calibrated to deliver efficient resilience’, and dentifying opportunities for the UK financial services sector to further support economic growth, and impediments it might face in doing so, across three areas’. These actions are described in detail in this section and Box A.

1.1: The role of the financial sector in contributing to sustainable growth

Productivity growth is a key driver of economic growth. Over the past 15 years, UK labour productivity growth has been low by historical standards and relative to some other advanced economies.

In the long term, GDP growth is driven by changes to an economy’s supply capacity, which is determined by the amount of labour and capital available, and the efficiency with which these factors can be combined – known as total factor productivity. Labour productivity – measured as output per hour worked – is the main driver of living standards in the long run. Since 2010, UK labour productivity has been low by historical standards and relative to the US. From 2010–19, it was also low relative to other advanced economies (Chart 1.1).

Chart 1.1: UK productivity growth in recent years has been low by historical standards, and relative to some other advanced economies

Average growth in GDP per hour worked, UK, US and G7 excluding US and UK (weighted average) (a) (b)

A bar chart showing the average growth rate of GDP per hour worked for the UK, US and G7 excluding the US and UK for four time periods: 1997 to 2002, 2003 to 2007, 2010 to 2019 and 2020 to 2023. It shows that UK productivity growth in recent years has been low by historical standards, and relative to some other advanced economies.

Footnotes

  • Sources: OECD and Bank calculations.
  • (a) Average year on year growth in GDP per hour worked in 2020 US dollars, chain linked volume (rebased), purchasing power parity (PPP) converted. G7 excluding US and UK is weighted by total GDP in 2020 US dollars, chain linked volume (rebased), PPP converted. Weighted average excludes Canada for 1997 due to unavailable 1996 data.
  • (b) This chart is not directly comparable to Chart 4.1 of the July 2025 FSR due to an update to the underlying OECD database.

In the 1990s, total factor productivity growth in most western economies was high, driven by the diffusion of information and communications technologies such as the internet, which have the characteristics of a General-Purpose Technology (GPT). Past GPTs have been shown to boost productivity for long periods of time, as discussed in a recent speech by Andrew Bailey.footnote [1] Evidence shows that productivity growth slowed in the US in the mid-2000s, as it did in other countries including the UK.footnote [2] And Adler et al (2017) find that population ageing, slowing human capital accumulation, and lower global trade all contributed to this slowdown.

As set out in the July 2025 Financial Stability Report, the global financial crisis (GFC) of 2008–09 negatively impacted the provision of vital services including bank lending (Box B), weighing on output and productivity growth. Additional shocks, including the UK’s decision to leave the European Union, the Covid pandemic, and the significant rise in energy prices in 2022 following Russia’s invasion of Ukraine, have compounded these effects although recent data suggest that the productivity effects of the pandemic have dissipated and there is no longer a significant drag due to the energy price shock. Other G7 countries have seen a similar slowdown in recent years, except the US where productivity growth has picked up since 2020 (Chart 1.1). US productivity growth has increased since the pandemic. There might be a range of reasons for that, but Bank analysis suggests it may partly reflect reallocation of activity and labour towards more productive sectors, and the strength of the US technology sector.

The financial sector plays a role in contributing to productivity growth by providing vital services to UK households and businesses, including the provision of financing for investment in capital and technology. But there are a broader range of factors across the economy at play in driving productivity growth, such as trade conditions, scientific and technological innovation, and human capital. Productivity growth can be accounted for by the level of capital deepening (capital stock per hour worked), and total factor productivity, ie the efficiency with which labour and capital can be combined. These challenges are best addressed by government and businesses, as set out in HM Government’s economic growth, industrial and infrastructure strategies, which emphasise the importance to economic growth of public-private partnerships, government investment and other policies such as planning reform.

While the UK has a large and sophisticated financial sector, the UK’s level of investment in capital formation as a proportion of GDP is low relative to other G7 nations and has remained among the lowest for many years (Chart 1.2). This could be driven by both demand for finance from businesses looking to invest in capital, as well as the supply of finance to those businesses.

Chart 1.2: Investment in the capital stock is low in the UK relative to other advanced economies and has been for many years

Gross fixed capital formation as a percentage of GDP, UK and G7 range, 1997–2024 (a)

A line chart showing the UK’s gross fixed capital formation as a percentage of GDP (aqua line, relative to the G7 range shaded in orange, from 1997 to 2024). The chart shows the UK’s GFCF has been close to or at the bottom of the G7 range throughout this time period.

Footnotes

  • Sources: OECD and Bank calculations.
  • (a) Gross fixed capital formation includes investment by businesses as well as public sector and dwellings investment.

Factors other than financial regulation have been the primary driver of low investment, and so low productivity. The volume of lending to the UK real economy has been stable as a share of GDP over the long run (Box B). And the FPC has aimed to set a level of bank capital that is likely to maximise macroeconomic net benefits in terms of long-term growth, both in its initial assessment in 2015 and its review this year (Box D). The growth of market-based finance and increased competition within the banking sector have diversified the supply of productive finance to the real economy.

1.2: Growth and the FPC’s primary objective

Maintaining financial stability is the foundation for sustainable growth. Periods of financial instability – such as the GFC – negatively impact the provision of vital services to households and businesses, weighing on output and productivity growth.

Because the financial sector plays a role in driving UK productivity growth, actions to support financial stability in turn support economic growth. As set out in the July 2025 Financial Stability Report, a stable financial system ensures the provision of vital services to households and businesses, which, in turn, support economic activity including funding, saving, insurance and payment services. These services all support productivity and economic growth.

Financial stability contributes to a stable and predictable economic environment, including by: supporting consumer and business confidence; making the UK an attractive place to do business for international investors; and supporting UK firms’ ability to compete abroad. Higher investment by businesses and saving by households increase the available capital for productivity-improving projects. And a stable financial system supports lower risk and term premia, lowering the cost of borrowing and improving incentives to fund long-term productive investment. These factors all facilitate the investment that drives long-term productivity growth (Figure 1.2).

Figure 1.2: A diagram illustrating the benefits of financial stability for productive investment and stable economic growth

The diagram is a flowchart showing how financial stability drives economic strength and investment. It begins with a aqua box stating financial stability ensures predictable services, leading to an orange section on supporting consumer confidence, business confidence, and government finances. Two lower sections – purple and gold – illustrate boosting savings and improving incentives for long-term investment, ending with a green box emphasising mutual reinforcement.

The FPC’s work on financial stability also supports growth by avoiding the negative consequences of financial instability. Improvements to financial system resilience since the GFC have allowed it to continue to support UK households and businesses through periods of financial stress. For example, UK banks continued to lend to creditworthy households and businesses during recent shocks such as the Covid pandemic, the significant rise in energy prices in 2022 following Russia’s invasion of Ukraine, and episodes of market volatility.

The FPC primarily contributes to sustainable economic growth by maintaining financial stability. It does so by identifying, monitoring, and addressing systemic risks to the financial sector – including those set out in this report (Figure 1.1).

A resilient financial system is particularly important given the elevated global macroeconomic risk environment (Section 2), which could pose risks to debt sustainability and GDP growth globally. By monitoring risks to the global economic outlook, the FPC can act to support the resilience of the UK financial system to severe but plausible shocks.

The FPC also monitors household and corporate debt vulnerabilities (Section 3) and the resilience of the UK banking system, which provides the majority of lending to the UK real economy (Section 4). It also stress tests the major UK banks to ensure they are sufficiently resilient to continue to support households, businesses, and growth, even if economic and financial conditions are materially worse than expected (Section 5). Jointly, the resilience of households, corporates and the banking system supports the saving, investment and lending required for sustainable economic growth.

Financial markets are also an important source of funding for UK businesses (Box B). They provide vital financial services which are essential to the daily economic activity of UK households and businesses. Recent periods of financial instability such as in March 2020 and October 2022 demonstrated that vulnerabilities in the system of market-based finance can amplify shocks and affect the provision of vital services to businesses and households. Therefore, the FPC works to improve risk identification in, and the functioning and resilience of, market-based finance (Section 6). The FPC also uses system-wide exploratory scenarios to further understand interconnections between banks and other financial market participants.

The financial system is constantly evolving, and new risks emerging, as technological, economic, geopolitical, and broader societal shifts change the landscape in which it operates. Therefore, the FPC works to identify, assess and respond to structural changes and new risks in the financial system, including through improving macroprudential oversight of operational resilience (Section 7). The FPC takes action to support the responsible adoption of innovative technology by the financial sector. In doing so, the FPC – alongside the Bank – seeks to balance efficiency and resilience, in support of long-term growth.

All of these actions therefore contribute to maintaining a stable and predictable economic environment and creating the necessary conditions for the financial sector to facilitate sustainable growth.

1.3: Growth and the FPC’s secondary objective

Subject to its primary objective, the Committee has a secondary objective of supporting the Government’s economic policy, including its objectives for growth and employment.

The FPC judges that these objectives are complementary over the long-term: financial stability is necessary for sustainable growth, and sustainable growth supports financial stability – as explained in more detail in the July 2025 Financial Stability Report. For example, improvements in productivity growth would ease fiscal pressures and in turn support the resilience of sovereign bond markets globally. As set out in a recent speech by Jon Hall, the FPC’s mandate balances efficiency and resilience, in support of long-term growth. Further, the FPC’s statutory objectives are clear that it should not take any action that would have a significant adverse effect on the capacity of the financial sector to contribute to the growth of the UK economy in the medium or long term.

The FPC has already taken steps to ensure that its resilience-building measures are implemented efficiently as the financial system evolves. The FPC regularly reviews its policy measures; recent examples include reducing the frequency of its main Bank Capital Stress Tests to every other year and recommending the PRA and the FCA amend implementation of the FPC’s loan to income (LTI) flow limit to allow individual lenders to increase their share of lending at high LTIs while aiming to ensure the aggregate flow remains consistent with the limit of 15%.

And the FPC has reviewed its assessment of the appropriate level of bank capital requirements, considering the costs and benefits to long-term growth (Box D). This weighs the macroeconomic costs of capital (which stem from the impact of higher capital pushing up on borrowing costs) against the benefits of capital, which come about because higher bank capital reduces the likelihood and costs of financial crises. In its latest review, the Committee has taken into account the experience of the ten years since it first assessed the appropriate overall level of capital requirements.

Box A sets out the conclusions of the FPC’s 2025 work on growth and the financial system. The FPC remains committed to identifying further ways in which it can deliver on its objectives to support sustainable economic growth.

Box A: Conclusions of the FPC’s 2025 work on growth and the financial system

In November 2024, via the Committee’s annual remit letter, the Chancellor asked the FPC to assess and identify areas where there is potential to increase the ability of the financial system to contribute to sustainable economic growth without undermining financial stability. This box updates on the Committee’s work, building on the approach set out in the July 2025 Financial Stability Report.

In response to the Chancellor’s commission to identify areas where there is potential for the financial sector to contribute more to sustainable growth, the FPC has identified three areas.

The FPC agreed in April 2025 that its work on growth this year would focus on improving the long-term productive growth capacity of the economy by identifying barriers to the provision of credit and vital services to the real economy by the financial services sector. The FPC identified three areas of focus for the work where there is potential to increase the ability of the financial system to contribute to sustainable economic growth without undermining financial stability:

  • Investment of long-term capital into assets which increase the productive capacity of the economy, including to high-growth firms (HGFs).footnote [3]
  • The supply of debt or equity finance to HGFs including start-ups and scale-ups.
  • Supporting the responsible adoption of innovative technology by the financial sector, which has the potential to reshape the UK economy.

These areas of focus were selected by the FPC as they are directly related to the FPC’s remit and are where the FPC judged there to be impediments to the provision of vital services and credit to the real economy. The identified impediments and potential solutions are set out in this box.

To meet the challenges of the future, the UK economy will require a flow of long-term capital to fund investments which improve the infrastructure that supports the economy, fund the development and deployment of new technologies that will drive productivity growth and support the transition to Net Zero. While the UK benefits from substantial international investment as an open economy with a global financial centre, more could be done to identify barriers to domestic investment by UK institutions. UK workplace pension funds have over £2 trillion of assets and the UK life insurance sector has over £2 trillion of assets. But UK defined contribution (DC) pension schemes invest less in assets such as infrastructure, property, and private equity than some of their international peers. For example, UK pension funds allocate around 5% of assets to private equity firms, which are key providers of ‘patient capital’ including to larger HGFs. This is substantially lower than some other advanced economies (Chart A). Research by DWP estimates that around 22% of UK workplace DC pension assets are invested domestically compared to 44% and 55% in New Zealand’s Kiwisaver and Australia’s Superannuation systems, respectively.

Chart A: UK pension funds allocate fewer assets to private equity than international peers

Share of pension fund assets allocated to private equity across countries (a) (b)

UK pension funds tend to invest a lower share of their asset in private equity relative to peers.

Footnotes

  • Sources: New Financial (2024) and The Purposeful Company.
  • (a) US (private) refers to US private defined-benefit pension funds, and US (public) refers to US public defined-benefit pension funds.
  • (b) Numbers are not strictly comparable between countries as different subsets of pension funds are captured. Numbers for the UK, Denmark and Finland are system-wide. Numbers for Sweden, South Korea, New Zealand, and Taiwan reflect public reserve pension funds. Numbers for the Netherlands reflect public defined-benefit pension funds, France private defined-benefit pension funds, and Canada all public sector pension funds. Australia captures superannuation funds only.

Investment by insurers and pension funds can provide stable sources of capital over the longer term, particularly as their long-term liability structures and investment mandates allow them to hold investments through short-term fluctuations in economic cycles. This provision of ‘patient capital’ has the potential to benefit long-run economic growth, as well as benefiting insurers’ and pension funds’ shareholders and policyholders.

The FPC has focused on identifying barriers to the ability of HGFs to access finance because HGFs make an outsized contribution to economic and employment growth in the UK and globally, as set out in a recent Bank staff literature review. The ScaleUp Institute estimates that while scale-ups account for only 0.6% of the SME population, they contribute more than half of UK SME turnover. And HGFs – including both start-ups and scale-ups – often represent the frontier in developing innovative ways to deploy both capital and technological innovation. Traditional bank lending is less well-suited to HGFs because, although HGFs are either growing rapidly or have the potential to grow rapidly, they typically have a limited trading history, are not yet consistently profitable, or have low levels of collateral. Consistent with this, staff analysis shows that sectors with more HGFs receive a relatively lower share of new bank lending. Therefore, HGFs are more likely than other SMEs to rely on equity and other finance, such as venture capital (VC) or venture debt, as well as government funding schemes (Chart B).

Chart B: High-growth firms make greater use of equity and other finance, as well as government funding schemes, relative to the wider SME population

Share of HGFs and SMEs using different forms of finance (a) (b)

HGFs make use of a broader range of financing than the wider population of SMEs.

Footnotes

  • Sources: Longitudinal Small Business Survey: SME Employers (businesses with 1 to 249 employees) – UK, 2024, and Scale-Up Institute Annual ScaleUp Survey 2024.
  • (a) Due to the differing nature of both data sets, data is compared where appropriate. For example, the data set covering SMEs splits out the share using bank loans, overdrafts, and credit cards whereas the data for HGFs merges these.
  • (b) Other finance includes instruments such as venture debt.

HGFs often have little collateral aside from intellectual property (IP), which can be hard to use as collateral when borrowing. The ScaleUp Institute ranks financing as the third biggest constraint to the growth of HGFs after talent and market access. Actions to ease these constraints, such as supporting the financial sector to provide the breadth and depth of services that HGFs require, can support their growth.

Technological innovation has the potential to reshape the UK economy, boosting productivity, real wages, and economic growth. As set out in the Bank’s recent approach to innovation, examples include artificial intelligence (AI), distributed ledger technologies (DLT) and quantum computing. The FPC judges that responsible adoption of technological innovations in the financial sector can deliver benefits to both its primary and secondary objectives. For example, use of DLT could allow for faster and cheaper cross-border payments, reducing inefficiencies within the financial system. The innovative application of new technologies is also central to the UK maintaining its leadership as a global financial centre. However, to ensure the benefits are harnessed in a sustainable way, the risks from such technological adoption must be balanced with the potential opportunities.

The FPC welcomes work by the Bank and other authorities and industry partners to promote innovation in financial services. The Bank and FCA launched the AI Consortium on 2 May 2025 to provide a platform for public-private engagement to gather input from stakeholders on the capabilities, development, deployment, and use of AI. The Bank and FCA have also set up the Digital Securities Sandbox (DSS), which provides a regulated environment to encourage innovation in financial market infrastructure.

The FPC has identified opportunities for the UK financial services sector to further support sustainable economic growth, and impediments the sector might face in doing so.

Bank staff, working with HM Treasury (HMT), have conducted a literature review and met with more than 50 financial sector, government and academic groups to further understand the impediments HGFs may face in contributing to sustainable growth across the three areas outlined above.

UK pension funds and insurers face barriers in supporting long-term capital investment in the UK economy.

The FPC has identified the following impediments to the investment of long-term capital by pension funds and insurers:

  1. UK DC pension schemes are smaller in scale and allocate less to riskier assets than international peers. This in a large part reflects the smaller scale of UK DC schemes and a need to shift the focus to long-term value, improved member outcomes and lowering costs as the industry grows and consolidates. Smaller pensions schemes often have less capacity to invest in unlisted productive assets. This can hold back pension schemes from making long-term investments that could fund productive investment in the UK economy. More than four fifths of UK DC pension fund investments are in listed equities, and corporate and government bonds, which represent less than one third of UK and other advanced economy assets. Two thirds of DC schemes do not invest in longer term, less liquid assets at all, and the rest invest only 1.5%–7.0% of their assets, much of which is in real estate.
  2. UK insurers report a lack of opportunities to invest domestically that align to their expertise and risk and reward targets. This diverts insurers’ assets away from productive investments in the UK economy, harming UK growth over the long term.

Potential solutions include scaling up DC pension funds, enabling them to enhance their sophistication and reduce unit costs, thereby improving outcomes for members. DC pension products could also be expanded to offer a wider range of products without daily liquidity which can support longer-term investments. In addition, raising awareness among pension funds and insurers of the opportunities presented by venture and growth finance, including the potential for public-private partnerships, could help address these challenges. Finally, further work to understand behavioural and regulatory barriers to deploying domestic capital into high-growth firms and identify solutions to reduce these frictions is needed.

The FPC welcomes the measures in HM Government’s (HMG’s) Pension Schemes Bill which aims to address some of these barriers by consolidating the DC pension sector into larger and more sophisticated schemes. Achieving increases in fund size and sophistication should enable these larger DC schemes to access a wider range of asset classes, helping them to deliver better outcomes for their members and the UK economy as a whole.

The FPC supports the changes made by the PRA to Solvency II to encourage investment in productive assets by UK insurers, particularly through its reforms to the Matching Adjustment (MA) regime and its work to deliver a Matching Adjustment Investment Accelerator (MAIA). The PRA published a policy statement 17/25 on the MAIA on 23 October, which set out the final rules that came into effect on 27 October 2025. The FPC also welcomes the PRA’s discussion paper 2/25 on Alternative Life Capital, which aims to support innovation in the life insurance sector.

Members of the Association of British Insurers committed to using the Solvency UK reforms to invest at least £100 billion in UK productive assets over the next decade. The Bank will continue to work constructively with industry and HMT to explore collectively how UK productive investments can be structured to meet the ‘MA’ eligibility criteria and thereby be used to their fullest extent. The FPC judges that, if the industry makes use of these regulatory changes to maximise UK productive investments, this will be an important contribution to improving the UK’s productivity growth.

The FPC notes the progress made by signatories of the Mansion House Compact, with the proportion of investments in unlisted equities growing from 0.36% in 2024 to 0.6% in 2025. The Committee also notes the Mansion House Accord, in which 17 of the largest UK workplace pension providers have pledged to invest at least 10% of their DC default funds in private markets by 2030, with 5% of the total allocated to the UK.

Building on the progress of the Mansion House Compact, there would be value in further work to identify barriers to allocating funds to HGFs and develop solutions that enable DC pension schemes and other investors to provide productive finance to HGF funding vehicles. The FPC notes the new British Business Bank (BBB) objective, announced in the Autumn Budget 2025, to mobilise institutional capital at scale and the projected participation of domestic pension funds in the initial £200 million funding round for the BBB’s British Growth Partnership Fund. This is an area where the public sector and the private sector will need to work together to find solutions.

HGFs face challenges in accessing domestic finance as funding rounds scale up, navigating a complex funding ecosystem and finding collateral on which to secure lending.

The FPC has identified the following impediments to the supply of debt or equity finance to HGFs:

  1. HGFs find it progressively more difficult to raise funds – especially from domestic sources – as funding rounds get larger due to a shortage of patient capital (Chart C). While the UK has the third largest VC market in the world and a growing venture debt market, the level of venture investment per capita in the UK is lower than some other advanced economies, including the US. BBB research finds that the UK has an investment gap relative to the US, with UK VC investment representing 0.7% of GDP, 10% less than in the US over 2022–24.
  2. HGF finance can be a complex funding ecosystem for funders and founders to navigate. The fragmentation of financial support services in the UK means there are multiple agencies and schemes, which creates a complex, inefficient landscape that SMEs and HGFs struggle to navigate.
  3. Many HGFs have little tangible collateral, and HGFs struggle to secure lending using IP as collateral. Banks face significant challenges in developing lending collateralised by IP, primarily due to the difficulty of valuing intangible assets, the lack of standardised frameworks for assessing IP risk, and limited secondary markets for recovery in case of default. Other jurisdictions have developed IP-backed lending markets, but more work is needed to provide a framework for the UK market to develop.

Chart C: The number of domestic investors in high-growth firms’ funding rounds declines as the funding round size increases

Percentage of investors in equity funding rounds by deal value (a) (b)

The number of UK investors in domestic equity funding rounds declines relative to international investors as deal values grow.

Footnotes

  • Source: The Purposeful Company, Beauhurst (2024).
  • (a) For the period 2014–23.
  • (b) The chart presents the simple count of investors participating in deals of various sizes without weighting or factoring in the amount each investor is contributing.

Easing the impediments to funding HGFs requires a multifaceted approach as no single solution will resolve all the issues HGFs face in accessing debt and equity. The solutions to mobilising domestic long-term capital set out above could benefit HGFs, as could solutions to reduce funding complexity – such as a ‘one-stop-shop’ for funding information for HGFs. Banks’ innovation lending units could also help to address these impediments, for example by working to examine the viability and practicality of IP-backed lending.

The FPC welcomes work done by HMG and other authorities over the past year to ease some of the impediments faced by HGFs in accessing finance, for example, the working group established as part of HMG’s Industrial Strategy with the aim of removing barriers to IP-backed lending to creative industries. Further, the Pension Schemes Bill should help to tackle barriers to investing in VC and venture debt funds that finance HGFs, while HMG’s Business Growth Service should go some way in making it easier for businesses to navigate the many ways of accessing finance and support.

Reforms introduced this year allow ring-fenced banks to take equity warrants when lending to HGFs, which should make lending to innovative businesses more commercially viable. The Bank is also working with HMT to explore how the ring-fencing regime could be further reformed to allow ring-fenced banks to provide more products and services to UK businesses.

The FPC notes the package of measures to support entrepreneurship announced by HMT in the Autumn Budget 2025. The Committee highlights the importance of enhanced focus on public-private partnership funding initiatives to channel financing to HGFs and the broader population of SMEs, which should support productivity enhancing investment. The FPC notes the important role the BBB could play in this context. Many countries have government sponsored organisations that aim to improve access to finance for smaller businesses and crowd-in private sector investment, like the BBB. These range from Germany’s KfW, which provides long-term financing and coinvestment to support SMEs and innovation, to US programs like those run by the Small Business Administration and the State Small Business Credit Initiative, which offer loan guarantees and channel private capital into venture and growth funds. In this context the FPC notes the expanded financial capacity of the BBB this year and the announcement that the BBB will launch ‘Venture Link’. Under this initiative the BBB will publish enhanced information on the venture funds it supports and those under consideration, increasing transparency and helping pension schemes identify opportunities.

The Committee encourages more research and policy work on barriers facing HGFs in accessing finance and welcomes the focus of the Bank of England Agenda for Research, 2025-2028 on growth. This includes analysis of the impediments, and data gaps, to risk-based IP-collateralised lending which is becoming increasingly important to the knowledge economy. The FPC is supportive of the working group that is exploring how to best support lending to IP-rich sectors.

High cyber-resilience costs for tech-reliant firms and the need for modernised UK payment infrastructure are barriers to the responsible adoption of innovative technology in the financial sector.

The FPC has identified the following issues in the financial sector’s responsible adoption of innovative technology.

  1. The technology cost of building and maintaining resilience against cyberthreats is challenging for new and small FinTechs. The costs of cyberattacks can be large. Elevated geopolitical tensions and continued advances in technology have increased the potential for operational incidents to disrupt the provision of vital services (Section 7). Many cyberattacks have targeted third party suppliers of larger corporates as a way of penetrating their clients’ systems. As such a potential point of entry for such attacks, it is therefore important that those suppliers themselves – a number of which can be FinTechs – have robust cyberdefences in place. Building up such cyberdefences can be costly for new and small FinTechs. The Bank’s engagement with the industry, including via its regional agency network, shows that these costs and risks are particularly acute for businesses that rely heavily on technology as a core part of their business model.
  2. The UK’s payments infrastructure needs to keep pace with innovation to support economic activity. Seamless and frictionless payments are critical to economic activity. Co-ordinated action and investment is needed to create the next generation of payment infrastructure that drives innovation, supports competition, and ensures security.

Given the complex and evolving nature of the cyber and innovation landscapes, solutions to these impediments will require collaboration between the financial sector and public authorities. Solutions could include: further publication of potential threats from cyberattacks; the production of guidance documents and signposting to support FinTechs looking to build cyber resilience; and approaches such as innovation sandboxes to allow FinTechs to test out new digital business models.

The FPC welcomes the work of the National Cyber Security Centre to provide advice and guidance on cyber security for SMEs, particularly through its Cyber Action Toolkit. The FPC also welcomes the work of the Cross Market Operational Resilience Group to develop solutions and share knowledge within the financial sector. The FPC judges that there would be benefits in public and industry bodies broadening support to new and small FinTechs looking to build cyber resilience via the provision of targeted advice and guidance.

The Bank is working with the other UK authorities to deliver innovation in money and payments through supporting HMG’s National Payments Vision, chairing the newly established Retail Payments Infrastructure Board and expanding the capabilities of our Real-Time Gross Settlement (RT2) service. The Bank is working with industry to deliver practical advancements in the UK’s payments infrastructure through the Synchronisation Lab, the Digital Pound Lab and its DLT Innovation Challenge. The Bank’s work under the National Payments Vision includes facilitating the development and adoption of tokenised deposits and regulated stablecoins. The FPC welcomes work by the Bank and the FCA to develop a regulatory regime for stablecoins (Section 7).

Tokenised deposits offer the advantages of DLT as well as the benefits of traditional cash such as the deposit insurance provided by the Financial Services Compensation Scheme, providing customers with protection in the event of a bank insolvency. Tokenised deposits could deliver the benefits of programmability and instantaneous settlement, using a product with which customers are already familiar, whilst also being packaged up with credit provision as per the traditional banking model.

The FPC remains committed to identifying further ways in which it can deliver on its objectives to support sustainable economic growth.

The FPC has identified opportunities for the UK financial services sector to further support sustainable economic growth, and barriers to doing so. Public authorities have a key role to play in working with businesses to identify solutions to these impediments. The FPC supports:

  • The changes made by the PRA to Solvency II to encourage investment in productive assets by UK insurers, particularly through its reforms to the MA regime and its introduction of a MAIA. This should support delivery of the UK insurance industry’s commitment to invest £100 billion in UK productive assets over 10 years.
  • Work to ease impediments to high-growth firms accessing funding, including use of public-private partnership funding initiatives to channel financing to these firms and the broader population of SMEs to support productivity improvements, and supporting the working group on lending backed by IP established as part of HMG’s Industrial Strategy.
  • Efforts by authorities and industry to support the UK financial system’s adoption of innovative technology, including through the National Payments Vision, the Bank’s AI Consortium and the FCA’s AI Lab’s Live Testing service.

In line with the FPC’s remit letter, published alongside the Autumn Budget 2025, the Bank will continue to build on this work, including by monitoring the progress against issues identified and identifying further actions that could support the supply of long-term productive finance.

The Bank will continue to deliver and support research on growth and the financial system as part of its Bank of England Agenda for Research, 2025-2028.

Box B: Evolution of lending in the UK economy

This box describes the evolution of the supply of credit to UK households and non-financial corporates, including small and medium-sized enterprises (SMEs), following the financial market liberalisation reforms in 1986.

This covers four distinct periods: (1) the build-up to, and recovery from, the early 1990s credit-fuelled boom and recession; (2) an unsustainable build-up of debt ahead of the financial crisis; (3) deleveraging over 2009–14 as borrowers and the banking system derisked their balance sheets, while non-bank credit to corporates continued to increase; and (4) since 2014, a recovery in bank credit supply that has proven resilient through a series of shocks. Throughout these periods, SMEs have faced historical access to credit challenges reflecting both supply and demand effects.

UK bank lending in the 1980s and early 1990s grew rapidly as deregulation led to an expansion beyond traditional business lending, which increased the banking sector’s size but created vulnerabilities.

The 1980s and early 1990s marked a structural shift in the UK banking sector driven by deregulation and increased competition. The removal of credit controls, exchange restrictions, and reforms such as the abolition of the ‘corset’ in 1980, enabled banks to expand beyond business lending into mortgage finance and investment banking.footnote [4] Banks’ share of mortgage lending increased as a result. Rapid credit growth and loosening of underwriting standards during this period increased vulnerabilities that resulted in the early 1990s small banks’ crisis.

In aggregate, household and non-financial corporate debt doubled relative to GDP during the 1980s. Between 1985 and 1989 residential property prices increased by nearly 80% and commercial real estate (CRE) prices by almost 90%. The early 1990s recession led to many repossessions, business failures – especially among SMEs – and high impairment rates on banks’ lending. The aftermath of the recession saw a reduction in the reliance of SMEs on bank financing, with the proportion of small businesses seeking external finance falling from 65% between 1987–90, to around 40% between 1995–97. The corporate sector deleveraged a little after the recession. Household debt was stable throughout much of the 1990s between 60%–65% of GDP, reflecting the subdued housing market that followed the 1990s recession as rates rose and house prices fell (Chart A).

Household and corporate borrowing accelerated in the lead-up to the 2008–09 global financial crisis (GFC) resulting in over-leveraged bank and private sector balance sheets.

Borrowing in the lead up to the GFC proved unsustainable and created vulnerabilities in both the banking sector and the economy that amplified the impact of the financial crisis. Household debt-to-GDP grew by around 40 percentage points from the late 1990’s to 2008 and peaked at over 100% of GDP, mirroring rapid house price growth partly driven by increased competition among mortgage lenders (Chart A). Corporate debt-to-GDP rose by less, from around 40% of GDP in 2003 to around 50% by end-2008 though the stock of CRE lending to GDP almost doubled between 2003 and early 2009.

Chart A: Household and corporate indebtedness has fluctuated due to changes in financial and macroeconomic conditions

Total household debt excluding student loans, corporate debt excluding CRE, (a) and CRE debt (b)

Household and corporate debt increased before the 1990’s recession and 2008 global financial crisis.

Footnotes

  • Sources: Association of British Insurers, Bank of England, Bayes CRE Lending Report (Bayes Business School (formerly Cass)), Deloitte, Finance & Leasing Association, firm public disclosures, Integer Advisors estimates, LCD an offering of Pitchbook, London Stock Exchange, LSEG Eikon, ONS, Peer-to-Peer Finance Association and Bank calculations.
  • (a) These data are for private non-financial corporations (PNFCs), which exclude public, financial and unincorporated businesses.
  • (b) CRE is assumed to be lending for the buying, selling and renting of real estate, and the development of buildings.

Lenders and borrowers deleveraged after the GFC until around 2014 as they derisked their balance sheets, while the supply of credit to corporates diversified.

Banks amplified the recession after the GFC by deleveraging and restricting credit that deepened the downturn and slowed recovery. Macroprudential policies, which strengthened the resilience and reduced excessive risk-taking across the financial system, were introduced after the GFC to reduce this procyclical behaviour.

Household credit growth slowed after the GFC as banks tightened lending standards and focused on repairing their balance sheets. The flat total household debt stock meant it declined relative to GDP, falling to below 90% in 2014. Corporates deleveraged with non-CRE and CRE debt-to-GDP bottoming out in 2014 and 2015 respectively, around their 2004 levels (Chart A). A shift in the provision of corporate finance occurred during this time as the share of market-based debt rose from a pre-GFC average of 43% (2003–07) to over 55% by 2015 (Chart B). This signalled a structural shift in corporate financing that has moved the UK closer to the US, although non-banks still supply relatively less corporate debt to UK firms than their US peers.

Following the implementation of post-crisis regulation and policies to increase banking sector competition, bank lending and the stock of household and corporate credit rose between 2014 and 2020.

Bank lending to households remained subdued in the years after the GFC and lending to corporates began to rise from 2014. This followed the implementation of post-crisis regulatory reforms, including higher capital and liquidity requirements that strengthened and increased confidence in the banking system. Government and regulatory policies designed to increase banking sector competition also increased the number of providers of finance available to household and corporate borrowers.

The stock of credit to households and corporates increased by over 20% from 2014 to end-2019, from around £2.45 trillion to over £3 trillion. The rise in debt was broadly in line with economic growth in nominal terms, which had slowed from a pre-GFC average four-quarter growth rate of 5% to below 4% between 2014 and end-2019. Therefore, the aggregate household and corporate debt-to-GDP ratio was broadly stable over the period, although this masked a slight increase in the corporate debt-to-GDP ratio offset by a slight decline in the household debt ratio.

The economy was hit by a series of shocks starting in 2020 that ultimately resulted in high inflation driving a marked reduction in household and corporate debt-to-GDP ratios, while post-GFC regulation has enabled the banking system to weather shocks while supporting the economy.

The stock of corporate debt rose by 6% over 2020 H1 as many businesses, especially SMEs, faced severe cash flow issues due to lockdowns and reduced consumer demand. This led to a surge in demand for emergency finance, including government-backed loans. This, combined with a roughly 16% contraction in nominal GDP during lockdown, resulted in large increase in household and corporate debt-to-GDP ratios. This reversed as the economy reopened following the Covid pandemic.

Following this, a series of energy and supply shocks that increased inflation and nominal GDP resulted in a large reduction in debt-to-GDP ratios. The overlapping effects of these shocks, which resulted in interest rates increases, have created a prolonged period of uncertainty, making businesses more cautious about borrowing for expansion. While corporate and household debt increased over this period, by over £100 billion and £200 billion respectively between 2020 H1 and now, this increase was far lower than the near £800 billion increase in nominal GDP over this period. The reduction in indebtedness of households and corporates relative to their income has led to an increase in resilience to future shocks (Section 3).

Post-GFC regulation that increased bank resilience and the FPC’s use of the countercyclical capital buffer in stress, has enabled the banking sector to continue to support households and businesses through recent shocks. More recently there are signs that lending growth has picked up (Chart A), which should support household consumption and business investment.

In aggregate, bank lending remains a dominant source of direct lending to households and corporates, although large corporates in particular diversified in the years following the GFC.

Bank lending accounts for the vast majority of household and SME borrowing, and a significant portion of large corporate loans. Large corporates in particular led the diversification of corporate funding after the GFC, although the share of non-bank provided credit has then remained broadly steady over the past decade at over 55% (Chart B). Banks also provide liquidity insurance in the form of undrawn facilities to corporates that can be used in stress. These total around £250 billion in the most recent data for UK banks.

The increased diversification of UK corporate finance has been further increased by international banks and by the emergence of challenger banks. The former have increased their share of bank lending to UK corporates from 17% in the years before the GFC to 27% today. Challenger banks have also increased their share of corporate lending. A number of these challengers make innovative use of big data, in part provided by government initiatives such as Commercial Credit Data Sharing, which enables them to replicate some of the benefits of the relationship banking model, without the need for an extensive branch network.

Chart B: UK corporate debt provision diversified after the GFC

Share of the stock of lending to UK non-financial corporates from banks and non-banks

The share of non-bank lending relative to bank lending to UK corporates has remained broadly stable over the past decade.

Footnotes

  • Source: Refer to the sources for Chart A.

Borrowing by SMEs has fallen as a share of GDP since the GFC reflecting both supply and demand effects, and historical access to credit challenges.

The stock of SME debt as a share of UK GDP has fallen over the past 15 years, from 13% in 2011 Q4 to 8% in 2024 Q4 (Chart C) despite the growth of challenger banks. This reflects both the small share of SMEs seeking external finance and historical barriers these firms face in accessing external financing. These barriers are not unique to the UK, with SMEs across many economies facing similar challenges.

Identifying whether SMEs face a supply-side constraint or a lack of demand for finance is difficult. For example, Bank of England survey evidence suggests that many SMEs do not intend to expand their business and so do not need external finance for growth, and around 70% would prefer slower growth over taking on debt. However, concerns around a structural funding gap are not new – the issue has been formally recognised since at least the Macmillan Committee Report (1931). While financing is just one of many factors that influence the growth of a SME, the persistence of these concerns over nearly a century suggests that access to finance for SMEs still suffers from frictions.

Chart C: Total SME debt has been declining as a share of GDP for much of the past 15 years

Aggregate SME gross debt to GDP (a)

The stock of SMEs debt as a share of UK GDP has fallen over the past 15 years

Footnotes

  • Sources: Bank of England, ONS, Peer-to-Peer Finance Association and Bank calculations.
  • (a) Includes private and public businesses so not fully comparable to aggregate PNFC stats. Data starts in 2011 Q2.

The latest intelligence from the Bank’s agents suggests that credit conditions for SMEs have returned to normal, but that many SMEs remain deterred from borrowing. High cost and difficulty accessing sources of finance are two of the most cited barriers. The high cost, relative to lending to larger corporates, can be mostly attributed to higher impairments (through higher probability of default) and operational costs of SME lending (eg small loan size, and high screening costs due to information asymmetries).

Actions by the Prudential Regulation Authority (PRA), public authorities and the government should also support the supply of credit to SMEs, and complement work the FPC is undertaking to identify and suggest actions to improve the flow of finance to high-growth-firms (Box A).

The PRA will apply a Pillar 2A lending adjustment to ensure that the removal of the SME support factors under Pillar 1 do not cause an increase in overall capital requirements for SME lending under Basel 3.1. Likewise, the updated minimum requirement for own funds and eligible liabilities (MREL) policy means smaller lenders, covering many of those that are increasing lending to SMEs, will use a ‘modified insolvency’ strategy, that should reduce unnecessary complexity and cost for these firms and free up capital that can be used to support lending. The PRA is also currently working with HM Treasury to explore how the ring-fencing regime could be further reformed to allow ring-fenced banks to support SME scale-ups, with a report due to be published in early 2026. Government actions, such as the consultation on Commercial Credit Data Sharing, and other actions mentioned in Box A like the launch of the Government’s Business Growth Service, should further improve the ability of the financial sector to provide finance to SMEs.

2: Developments in global vulnerabilities and financial markets

2.1: Developments in the global risk environment and financial markets

Risks to financial stability have increased during 2025. Global risks remain elevated and material uncertainty in the global macroeconomic outlook persists. Key sources of risk include geopolitical tensions, fragmentation of trade and financial markets, and pressures on sovereign debt markets. A crystallisation of such global risks could have a material impact on the UK as an open economy and global financial centre.

Geopolitical risk remains high. Trade policy uncertainty has remained elevated with the escalation and subsequent de-escalation around China’s rare-earth export controls, and the US Supreme Court is currently hearing a case on the legality of tariffs imposed by the current US administration. This uncertainty persists even though, since the July FSR, there have been announcements of a number of bilateral trade deals between the US and partners. In addition, new sanctions imposed on Russian oil over their continued war in Ukraine are a potential source of volatility in the oil market. Elevated geopolitical tensions increase the likelihood of cyberattacks and other operational disruptions, discussed in more detail in Section 7.

Tariffs are expected to weigh on global growth, driven both by the direct impact of tariff barriers and the dampening effect of trade policy uncertainty on firms’ investment decisions. Analysis in the November 2025 Monetary Policy Report found that tariffs were having a relatively limited effect on global growth to date, but it is too early to judge whether this reflects diminished or merely delayed effects of trade policy changes.

Respondents to the Bank’s latest Systemic Risk Survey - 2025 H2, covering a range of financial institutions, cited geopolitical risk as the second largest systemic threat to the UK financial system, behind cyberattacks.

Against this uncertain backdrop, the appropriateness of financial regulation is being debated actively across a number of jurisdictions. Robust regulatory standards and international co-operation are necessary to maintain the resilience of the global financial system, limit regulatory arbitrage, and to prevent and respond to shocks in order to support sustainable economic growth over the long term.

In the FPC’s judgement, many risky asset valuations remain materially stretched. This heightens the risk of a sharp correction.

Stock market volatility has fallen since April, and has recently been below its long-term average. Some risky asset prices across advanced economy corporate bond and equity markets have increased since the July FSR, and risk premia across many risky asset classes remain compressed by historical levels, although have widened somewhat relative to the FPC’s October meeting. Economic policy uncertainty remains high, although it has fallen from the levels seen in April (Chart 2.1).

Chart 2.1: Stock market volatility has fallen while economic policy uncertainty remains high, even though it has fallen since April

Standard deviations above the historical average of the Economic Policy Uncertainty Index and Cboe Volatility Index (a) (b) (c)

Line chart from January 2021 to July 2025 comparing economic policy uncertainty and stock market volatility. Uncertainty stays near 0 to 2 until mid-2024, then spikes to almost six in early 2025 before easing. Volatility remains around -1 to 1 with a brief peak near two in early 2025.

Footnotes

  • Sources: Cboe Volatility Index (VIX), Economic Policy Uncertainty Index and Bank calculations.
  • (a) The Economic Policy Uncertainty Index is a news-based measure of policy uncertainty in 18 countries.
  • (b) The VIX is an index of US equity market volatility derived from the prices of S&P 500 index options expiring inside 30 days.
  • (c) Data to the end of September.

Markets do not appear to be fully reflecting the persistent material uncertainty in the global economic and policy environment, and the potential for adverse outcomes. Some risks are difficult to price, either because they are very unlikely to occur or their impacts are highly unpredictable. The risk of a sharp correction remains high. If participants were to reassess their outlook abruptly this could cause asset prices to realign to the prevailing high level of uncertainty.

The risk of a sharp correction sits against a backdrop of rising public debt-to-GDP ratios in many advanced economies, potentially constraining their governments’ capacity to respond to future shocks. Significant shocks to the global economic or fiscal outlook, should they materialise, could be amplified by vulnerabilities in market-based finance (MBF), such as leveraged positions in sovereign debt markets.

Notably, equity market valuations for technology companies focused on artificial intelligence (AI) remain materially stretched. On some measures, equity valuations are close to levels not seen since the dot-com bubble in the US, and the global financial crisis in the UK.

Equity indices, including the FTSE 100 index and S&P 500 index, reached all-time highs in the second half of this year. Equity valuations on some measures (for example the excess cyclically-adjusted price-to-earnings (CAPE) yield) look stretched relative to historical levels across jurisdictions, especially in the US where, on some measures, they are close to levels not seen since the dot-com bubble (Chart 2.2). On a three year forward basis – ie accounting for projected earnings growth over the next three years – excess earnings yield over inflation-protected government bonds in the US is also close to levels not seen since the dot-com bubble.

The equity prices of some large US technology companies focused on AI have continued to increase since the July FSR, although have fallen in recent weeks. The size of these companies has increased concentration in the S&P 500 index to historical highs, with the ‘Magnificent 7’ accounting for over a third of the index.footnote [5]

Chart 2.2: Valuations for a range of risky assets remain at historically stretched levels

Current levels of selected risk premia as a percentile of their historical distribution, compared to levels at the July 2025 FSR and October 2025 FPC meeting (a)

Chart showing dots representing the value of risk premia as a percentile of their historical distribution across a range of US, euro area, and UK risky assets.

Footnotes

  • Sources: Bloomberg Finance L.P., Datastream from LSEG, ICE BofAML, PitchBook Data, Inc. and Bank calculations.
  • (a) Risk premia data are a percentile of a three-day rolling average (except for leveraged-loan (LL) spreads, which are a percentile of a monthly average). Percentiles are calculated from 1998 for investment-grade spreads and high-yield bond spreads, from 2008 for LL spreads and from 2006 for excess CAPE yields. Data updated to 24 November 2025 apart from LL which is to 14 November 2025. Investment-grade spreads are adjusted for changes in credit quality and duration. All data are daily except for LL spreads which are weekly.

Some of these firms are trading at price-multiples that imply high levels of future earnings growth. Whether these earnings will be realised, or even prove underestimates, is uncertain. These prices are exposed to a sharp correction if the prospects for AI development, or for the companies to monetise and generate profits from the use of AI, are revised. Given the concentration of the market, investors exposed to the aggregate index will face a high level of pass through from any sharp correction in AI-focused firms.

The role of debt financing in the AI sector is increasing quickly as AI-focused firms seek large-scale infrastructure investment. By some industry estimates, AI infrastructure spending over the next five years could exceed $5 trillion US dollars. While very large technology companies (widely referred to as the ‘hyperscalers’) will continue to fund much of this from their operating cash flows, approximately half is expected to be financed externally, mostly through debt. Deeper links between AI firms and credit markets, and increasing interconnections between those firms, mean that, should an asset price correction occur, losses on lending could increase financial stability risks. This is discussed in more detail in Box C.

Corporate credit spreads remain compressed by historical standards, despite continuing macroeconomic uncertainty, including over the impact of higher tariffs on the corporate sector across major economies.

The spread between yields on both investment grade (IG) and riskier corporate borrowing (high-yield bonds and leveraged loans) and yields on safer debt (eg government bonds) have widened marginally since the FPC’s October 2025 meeting across jurisdictions, partly as a response to some high-profile US corporate defaults. However, the level of spreads remains tight by historical standards, especially in the US.

The tight level of spreads contrasts with potentially growing vulnerabilities among corporates in a variety of sectors across advanced economies. Corporates, especially highly leveraged corporates, continue to face challenges as they refinance existing fixed-term debt at higher rates following increases in interest rates over recent years (Section 3). However, tight credit spreads have offset this in part and encouraged higher levels of corporate issuance. Higher debt servicing burdens could put pressure on corporate balance sheets and debt affordability.

In addition, tariffs pose specific challenges for exposed corporate sectors in affected jurisdictions. The imposition of tariffs could potentially lead to lower profits for firms through higher costs on imported goods and lower earnings – through either lower global demand, or in response to higher prices if firms pass the cost of tariffs onto consumers. Sectors that are import and export oriented, such as manufacturing (and car manufacturing specifically) and retail and wholesale trade, are likely to be most exposed to this risk. The impact of tariffs on global growth appears to have been limited to date but it is too early to judge whether this reflects diminished or merely delayed effects of trade policy changes.

In response to two recent high-profile corporate defaults in the US, credit spreads widened slightly but have not materially repriced, suggesting market participants primarily see them as driven by company specific-challenges.

First Brands Group, a major automotive parts supplier, and Tricolor, a provider of loans to subprime borrowers for car purchases, both failed in September. Credit markets have not responded materially to these events: spreads remain tight historically for IG and riskier borrowers in high-yield bond and leveraged loan markets, especially in the US, although spreads for CCC (‘junk’) rated debt have widened relative to other borrowers. This suggests markets broadly see these defaults as driven by company-specific challenges. For example, a proportion of First Brands Group’s supply chain was located overseas and therefore potentially subject to tariffs, and Tricolor specialised in providing credit to subprime borrowers, a segment characterised by relatively high default rates.

While the impact of these specific defaults has been limited, they have intensified focus on potential weaknesses in riskier credit markets previously flagged by the FPC.

These potential weaknesses in riskier credit markets, such as leveraged loans, collateralised loan obligations and private credit, include high leverage, weak underwriting standards, opacity, complex structures, and the degree of reliance on credit rating agencies. These weaknesses illustrate how corporate defaults could impact bank resilience and credit markets simultaneously.

Further defaults could follow if some of these weaknesses are more widespread. Notably, the opacity and complex corporate structures in these two entities may have been a contributing factor that allowed significant alleged fraud to be undetected for a period. In both of these cases, as well as some other recently disclosed losses, there have been reports that the collateral against which lending was secured was misrepresented or even fraudulent. This could be indicative of weaknesses in underwriting standards.footnote [6] The weaknesses exposed by these defaults is discussed in more detail in Section 6.

These defaults also reflect a potential weakening in credit quality among the lower end of the US income distribution. Subprime auto loans, such as those originated by Tricolor, are typically among the first asset classes to experience distress in a deteriorating macroeconomic environment. The US consumer appears resilient in aggregate – the proportion of mortgages in arrears remains relatively low by historical standards and household debt-to-GDP has continued to fall – but there are vulnerabilities among households at the lower end of the income distribution. 90+ day arrear rates on different forms of US consumer credit have increased markedly over the past three years (Chart 2.3).

Chart 2.3: 90+ day arrear rates on different forms of consumer credit in the US have increased

Proportion of balances at least 90+ days in arrears on different forms of US consumer credit (a)

Line chart shows arrears rates on different forms of consumer credit. Arrears on credit card debt have increased around 4 percentage points over the past 2 years, and auto loans have increased about 1 percentage point over the last year. Arrears on student loans have increased a lot over the past year, reflecting policy changes.

Footnotes

  • Sources: Equifax and Federal Reserve Bank of New York.
  • (a) Arrears on student loan debt increased significantly in the first half of 2025, reflecting the resumption of student loan repayments and reporting of delinquent loans to credit bureaus.

Weakening credit quality is especially prevalent in subprime auto loans, such as those provided by Tricolor. The arrears rate on auto loans by subprime borrowers that have been securitised in asset-backed securities (ABS) has increased sharply over the past few years (Chart 2.4).

Chart 2.4: Share of subprime auto ABS loan balances 60+ days in arrears has risen sharply

Proportion of balance on prime and subprime auto loans that have been securitised in an ABS at least 60-days delinquent

Line chart from 1994 to 2025 showing Subprime and Prime auto delinquency rates (12-month average). Subprime (aqua line) rises sharply to 5% in the mid-1990s, dips below 3%, then climbs steadily after 2010, reaching over 6% by 2025. Prime (orange line) stays near 1% throughout, with minor fluctuations.

Footnotes

  • Source: Fitch Ratings Research & Data.

US businesses are facing cost pressures due to the imposition of tariffs, especially in exposed sectors. Bank staff analysis suggests the tariff cost shock is relatively small as a share of total corporate profits across sectors, but represents a significant share of profits in more heavily impacted sectors, particularly within manufacturing.

Default rates on speculative grade debt (leveraged loans and high-yield bonds) in the US have increased and are above pre-Covid levels, but have been broadly stable over the past two years (Chart 2.5).

Chart 2.5: Defaults among riskier corporates have increased in the US

12-month average default rate on speculative grade (high-yield bonds and leveraged loans) borrowing in the US and EU

Line chart from 2005 to 2025 comparing US and EU default rates on speculative grade debt. US (aqua line) spikes to about 15% in 2009, and has increased from around 2% in 2021 to around 6% in 2025. The EU (orange line) rises sharply to 13% in 2009, then stays mostly between 2%–6%, and is at around 4% now.

Footnotes

  • Source: Moody’s Ratings.

With sections of the US corporate sector and households facing challenges, further defaults could follow, especially if the economy weakened. If this triggered a wider reassessment of credit quality by global markets, this could lead to higher borrowing costs for UK households and businesses, and lower liquidity in UK corporate bond and leveraged loan markets.

The FPC will continue to monitor these issues, and any potential spillovers to the UK. The Tricolor and First Brands defaults reinforce the need for market participants to have a clear understanding of their exposures and ensure that underwriting standards are robust.

While the impact of – and UK banks’ direct and indirect exposures to – these specific defaults has been limited, a diverse range of financial market participants were exposed. Such diversity can help absorb risks, but opacity around the extent of exposures, and their possible interconnections, can also create uncertainty about how widely shocks in credit markets can propagate. It is important that market participants have a clear understanding of their exposures, including in stress scenarios where correlations and losses can shift outside historical norms. Market participants should also ensure that underwriting standards are robust and that they do not over-rely on credit ratings as a substitute to carrying out appropriate due diligence.

If the defaults of First Brands and Tricolor prompted a wider reassessment of credit risk in the US, then this could spillover to the UK and harm the availability and pricing of credit for the UK real economy, with higher spreads and a tightening of credit conditions for lower quality credit in particular.

While the risk of a spillover exists, the FPC judges the UK household and corporate sectors remain resilient in aggregate. Measures of household and corporate indebtedness remain significantly below pre-Covid levels, consumer credit debt servicing ratios remain low, and the share of consumer credit loans in arrears has remained largely stable. Lending spreads in the UK, although still relatively compressed by historical standards, are less compressed than in the US. However, there are pockets of risk among some households, SMEs, and highly leveraged corporates. The resilience of the UK household and corporate sectors is discussed in Section 4.

2.2: Global public sector debt vulnerabilities

Public debt-to-GDP ratios in many advanced economies have continued to rise this year.

There has been a long-term upward trajectory in public debt-to-GDP ratios across advanced economies in recent decades and significant further increases are expected for some economies in coming years (Chart 2.6).

Governments globally face spending pressures, given the context of changing demographics and geopolitical risk, potentially constraining their capacity to respond to future shocks. Significant shocks to the global economic or fiscal outlook, should they materialise, could be amplified by vulnerabilities in MBF, such as leveraged positions in sovereign debt markets.

Chart 2.6: Debt-to-GDP ratios are projected to continue to increase

Sovereign debt (percentage of GDP) (a)

Line chart showing time series of debt-to-GDP from 2000 to 2029 for the US, euro area, UK, China and the global average. 2025–29 figures are IMF forecasts.

Footnotes

  • Sources: International Monetary Fund (IMF) and Workspace from LSEG.
  • (a) Use of IMF Content and Data is subject to the IMF’s terms of Copyright and Usage.

Some countries have faced political uncertainty and change over the level and pace of reforms to improve fiscal outlooks.

France is experiencing challenges agreeing its 2026 Budget. Japan’s incoming administration has announced it intends to introduce additional fiscal spending and will target an overall debt-to-GDP ratio, rather than the budget deficit.

The IMF projects that public debt-to-GDP in China is on an upward trajectory. The IMF’s broader measure of China’s government debt which captures some off-balance sheet debt, such as that held by local governments and associated with their funding vehicles, is forecast to rise to 153% of GDP by 2030. Support for local government finances was announced last November, which brings some local government debts onto balance sheets and reduces financing costs, but local government fiscal pressures remain elevated amidst weak revenue growth. These reforms may act to reduce fiscal space in China, potentially reducing the Chinese government’s ability to respond to an economic slowdown.

Continuing adjustment to the property market slowdown and potential economic headwinds from tariffs could drag on the Chinese economy in the coming years. In mainland China the pace of the decline in house prices has increased in recent months, following a stimulus-driven moderation at the start of the year. Given the size and globally interconnected nature of the Chinese economy, this could have potential adverse impacts on global trade and growth and financial markets.

Yields on developed market long-term government bonds have risen over recent years reflecting interest rate increases and higher term-premia, as concerns about the sustainability of fiscal deficits globally remain in focus.

Long-term yields remain elevated relative to recent history (Chart 2.7). This reflects both the increase in interest rates seen across economies since the pandemic and increases in term premia as investors demand a greater premium for holding bonds with longer-term maturities.

Market participants attribute these shifts in global term premia to a combination of factors, including evolving supply and demand dynamics for longer-dated government securities and heightened market scrutiny of the long-term sustainability of fiscal positions.

Since the July FSR, however, yields on 10-year government bonds across jurisdictions have not moved materially. UK 10-year government bond yields initially rose, reaching 4.71% at the time of the FPC’s October meeting, before subsequently declining to 4.54%, close to their July level. This fall reflects both reduced term premia and expectations for interest rates. Yields on US 10-year government bonds exhibited a similar trajectory and now sit below their July levels. 10-year government bond yields in France and Germany are also around their level at the time of the July FSR.

Chart 2.7: Long-term (10-year) government bond yields have risen over recent years reflecting interest rate increases and higher term-premia.

US, UK, French and German 10-year government bond yields (a)

Line chart showing changes in 10-year government bond yields for the UK, US, France and Germany, since 2006. The left panel chart highlights the post-2021 changes, with all four lines rising and then being flatter since mid-2023. On the right panel chart, a zoomed in version of the same chart shows all four series since the start of 2025. Bond yields have moved less this year than in recent years.

Footnotes

  • Source: Bloomberg Finance L.P.
  • (a) Data as at 24 November 2025.

There are a number of channels through which pressure on sovereign debt could impact UK financial stability.

As explored in the November 2024 Financial Stability Report, there are a number of channels through which pressures on sovereign debt globally could affect UK financial stability. These include: increased market volatility and possible interactions with vulnerabilities in MBF; the reduced ability of governments to respond to future shocks; higher interest rates leading to tighter global financial conditions; and the potential for capital outflows from non-resident investors.

As an open economy with a large financial centre the UK is exposed to global shocks, which could transmit through multiple, interconnected channels. Stress in one market, such as a sharp asset price correction or correlation shift, could spillover into other markets. Simultaneous derisking by banks and non-banks can lead to fire sales, widening spreads and tightening financing conditions for UK households and corporates. Market participants should ensure their risk management incorporates such scenarios.

A number of jurisdictions are seeing a longer-term shift in the composition of buyers for their sovereign debt. Historically, pension funds have been large buyers of longer-term government bonds, but have played less of a role in recent years as higher interest rates improve their funding ratios, and an ageing population may encourage funds to shift toward shorter-term assets to ensure liquidity for paying current benefits. In contrast, multinational non-bank financial institutions such as hedge funds are playing an increasing role. Hedge funds have had a sizeable presence in US and UK government bond markets for a number of years. Analysis published in the latest Bank of Japan Financial System Report highlighted that the presence of hedge funds engaging in arbitrage trading in the Japanese government bond market appears to be growing.

In normal times, hedge funds serve a useful function by warehousing risk and intermediating between different types of market participants, thereby improving market liquidity and price discovery, but their use of leverage introduces risk. Leveraged market participants employ strategies which can be vulnerable to shifts in financing conditions or increases in margin requirements. This can cause them to reduce risk, potentially amplifying volatility during periods of stress. Correlations between movements in yields across sovereign issuers – in part reflective of the presence of similar investors across different markets – could act to transmit and amplify stress in government bond markets. As an open economy and global financial centre these risks could have a material impact on the UK. The resilience of the UK gilt and gilt repo markets are discussed in Section 6.

Box C: Financial stability risks from the impact of AI development on financial markets

The FPC has previously set out its view that Artificial Intelligence (AI) is likely to have a transformational impact on the UK economy, though the scale and time horizons are uncertain.

Ensuring that the ‘AI transition’ occurs without compromising the resilience of the financial system is important for delivering sustainable economic growth. Financial stability consequences could arise both in scenarios where AI capabilities and adoption improve quickly or if AI progress does not deliver the returns expected by investors and the companies involved. The FPC published a Financial Stability in Focus paper in April 2025 on the opportunities and risks from the use of AI within the financial system. This box focuses on the impact of AI development on financial stability through its consequences for financial markets.

The capabilities of AI systems have continued to improve quickly in the past 18 months. The progress in AI systems and the development of physical infrastructure to train, use and power them has resulted in a wide range of companies across multiple sectors – from technology to utilities and capital goods (referred to as ‘AI companies’ in this box) – being at least partly dependent on AI progress for their current and expected future earnings.

AI developments have been an increasing driver of equity markets in 2025.

AI companies now account for 44% of the market capitalisation (up from 26% in 2022) and 67% of the year-to-date returns of the S&P 500 (which comprises around half of the value of global equities). They also account for a high share of major equity indices in several other countries (eg South Korea and Japan), though the UK’s FTSE 100 index is relatively less affected.

The share prices of many AI companies are partly underpinned by high expected future earnings growth over several years, contributing to those companies – and subsequently the equity indices which they comprise a significant part of – appearing historically expensive in valuation metrics which consider past, current or only near-term future earnings (Chart A). The US excess cyclically-adjusted price-to-earnings (CAPE) yield – a measure of equity risk premia (ERP) which considers past earnings – is close to its lowest level since the dot-com bubble. CAPE is a backward-looking measure, but even ERP calculated from the excess yield of three-year forward earnings expectations is at its most compressed level in 20 years. Whether these earnings will be realised, or even prove underestimates, is uncertain.

Chart A: AI stocks have driven the high valuation and growth of the US stock market. These AI company valuations are partly underpinned by the expectation of high future earnings growth

Year-to-date price change of S&P 500 stocks, per cent, and next 12 month price-to-earnings (a) (b) (c)

A scatter plot showing year-to-date price change against next-12-month price-to-earnings ratios for S&P 500 companies. Most points cluster between –50% and +50% YTD change and P/E ratios below 50. AI-related stocks, highlighted in orange, are generally located at higher P/E ratios and positive YTD returns. Several also have comparatively large market capitalisations, which is represented by the size of the dots (several AI stocks are very large relative to most other stocks). Dashed horizontal and vertical lines mark the S&P 500’s average YTD return and average next-12-month P/E.

Footnotes

  • Sources: Refinitiv Workspace and Bank calculations.
  • (a) The chart uses a pseudo-log scale with base 10 and a sigma of 20 for visualisation purposes.
  • (b) The size of dots corresponds to the market capitalisation of firms as of 24 November 2025.
  • (c) ‘AI stocks’ are those which appear in the JPAIM equity basket.

AI infrastructure investment has mostly been financed by the cash flows of large, profitable technology companies and equity investments to date.

AI infrastructure investments have to date largely come from a small number of very large technology companies (Microsoft, Alphabet, Amazon and Meta – widely referred to as the ‘hyperscalers’) with strong balance sheets, who have mostly financed these investments from their operating cash flows. Though there is some sensitivity to underlying assumptions (eg the categories of investment classified as ‘AI-related’ in national accounts, the assumed import intensity of investment and the use of firms’ revenues and capital expenditure in the calculation), Bank staff estimate that in the first half of this year, AI investment accounted for about half of US GDP growth.

However, the financing of AI development is reaching an inflection point and while currently modest, debt financing is increasing quickly across multiple funding channels.

The 75 investment grade (IG) corporate issuers that JP Morgan Research estimate are most closely tied to the AI revolution already account for 14.5% of the JULI IG corporate bond index (up from 11.5% in 2020) – a higher share than the largest current sector (US banks). Within that, the average credit rating for these issuers is high (A-), the AI hyperscalers all have a credit rating of AA- or higher and at present only account for a small share of the outstanding AI IG debt. Most (but not all) AI-related issuers have stable or positive credit outlooks.

However, the second half of 2025 has seen the issuance of a large volume of corporate debt by some AI companies, a proportion of which has been raised through project-finance style off-balance sheet vehicles (eg $27.3 billion of bonds issued by the holding company Beignet Investor LLC to fund Meta’s Hyperion Data Centre in Louisiana). The bond market has absorbed this issuance so far – US IG corporate bond spreads remain near their lowest level over the past 15 years. But debt securities and credit derivatives associated with AI companies can quickly reprice in response to changes in outstanding debt volumes and/or future earnings expectations. For example, the five-year credit default swap spreads of Oracle – an AI company which has lower free cash flow margins than some other larger hyperscalers and has issued a large amount of debt this year to finance AI infrastructure spending – has widened from less than 40 basis points to around 120 basis points since end-July (by contrast, the credit default swap spreads of US IG corporates more broadly – as proxied by the CDX North American IG five-year index – are broadly unchanged over the same period).

Using Pitchbook data, Bank staff also estimate that new general lending to AI companies across the leveraged-finance and private market debt universe (comprising term loans, credit facilities and a limited share of bond issuance) increased by a factor of three between 2023 and 2024 and then again further in 2025 to almost $100 billion year-to-date. Both banks and non-banks provide a significant share of this debt, with the biggest lenders being investment banks (who are also important participants in core financial markets) and large investment managers in private markets. Some of this lending is subsequently distributed or packaged into collateralised loan obligation structures, spreading exposures across a wide range of banks and non-bank investors. As a result, tracing the final location of credit risk is challenging, complicating assessments of who ultimately bears losses if conditions deteriorate.

This debt financing is expected to increase significantly in the coming years. The buildout of AI infrastructure to train and use AI systems is by some estimates expected to require more than five trillion US dollars of investment over the next five years and a significant but uncertain share of this is likely to be financed by debt.

The scale of this spending on AI infrastructure is underpinned by the expectation that increasing the computational power dedicated to training AI models will improve their capabilities – known as ‘scaling laws’ – and that these higher system capabilities will result in large demand for using AI systems. The size of future AI systems necessary for further scaling combined with the growing demand for using AI underpins the scale of these projected capital investments. AI use (commonly referred to as ‘inference’) is expected to increase from 30% to 70% of AI data centre capacity by 2029.

While there are a range of estimates across firms, there is broad consensus that AI infrastructure investment will be in the trillions of dollars over the next five years. A significant, but uncertain share of this investment is likely to be financed by debt. For example, Morgan Stanley Research estimate that AI infrastructure spending between 2025 and 2028 will be $2.9 trillion. While hyperscalers are expected to continue to leverage their operating cash flows for a large share of this investment, $1.5 trillion is expected to be met by external capital from a wide range of sources across (mostly) debt and equity, including $800 billion from private credit. JP Morgan expect the same AI IG corporate issuers to account for over 20% of the JULI index by 2030. The expectation of growing debt financing of AI infrastructure investments was noted by multiple firms in recent market intelligence conducted by the Bank.

There are a range of developments that could trigger a re-evaluation of future AI company earnings or project revenues and a subsequent fall (or rise) in the price of AI-impacted equities and credit instruments.

This could include (but is not limited to) an event – for example an AI model release, survey result or AI company earnings announcement – which triggers a re-evaluation of future earnings based on the underwhelming speed of AI capability progress or user adoption of AI, or below-expectation ability of AI companies to monetise the users of their AI applications. It is also possible that these factors could trigger an earnings surprise to the upside – the speed of AI progress and economic impact is highly uncertain, as seen in the wide range of estimates by AI experts and economists. Other important sources of uncertainty include the degree of physical constraints to rapid AI infrastructure development (most likely access to power), the depreciation lifecycle of AI chips which comprise around half of AI data centre costs, and the society-wide reaction to increasingly transformational AI.

The predominantly cash and equity-financed nature of AI development to date limits the likelihood of severe systemic risk implications of a change to AI-driven asset prices in the near term.

The impact of asset price bubbles on systemic risk depends crucially on which actors are exposed and are greater when vulnerabilities such as leverage and liquidity mismatch exist, which can amplify shocks and impose externalities on the rest of the financial system. In that context, the nature of the AI ‘boom’ as primarily an equity story up until this year has meant that a fall in AI-related asset prices would not necessarily lead to severe financial stability consequences.

However, the collapse of Archegos Capital Management in March 2021, after failing to meet margin calls on their equity total return swap positions, demonstrated how leveraged equity positions can result in risks to systemic financial institutions through prime brokerage exposures when prices fall. Using UK European Market Infrastructure Regulation trade repository (EMIR-TR) data, Bank staff do not currently observe signs (large exposures from speculative investors spread across multiple dealer counterparties) of dangerous hidden leverage in equity derivatives referencing key AI companies. However, this data only covers transactions involving at least one UK counterparty, so this does not eliminate the possibility that these risks exist. Furthermore, data from the Bank of International Settlements (BIS) shows that the notional outstanding value of global (particularly US) over-the-counter (OTC) equity-linked forwards and swaps has grown consistently over time, and more quickly in recent years (Chart B).

Chart B: The notional outstanding value of equity-linked forwards and swaps have increased quickly in recent years. This is part of a longer-term trend of the equity derivative market growing in size and the share of contracts within that tied to US equities also increasing

Notional value of equity-linked forwards and swaps by market, US$ billions (notional amount) (a)

A stacked bar chart showing global equity derivatives notional amounts (in USD billions) from 2000 to 2024, broken down by region: US Equities, European Equities, Japanese Equities, Other Equities, Other Asian Equities, and Latin American Equities. The chart shows steady growth from under USD 300 billions in 2000 to more than USD 4.5 trillion in 2024. US and European equities make up the largest portions throughout, with other regions contributing smaller but gradually increasing shares over time.

Footnotes

  • Sources: BIS and Bank calculations.
  • (a) 'Equity derivatives’ refers to OTC equity swaps and forward contracts.

An AI-driven fall in equity prices would have a greater impact on the US economy, with consequences for the UK through spillovers to broader financial conditions and trade channels.

On top of the contribution of AI investment to US GDP growth, Bank staff estimate that increases in US equity prices have contributed to around 10% of the increase in US real consumption since the start of 2024, with AI-related equities the main driver during this period. The role of equities as a share of US household wealth has increased from 20% to 34% since the global financial crisis, and equity holdings have also increased relative to incomes in that time, although a large portion of this increase is driven by higher wealth households with a lower marginal propensity to consume. A sharp, sustained repricing of equities could have a meaningful impact on US GDP growth through a wealth-effect-driven fall in consumer spending and tighter financial conditions.

UK households would be exposed to a significant AI-driven fall in equity prices through their global holdings of AI-exposed stocks. There could also be broader economic effects, if a significant AI repricing raises uncertainty globally and leads to a deterioration in economic sentiment. UK equities typically co-move with other global equity indices and so could fall in such a scenario even though their direct AI exposure is lower. Any significant fall in equity prices could reduce UK household wealth and subsequently consumption. The direct wealth effects on consumer spending in the UK of an AI-driven fall in equity prices are likely to be comparatively lower than the US due to the significantly smaller role of direct equity holdings as a share of household wealth. However, an AI-driven fall in equity prices which raises uncertainty and leads to a deterioration in economic sentiment could also increase risk premia beyond equity markets, for example in corporate bond markets. If persistent, this could propagate through other financial and credit channels, including raising global and UK banks’ cost of wholesale funding, and tightening UK financial conditions.

Any sharp repricing of AI-related equities which weakened US demand could in turn also reduce demand globally. Additionally, weaker US demand could lead to lower US incomes and earnings, putting pressure on the debt servicing burdens of US households and businesses and consequently increasing the defaults and losses on the US exposures of UK lenders. A fall in AI-related asset prices would happen in a significantly different macroeconomic context to the early 2000s, increasing the potential correlation between an AI equity-driven macroeconomic shock and dynamics in core financial markets.

If debt financing of AI development increases as projected this decade, the financial stability consequences to the UK economy of any AI-driven fall in asset prices could increase.

The evolution in the size, quality and terms of banks’ direct (and indirect) exposures to AI companies will be important factors in the financial stability consequences of any AI-driven fall in asset prices. As well as their direct lending exposures, systemic banks could be exposed indirectly through exposures to non-bank financial institutions such as private credit firms who are important providers of capital to AI projects. If material credit losses on AI lending were to occur (directly or indirectly), this could have spillovers to broader credit conditions including in the UK. The Bank will explore risks from private markets more broadly (not focused on AI exposures) through the upcoming System-Wide Exploratory Scenario (Section 6) and is also assessing the risks from private markets to banks through the Bank Capital Stress Test (Box F).

Any AI-driven shock could also have an impact on public credit markets, which many UK companies rely on for raising capital, particularly if the shock was amplified by existing financial system vulnerabilities, such as leverage and liquidity mismatches. While at present the degree of impact on credit markets of a re-evaluation of future AI company earnings would likely be modest, if debt issuance increased significantly, the direct impact would become larger. The scale of projected bond issuance alone may be sufficient to cause a material supply-driven widening of spreads across investment and high-yield markets, with direct consequences for the borrowing costs of corporates who use public markets to raise finance.

An AI-driven asset price correction could also impact financial stability through commodity markets, with the probability of such an event likely to increase if AI infrastructure scales and leads to a substantial increase in raw material demand.

For key commodities required in the development of AI and associated energy infrastructure, such an event could represent a demand shock. Very large shocks to commodity prices can have spillover consequences for systemic institutions, as seen in 2022 when large margin calls in LME Nickel futures markets following unprecedented increases in prices forced a suspension of trading by the central counterparty (CCP) LME Clear.

In the coming years, the scale of AI demand for power could also increase wholesale electricity prices, with possible broader economic implications. The UK government has established the AI Energy council to address the challenges posed by the growing energy demands of AI in the UK. If access to power – for example due to delays connecting new AI data centres to the electricity grid – acts as a bottleneck to the operation of AI data centre projects, it can also weigh on their credit risk and be a trigger for re-evaluating future AI company/project earnings.

Finally, a scenario in which AI system capabilities and adoption increase very quickly might have wider consequences.

Such a scenario would likely have a positive impact on UK and global productivity and economic growth. However, it could also result in adverse consequences for the asset prices of companies who fail to adapt or whose business models become obsolete. Market contacts have noted that while it is too early to say with confidence which firms and sectors would be at most risk, software was among the areas more likely to be disrupted in such a scenario and was also an area of high concentration in private credit and leveraged loan markets. There could also be an impact through lower or shifting employment. These risks remain forward looking but could evolve quickly.

3: UK household and corporate debt vulnerabilities

Financially resilient households and corporates play a key role in supporting economic growth in the UK.

A stable financial system, with resilient households and corporates, is a key factor in supporting sustainable economic growth (Section 1). Household savings and corporate investment help drive productivity growth. And highly indebted households and businesses may cut back sharply on consumption, investment, or employment to make debt repayments, worsening economic downturns. The most indebted can default, leading to losses for lenders.

By stress testing banks to ensure they have sufficient capital to absorb significant losses on their household and corporate loans while continuing to lend (Section 5), and through its policy on high loan to income (LTI) mortgages, the FPC aims to reduce risks to financial stability from UK households and corporates and so support economic growth.

3.1: Overview of UK economic developments

The outlook for UK growth over the coming year is a little stronger than it was at the time of the July FSR but remains subdued.

In the November Monetary Policy Report (MPR), annual real UK GDP growth was projected to be marginally stronger on average over the next three years than expected in July but remains subdued. While global trade policies and elevated global uncertainty still weigh on medium-term prospects for growth, the global economy has been more resilient to trade developments than expected. The UK labour market has softened, and UK unemployment has reached 5%, where it was expected to peak in 2025 Q4 – before gradually falling back to 4.7% by 2028 Q4. The growth rate of nominal household incomes was slightly stronger in 2025 Q2 compared to Q1, whereas corporate earnings reduced.

At the time of the November MPR, market pricing implied that Bank Rate was expected to be around 3.5% in a year’s time, slightly lower than expected in July. In line with the latest developments in monetary policy and a competitive mortgage market, quoted mortgage rates have continued to decrease. And continuing the trend from July, the growth in mortgage market lending has risen to 3.2% year on year, above the post-global financial crisis (GFC) average of 2.2%. Effective rates on new bank lending to corporates have also decreased, with rates for private non-financial corporates declining 14 basis points from August to September.

3.2: UK household debt vulnerabilities

Measures of indebtedness suggest that UK households remain resilient in aggregate.

Aggregate measures of UK household indebtedness have continued to fall since the July FSR. The aggregate debt to income ratio remained low at 132% in 2025 Q2, having fallen to its lowest level since 2002. The share of household income spent on mortgage repayments (debt-servicing ratio (DSR)) was flat at 7.3% in Q2 and is expected to remain around this level over the coming years. Sensitivity analysis by Bank staff shows that it would take a very severe shock to incomes and mortgage spreads for aggregate household DSRs to reach historic peaks (Chart 3.1).

Chart 3.1: It would take a large decrease in incomes and increase in lending spreads for household DSRs to reach GFC peaks

Aggregate household mortgage DSR and staff projections under a central and stressed scenario (a) (b) (c)

 A line chart shows the aggregate share of household income spent on mortgage repayments (debt servicing ratio, DSR) from 1989Q1 to 2025Q2, with a projection going out to 2027Q4. The aqua line shows that the historic aggregate DSR share was flat at 7.3% in Q2, with the purple line showing the central projection remaining relatively stable around this level. The orange line shows that, under a very severe scenario of a 5% fall in incomes and 300 basis points fall in spreads, the DSR share would reach historic peaks

Footnotes

  • Sources: Bank of England, Bloomberg Finance L.P., FCA Product Sales Data, ONS and Bank calculations.
  • (a) Calculated as mortgage interest payments plus principal repayments as a proportion of nominal household post-tax income. Household income is defined as disposable (post-tax) income adjusted for changes in pension entitlements, which is adjusted to exclude gross operating surplus and the effects of financial intermediation services indirectly measured, and to add back interest paid. Mortgage interest payments before 2000 are adjusted to remove the effect of mortgage interest relief at source.
  • (b) The illustrative projections to end-2027 use projections for household post‑tax income consistent with the November 2025 MPR forecast. Payment increases are projected using market expectations for Bank Rate based on the overnight index swap (OIS) curve as of 24 November 2025 taking into account the distribution of fixed-deal terms from the FCA Product Sales Data and assuming the aggregate mortgage debt to income ratio remains constant.
  • (c) The stressed projection is designed to illustrate the sensitivity of the aggregate household DSR to severe shocks. It assumes both a cumulative 5% fall in disposable (post-tax) household incomes by the end of 2027 – a little larger than in the GFC – as well as a 300 basis points increase in mortgage spreads, which passes through to mortgage borrowers with a lag. The household income measure is adjusted as in the central projection.

The share of households in arrears or with high debt-servicing burdens remains low by historical standards. Aggregate consumer credit DSRs remain low at around half pre-GFC levels and the share of consumer credit in arrears has remained relatively stable at 1.2% in 2025 Q3. The proportion of all households with high mortgage DSRs (defined as DSRs over 40%) was 1.6% in 2025 Q3. This share is expected to remain well below its pre-GFC peak and slightly above projections at the time of the July FSR.

Consistent with this, the rate of mortgage arrears, which was 0.9% in 2025 Q3, is expected to remain well below its early 1990s and post-GFC peaks. The number of homes repossessed by banks increased this year, reaching around 6,100 homes by the end of 2025 Q3 compared to 4,200 at the end of 2024 Q3, although repossession rates remain very low by historical standards at 0.06% of all loans.

The aggregate household savings to income ratio remains elevated, increasing households’ resilience to potential future shocks. However, some groups are more vulnerable to economic shocks than others. Evidence from the NMG survey finds that the gap in median savings to income between outright owners and renters has widened over 2025. While falling rental price inflation is likely to somewhat ease pressures on renters, renters also continue to be more likely to report financial difficulty and insufficient emergency savings. Around 35% of households are renters, so sharp spending cuts or defaults on their financial obligations in the event of economic shocks can pose financial stability risks.

Borrowing costs have decreased following recent reductions in Bank Rate. But there are still some households that are expected to face higher mortgage payments over the next three years.

Since interest rates started to rise in 2021 H2, many mortgage accounts have refixed onto higher rates. Previous and expected falls in Bank Rate will lead to decreasing mortgage payments for households on variable rates and for households that are currently fixed above prevailing rates. A third of mortgage accounts (three million households) are expected to see payments decrease in the next three years, similar to expectations at the time of the July FSR.

However, some households are expected to see an increase in mortgage repayments, as the full impact of higher interest rates has not yet passed through to all mortgagors. In total, over the next three years, 43% of mortgage accounts (3.9 million) are expected to refinance onto higher rates. On balance, for the typical owner-occupier mortgagor rolling off a fixed rate in the next two years, their monthly mortgage repayments are projected to increase by £64 (8%), with some households facing much larger increases.

Lenders have been adjusting their behaviours following the clarification of the FCA Mortgage Conduct of Business (MCOB) rules and the changes in the FPC recommendation for the loan to income flow limit, but the full impact of these policy changes is still passing through to the mortgage market.

The FPC has set out a recommendation for a 15% aggregate flow limit on new UK mortgage lending to borrowers with high LTI ratios (at or greater than 4.5). This measure provides insurance against a marked and unsustainable loosening in underwriting standards and a further significant increase in the number of very highly indebted households. In addition to the FPC’s LTI flow limit, the Financial Conduct Authority (FCA) also has Responsible Lending rules to protect consumers from unaffordable mortgage debt. While these measures and rules have different objectives, both reduce risks to financial stability that could arise from the mortgage market. The FPC measure and FCA rules have helped keep aggregate DSRs and arrears below the levels seen during the GFC, even in the recent period of rising interest rates.

The FCA published a clarification in March 2025 around the stress rate component of its MCOB rules. In addition, the FPC updated its Recommendation to the Prudential Regulation Authority (PRA) and FCA in Q2 to ensure the LTI flow limit is implemented proportionately. This amendment allows individual lenders to increase their share of lending at high LTI ratios while aiming to ensure the aggregate flow remains consistent with the limit of 15%. Consistent with the FPC’s update, the PRA has provided an interim modification by consent that allows approved lenders to disapply the 15% LTI flow limit in PRA rules with immediate effect. This adjustment in requirements allows individual lenders more flexibility to go above the 15% limit in line with their own risk frameworks and subject to the aggregate level across all lenders remaining consistent with the 15% limit.

It remains too early to assess the full impact of these policy changes on the mortgage market. However, several major lenders have already changed their behaviour in response to the MCOB statement, in part driving a fall in median stress rates on Q3 completions of around 100 basis points since Q1. Consistent with this, indicators from the Credit Conditions Survey – 2025 Q3 and market intelligence point to a higher supply of credit to households. And net mortgage approvals hit a nine-month high in September, returning to the pre-Covid average (Section 4). The share of high LTI lending increased to 9.5% in Q3, in line with Q1 and up from 7.6% in Q2, which was depressed by the end of the stamp duty land tax holiday. This leaves the four-quarter rolling average at 8.7%, well below the 15% limit (Chart 3.2). The FPC will continue to monitor the effect of the policy changes on the housing market.

Chart 3.2: High LTI lending increased in 2025 Q3

The share of new lending at ≥4.5 LTI (a) (b) (c)

A line chart shows the aggregate share of lending at >4.5 LTI from 2006 to 2025. The aqua line shows that the share of new lending at high LTIs has increased to around 9% in 2025 Q3, on a four quarter rolling average basis. A swathe shows the weighted 10th and 90th percentiles of lenders' individual shares of lending at high LTIs, with a large range around the aggregate average.

Footnotes

  • Sources: FCA Product Sales Data and Bank calculations.
  • (a) The FPC’s flow limit applies on a four-quarter rolling average basis.
  • (b) Range of lenders’ share of lending at greater than or equal to 4.5 LTI (four-quarter rolling average) constructed using the weighted 10th to 90th percentiles of firms’ use of their individual flow limits and shown from the introduction of the FPC’s flow limit in 2014 Q4.
  • (c) The sample includes only all new mortgages for house purchases and external remortgages with a change in principal.

While looser credit conditions allow additional borrowers to enter the market in the near term, staff analysis suggests that, unless there is also an increase in housing supply, increased credit availability has limited ability directly to address barriers to home ownership. The FPC supports initiatives to explore increases in the supply of housing and greater access of creditworthy households to mortgages, including at higher loan to values (LTVs).

The FPC judges that, in aggregate, households remain resilient. It would take significant falls in household incomes and rises in interest rates for the aggregate debt-servicing burden to rise materially.

Staff scenario analysis suggests that it would take a substantial shock to both incomes and lending spreads for the aggregate mortgage DSR to reach its GFC peak. Therefore, the FPC expects UK households to remain resilient in aggregate. The results of the 2025 Bank Capital Stress Test suggest that UK banks would have capacity to continue supporting household lending even if economic conditions turn out materially worse than expected (Section 5).

3.3: UK corporate debt vulnerabilities

Measures of indebtedness suggest UK corporates remain resilient in aggregate. And the share of vulnerable corporates has remained steady compared to Q2, well below historical peaks.

The corporate net debt to earnings ratio ticked up slightly in 2025 Q2 as net debt increased and profits fell slightly. At 134%, the aggregate ratio remains well below Covid (166%) and post-GFC (230%) highs, reducing the risk that indebted corporates would materially amplify a shock relative to the past. However, this aggregate picture can mask vulnerabilities within particular companies and sectors. Despite global uncertainty (including from the US credit market), historically tight credit spreads mean that current funding conditions are benign. But a sharp correction could constrain refinancing options for UK corporates.

The share of highly indebted corporates that would struggle in the event of an income or interest rate shock has remained largely stable compared to the July FSR. Both the debt-weighted proportion of corporates with low interest coverage ratios (ICRs), and the Bank’s broader corporate debt at risk measure remain well below historical peaks (Chart 3.3). Sensitivity analysis by Bank staff shows that it would take a very severe shock to funding costs and corporate earnings to reach historic peaks.

Chart 3.3: Measures of corporate vulnerability would remain low even if earnings fell substantially and funding costs increased

Debt-weighted share of UK corporates with ICRs below 2.5 and share of UK corporates at higher risk of default and staff projections (a) (b) (c) (d) (e)