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A floating interest rate, also known as a variable or adjustable rate, refers to any type of debt instrument, such as a loan, bond, mortgage, or credit, that does not have a fixed rate of interest over the life of the instrument.[1]

Floating interest rates typically change based on a reference rate (a benchmark of any financial factor, such as the Consumer Price Index).[1] One of the most common reference rates to use as the basis for applying floating interest rates is the Secure Overnight Financing Rate, or SOFR.[2]

The rate for such debt will usually be referred to as a spread or margin over the base rate: for example, a five-year loan may be priced at the six-month SOFR + 2.50%. At the end of each six-month period, the rate for the following period will be based on the SOFR at that point (the reset date), plus the spread. The basis will be agreed between the borrower and lender, but 1, 3, 6 or 12 month money market rates are commonly used for commercial loans.

Typically, floating rate loans will cost less than fixed rate loans, depending in part on the yield curve. In return for paying a lower loan rate, the borrower takes the interest rate risk: the risk that rates will go up in future.[3] In cases where the yield curve is inverted, the cost of borrowing at floating rates may actually be higher; in most cases, however, lenders require higher rates for longer-term fixed-rate loans, because they are bearing the interest rate risk (risking that the rate will go up, and they will get lower interest income than they would otherwise have had).

Certain types of floating rate loans, particularly mortgages, may have other special features such as interest rate caps, or limits on the maximum interest rate or maximum change in the interest rate that is allowable.

Floating rate loan

[edit]

In business and finance, a floating rate loan (or a variable or adjustable rate loan) refers to a loan with a floating interest rate. The total rate paid by the customer varies, or "floats", in relation to some base rate. The term of the loan may be substantially longer than the basis from which the floating rate loan is priced; for example, a 25-year mortgage may be priced off the 6-month prime lending rate.

Floating rate loans are common in the banking industry and for large corporate customers.[4][5] A floating rate mortgage is a mortgage with a floating rate, as opposed to a fixed rate loan.[6]

In many countries, floating rate loans and mortgages are predominant. They may be referred to by different names, such as an adjustable rate mortgage in the United States. In some countries, there may be no special name for this type of loan or mortgage, as floating rate lending may be the norm. For example, in Canada substantially all mortgages are floating rate mortgages; borrowers may choose to "fix" the interest rate for any period between six months and ten years, although the actual term of the loan may be 25 years or more.

Floating rate loans are sometimes referred to as bullet loans, although they are distinct concepts. In a bullet loan, a large payment (the "bullet" or "balloon") is payable at the end of the loan, as opposed to a capital and interest loan, where the payment pattern incorporates level payments throughout the loan, each containing an element of capital, and no bullet payment at the end. A floating rate loan therefore may or may not incorporate a bullet payment.

Example

[edit]

A customer borrows $25,000 from a bank; the terms of the loan are (six-month) SOFR + 3.5%. At the time of issuing the loan, the SOFR rate is 2.5%. For the first six months, the borrower pays the bank 6% annual interest: in this simplified case $750 for six months. At the end of the first six months, the SOFR rate has risen to 4%; the client will pay 7.5% (or $937.5) for the second half of the year. At the beginning of the second year, the SOFR rate has now fallen to 1.5%, and the borrowing costs are $500 for the following six months.

See also

[edit]

References

[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Floating interest rate

View on Grokipedia
from Grokipedia
A floating interest rate, also referred to as a variable or adjustable rate, is an interest rate applied to loans, bonds, or other debt instruments that periodically fluctuates based on changes in a specified benchmark or reference rate, such as the Secured Overnight Financing Rate (SOFR) or the prime rate, rather than remaining constant over the loan's term. This adjustment typically occurs at regular intervals, such as monthly, quarterly, or annually, allowing the effective interest rate to rise or fall in response to broader economic conditions, including central bank policy changes and market dynamics. In contrast to fixed interest rates, which lock in a predetermined rate for the entire duration of the debt, floating rates introduce variability that can benefit borrowers during periods of declining interest rates but expose them to higher costs when rates increase. For instance, in adjustable-rate mortgages (ARMs), the initial rate might be set at 3% based on plus a fixed spread of 200 basis points, but it could adjust to 4.5% after the first adjustment period if the benchmark rises. Floating rates are commonly used in consumer products like cards, where the rate often tracks the , as well as in corporate loans and floating-rate notes (FRNs), which appeal to investors seeking protection against or rising rates. One key advantage of floating interest rates is their potential to offer lower starting rates compared to fixed alternatives, enabling borrowers to save on in the early stages of a or , particularly in low-rate environments. They also provide flexibility, as payments can decrease if benchmark rates fall, and for investors in securities like FRNs, they reduce price volatility relative to fixed-rate bonds during rate hikes. However, the primary disadvantage is the and of escalating payments, which can strain budgets during economic expansions or when central banks raise rates to combat , as seen in the post-2022 rate environment. Additionally, floating-rate instruments carry tied to the borrower's or issuer's ability to service at higher rates, and they may include caps or floors to limit extreme fluctuations.

Definition and Fundamentals

Definition

A floating interest rate, also known as a variable or adjustable rate, is an interest rate that fluctuates periodically in response to changes in an underlying benchmark or index. This dynamic nature allows the rate to reflect shifts in broader economic or market conditions, such as or policies, rather than remaining static. The fundamental structure of a floating interest rate is generally composed of a reference index plus a fixed spread or margin added by the lender or issuer. This formula—Rate = Reference Index + Spread—ensures that while the spread remains constant, the overall rate adjusts over time as the index varies, aligning the cost of borrowing with current market realities. In contrast to fixed interest rates, which lock in a predetermined rate for the entire duration of the agreement, floating rates are inherently linked to external market dynamics, offering flexibility but also exposure to potential increases in borrowing costs. This distinction makes floating rates particularly suited to environments where volatility is anticipated.

Historical Development

The concept of floating interest rates emerged in the early 1970s in Europe amid rising interest rate volatility following the collapse of the in 1971 and the oil crises of 1973 and 1979, which fueled and made fixed-rate structures less viable for international lending. Floating rate notes (FRNs), a key instrument, first appeared in the U.S. in 1974 when Citicorp issued $650 million in 15-year notes tied to short-term benchmarks in the markets, allowing issuers and investors to against unpredictable monetary policies. A pivotal milestone occurred in 1986 with the formal introduction of the London Interbank Offered Rate (LIBOR) by the , which standardized a key reference rate for floating interest calculations across multiple currencies, including the US dollar, British pound, and . The 1988 Accord further influenced this development by establishing international capital adequacy standards that included specific treatments for swaps, such as no potential future exposure calculations for single-currency floating-to-floating swaps, facilitating their use in . The framework faced a major crisis in when investigations uncovered widespread manipulation by banks to inflate or deflate submissions for profit or to mask financial distress, leading to billions in fines and regulatory reforms. This accelerated the phase-out of LIBOR, with most ceasing by the end of 2021 and full discontinuation, including synthetic rates, by September 30, 2024, prompting a global transition to alternative risk-free rates such as the in the United States and the euro short-term rate (€STR) in the euro area, with implementation ramping up from 2021 onward.

Key Components and Mechanics

Reference Rate and Spread

A floating interest rate is determined by the formula: Floating Rate = + Spread. This structure ensures the rate reflects current market conditions through the reference rate while incorporating a lender-specific adjustment via the spread. At each reset date, the reference rate prevailing at that time is identified from the applicable benchmark index, and the fixed spread is added to it, yielding the new applied to the outstanding principal for the upcoming period. For instance, if the reference rate is 5.00% and the spread is 2.00%, the floating rate becomes 7.00% until the next reset. The reference rate, also known as the benchmark index, serves as the variable foundation of the floating rate and is typically drawn from established money market benchmarks that reflect short-term borrowing costs in major currencies. In the United States, the Secured Overnight Financing Rate (SOFR) is the primary benchmark for USD-denominated floating rates, calculated daily by the Federal Reserve Bank of New York as a volume-weighted median of actual transactions in the U.S. Treasury repurchase agreement (repo) market. This includes tri-party repo data from the Bank of New York Mellon, General Collateral Finance (GCF) repo data from the Depository Trust & Clearing Corporation, and bilateral repo transactions cleared through the Fixed Income Clearing Corporation, providing a robust, transaction-based measure of overnight secured lending rates secured by Treasury securities. In the Eurozone, the Euro Interbank Offered Rate (EURIBOR) functions as the key reference rate for euro-based floating instruments, representing the average interest rate at which a panel of major European banks lend unsecured funds to one another for various tenors, such as one week to 12 months. Administered by the European Money Markets Institute (EMMI), EURIBOR employs a hybrid methodology that combines actual transaction data where available with expert judgment from panel banks to ensure resilience, with rates calculated and published daily based on submissions trimmed to exclude the highest and lowest quartiles for robustness. For Australian dollar transactions, the Bank Bill Swap Rate (BBSW), often referenced alongside the Bank Bill Swap Yield (BBSY), measures the cost of short-term funding for prime Australian banks through the issuance of bank-accepted bills, calculated using a primary methodology based on the volume-weighted average price (VWAP) of eligible transactions in prime bank bills and certificates of deposit during the rate set window from 8:30 a.m. to 10:00 a.m. Sydney time. A secondary methodology uses the arithmetic mean of the national best bid and offer if transaction volume is insufficient. The spread, or margin, is a fixed additive component expressed as a (e.g., +2%) that the lender applies atop the reference rate to cover its costs, risks, and , remaining constant throughout the loan or instrument's term unless renegotiated. Its size is influenced by factors such as the borrower's , prevailing , the term of the financing, and competitive conditions in the lending market, with higher-risk borrowers typically facing wider spreads to compensate for potential default. For example, in corporate loans, spreads might range from 1% to 5% depending on the issuer's rating, ensuring the lender's return aligns with the additional credit exposure beyond the risk-free benchmark. The transition from the London Interbank Offered Rate () to these alternative reference rates has introduced challenges, particularly basis risk arising from imperfect correlations between legacy LIBOR-based contracts and new benchmarks like , which can lead to valuation discrepancies and unexpected cash flow variations during the switchover. Regulators worldwide, including the , have emphasized fallback protocols and spread adjustments to mitigate these issues, promoting a smoother shift to more reliable, transaction-backed rates by the end of for most .

Reset Frequency and Periods

The reset frequency in floating interest rate instruments refers to the intervals at which the is adjusted to reflect changes in the underlying reference rate plus any applicable spread. Common intervals include monthly, quarterly, semi-annually, and annually, with the choice depending on the instrument type and market conventions. More frequent resets, such as monthly or quarterly, allow the rate to closely track short-term fluctuations in the reference rate, thereby increasing the borrower's or investor's exposure to interest rate volatility, while less frequent resets, like semi-annual or annual, provide greater stability by incorporating averaged or lagged rate changes over longer periods. At each reset date, typically the end of the interest period, the new rate is calculated by adding the prevailing reference rate to the fixed spread, and this rate applies to the subsequent period's interest accrual. For reference rates like the , lookback conventions such as observation shift are commonly used to determine the applicable rate; this involves shifting the observation period backward by a set number of days (often two business days) to ensure the rate is known before the period begins, avoiding payment delays. In hybrid floating rate structures, an initial fixed-rate period often precedes the floating adjustments, providing predictability before transitioning to variable rates; for example, a five-year fixed teaser rate may apply at origination, after which resets begin based on the reference rate. To mitigate volatility, averaging methods are employed, such as calculating the effective rate as a 90-day average of daily rates, which smooths out daily fluctuations and results in more stable periodic payments. For amortizing loans with floating rates, resets directly influence payment composition: an increase in the rate raises the portion of each payment, potentially requiring higher total payments to maintain the , while a decrease reduces the component and accelerates principal repayment. In adjustable-rate mortgages, for instance, post-reset payments are recalculated to cover the new over the remaining term, altering the balance between principal and without changing the overall amortization.

Comparison with Fixed Rates

Core Differences

The primary structural difference between fixed and floating interest rates lies in their adjustment mechanisms: fixed rates remain constant throughout the entire term of the financial instrument, providing unchanging payment obligations, whereas floating rates periodically adjust based on underlying market indices, resulting in variable future payments that introduce uncertainty for borrowers and lenders. This variability in floating rates stems from their linkage to benchmarks like the Secured Overnight Financing Rate (SOFR), which reflect prevailing short-term market conditions. In terms of behavior, floating interest rates dynamically respond to macroeconomic shifts, typically rising during periods of increasing as central banks elevate benchmark rates to curb price pressures, and declining amid recessions when eases to stimulate growth. Fixed interest rates, by contrast, offer unwavering predictability in costs, often incorporating an initial premium to compensate lenders for forgoing potential gains from rate fluctuations. Regarding maturity and term considerations, floating rates are generally more appropriate for short-term financing or scenarios involving variable economic exposure, where the adaptability to changing conditions aligns with briefer horizons and lower cumulative from prolonged variability. Fixed rates, however, are better suited to long-term arrangements requiring sustained stability, as their constancy shields against extended periods of rate volatility. Market pricing for these rates also diverges fundamentally: fixed rates are derived from the , which plots current interest rates across various maturities to determine the locked-in cost of borrowing over time. In contrast, floating rates incorporate expectations of future movements via the forward curve, which projects anticipated benchmark rates to value the instrument's evolving cash flows.

Pros and Cons

Floating s offer several advantages over fixed rates, particularly for borrowers in certain economic conditions. One key benefit is the typically lower initial , which can make loans more accessible and reduce early-stage borrowing costs compared to fixed-rate options that start higher to account for long-term stability. Additionally, floating rates automatically adjust downward if market conditions improve, allowing borrowers to realize savings as reference rates decline without needing to refinance. Despite these benefits, floating interest rates carry notable disadvantages, especially in volatile markets. Borrowers face direct exposure to rising reference rates, which can substantially increase interest costs and monthly payments over time, unlike the predictability of fixed rates. This variability introduces budgeting uncertainty, particularly for individuals or households on fixed incomes who rely on stable cash flows for financial planning. Furthermore, if the reference index fails to keep pace with actual inflation, floating rates may result in negative real interest rates, eroding the lender's returns and potentially leading to higher spreads that burden borrowers. The relative merits of floating rates become evident in specific economic scenarios. In low-interest-rate environments, such as the period following the , adjustable-rate mortgages (ARMs) with floating components allowed homeowners to benefit from sustained low rates, often resulting in decreased monthly payments as benchmark rates fell. Conversely, during periods of aggressive rate hikes, like the U.S. Federal Reserve's increases from March 2022 to July 2023, floating-rate loans saw payments surge, amplifying affordability challenges for borrowers as adjustable rates passed through the higher benchmarks. From a borrower-lender perspective, floating rates create asymmetric outcomes based on market direction. Borrowers gain when rates fall but bear the full brunt of increases, while lenders benefit from potential in rising-rate environments, capturing higher yields without renegotiation. This dynamic underscores the between initial affordability and long-term exposure in floating-rate structures.

Applications in Finance

In Loans and Mortgages

Floating interest rates are widely used in adjustable-rate mortgages (ARMs), which offer an initial fixed-rate period—typically three, five, or seven years—before transitioning to periodic adjustments based on a benchmark index like the Secured Overnight Financing Rate (SOFR) plus a fixed margin. This structure allows borrowers to secure lower starting rates compared to fixed-rate mortgages, making homeownership more accessible during periods of elevated interest rates. In the commercial lending space, floating-rate business loans are commonly structured by adding a lender-determined margin to the prime rate, such as the Wall Street Journal Prime Rate, enabling rates to fluctuate with broader economic conditions. For instance, Small Business Administration (SBA) 7(a) loans often carry rates of prime plus 2.75% to 3.75%, providing flexibility for borrowers anticipating stable or declining rates. In practice, these loans incorporate protective mechanisms like interest rate caps and floors to limit volatility. US ARMs generally feature periodic caps restricting annual changes to 1-2%, initial adjustment caps of up to 2-5%, and lifetime caps of around 5% above the starting rate, preventing excessive payment increases. Floors ensure the rate does not drop below a specified minimum, such as 4%, safeguarding lenders while offering borrowers potential savings in falling-rate environments. These features mitigate payment shock, where a reset—such as from an initial 3% rate to 5%—could otherwise raise monthly payments by hundreds of dollars on a typical , though caps constrain the immediate impact. As of fall 2025, ARMs represent about 13% of applications in the US—a minority share—with fixed-rate options preferred by most borrowers due to predictability concerns. Conversely, features a high dominance of variable-rate s, which account for around 90% of outstanding loans as of 2025 and are linked to the central bank's rate. Floating rates are also prevalent in variable-rate private student loans and lines like home equity lines of credit (HELOCs), where rates adjust with the to reflect ongoing and market shifts. For borrowers, qualification for floating-rate loans emphasizes affordability beyond the introductory period, with lenders assessing eligibility using the fully indexed rate—combining the current index plus margin—to ensure capacity for higher payments. This approach helps prevent overextension but requires applicants to demonstrate financial resilience. When rates rise and adjustments loom, refinancing to a provides a key option, allowing borrowers to secure stable payments and hedge against further increases, though success depends on creditworthiness and at the time.

In Bonds and Securities

Floating-rate notes (FRNs) are debt instruments issued in the capital markets where the coupon payments adjust periodically based on a benchmark plus a fixed spread, providing issuers and investors with exposure to changing market conditions. These securities typically feature quarterly coupon payments, with the resetting at each interval to reflect the current level of the reference index. For instance, U.S. Treasury FRNs tie their coupons to the highest accepted discount rate from the most recent 13-week Treasury bill , plus a fixed spread determined at issuance, resulting in payments every three months. Sovereign issuers like the U.S. government have utilized FRNs for short-term financing, such as the two-year note issued on October 31, 2025, under 91282CPG0 with an initial rate of 0.190%. A variant of FRNs, inverse floaters, structures coupons to move opposite the benchmark rate, often calculated as a fixed rate minus a multiple of the reference index, with a (typically zero) to avoid negative yields. This design amplifies returns for holders when rates fall but increases sensitivity when rates rise, commonly arising from the tranching of fixed-rate bonds into floating and inverse components. Corporate and municipal issuers employ inverse floaters to tailor cash flows, though they carry heightened volatility due to leverage factors like 2x the benchmark. Beyond FRNs, floating rates appear in other securities such as floating-rate certificates of deposit (CDs), which are bank-issued time deposits with adjustable interest tied to benchmarks like the Wall Street Journal Prime Rate, often featuring quarterly payments and a minimum floor rate to protect depositors. For example, a two-year floating CD might start at the prime rate minus a set margin but never fall below an established floor, appealing to institutions seeking short-term, variable-yield placements. In asset-backed securities (ABS), floating rates predominate to align payouts with the variable cash flows from underlying assets like auto loans or credit card receivables, where the majority of tranches adjust with short-term indices to mitigate duration mismatches. Issuers, particularly corporations, benefit from floating-rate structures by reducing duration risk—the sensitivity of bond prices to interest rate changes—as adjustable coupons keep the effective maturity short and limit price swings relative to fixed-rate alternatives. This flexibility aids in managing costs during rate fluctuations, making FRNs a strategic tool for corporate balance sheets. For investors, FRNs gain traction in rising rate periods by delivering escalating income; global high-yield FRNs, for instance, posted strong returns in 2023 amid hikes, outperforming fixed-rate peers due to their adaptive yields. Trading FRNs in the relies on the discount margin, a metric that estimates the spread over the reference rate needed to equate the bond's projected cash flows to its current price, adjusting for any premium or discount to par. This margin differs from the initial quoted spread and reflects market perceptions of and , often widening if the FRN trades below par. Examples include corporate FRNs from issuers like the Bank of , which issued bail-inable notes in 2025 with quarterly coupons based on compounded plus a margin, and sovereign offerings from countries such as and alongside U.S. Treasury issuances.

Risks and Mitigation

Associated Risks

Floating interest rates expose borrowers and investors to significant , as payments or yields can increase unpredictably if benchmark rates rise, potentially straining cash flows and increasing default probabilities. For example, in the 2024-2025 high-rate environment, elevated levels averaging near 5.3% have amplified these risks, eroding borrower cash flows and raising default probabilities in leveraged debt scenarios. A historical example is the early under Chair , when aggressive rate hikes pushed the above 19%, causing sharp surges in payments on floating-rate loans and contributing to widespread economic distress. Basis risk arises when the reference rate for a floating-rate instrument does not perfectly align with the borrower's or lender's underlying exposures, leading to imperfect hedging and unexpected cost mismatches. For instance, if a is tied to one index like while funding comes from another like , divergences in their movements can result in net losses despite overall rate stability. Credit risk intensifies with floating rates, as deteriorating borrower credit quality can cause the credit spread—the premium over the reference rate—to widen, elevating total borrowing costs during periods of financial stress. Liquidity risk compounds this, with floating-rate securities often facing reduced trading and wider bid-ask spreads amid volatility, making it harder to sell without significant losses. Operational risks include errors in calculating rate resets, which rely on accurate timing and benchmark data, potentially leading to disputes or financial discrepancies if systems fail during high-volume periods. Regulatory risks emerged prominently from the 2023 discontinuation of , disrupting trillions in floating-rate contracts tied to the benchmark and forcing transitions to alternatives like , which introduced valuation uncertainties and compliance challenges. As of 2025, post-transition adjustments continue, including proposed refinements to SOFR methodology and ongoing liquidity concerns in SOFR-based markets. Economically, floating rates amplify exposures in leveraged products, where rising rates can exacerbate debt burdens and trigger covenant breaches in high-debt scenarios. Additionally, inflation mismatches occur if floating rates fail to fully adjust to unexpected inflationary pressures, leaving real borrowing costs higher than anticipated despite nominal increases.

Hedging and Management Strategies

Hedging floating interest rate exposure involves employing financial to convert variable payments into more predictable ones or to cap potential increases. A primary method is the use of interest rate swaps, where a party with a floating-rate obligation exchanges payments based on a floating rate (such as ) for fixed-rate payments with a , effectively transforming the into a fixed-rate equivalent and mitigating the risk of rising rates. This fixed-for-floating swap allows borrowers, such as corporations with variable-rate loans, to stabilize interest expenses while lenders or investors can hedge against declining rates. To address asymmetric risks, options-based derivatives like caps, floors, and swaptions provide targeted protection. An interest rate cap consists of a series of call options (caplets) on the floating rate, entitling the holder to compensation if the reference rate exceeds a predetermined strike rate, thereby limiting the borrower's maximum interest cost— for instance, a cap with a 5% strike would pay the difference if rates rise above 5%. Conversely, floors set a minimum rate using put options, protecting lenders from rate declines, while swaptions grant the right but not the obligation to enter a swap at a fixed rate, offering flexibility for anticipated rate shifts. These instruments limit upside or downside exposure but require upfront premium payments, which represent the cost of insurance; the benefit lies in reduced volatility, though the premium's size depends on strike levels, volatility expectations, and time to maturity, potentially offsetting gains if rates remain stable. Collars combine a purchased and a sold to create a cost-effective range for rates, where the premium paid for the is partially or fully offset by the premium received from the , narrowing the effective interest rate band without net cost in zero-width collars. This strategy suits borrowers seeking protection against rate spikes while accepting a to finance the , balancing affordability with bounded . At the portfolio level, diversification across fixed- and floating-rate instruments reduces overall sensitivity to rate fluctuations by spreading exposure, while natural hedges through asset-liability (ALM) involve matching the repricing profiles of assets and liabilities to minimize gaps that amplify changes. Banks, for example, achieve this by aligning short-term floating-rate loans with similar liabilities, thereby stabilizing net interest margins without relying solely on . Regulatory frameworks under enhance management by mandating of in the banking book (IRRBB), where institutions apply standardized shock scenarios—such as parallel shifts up or down by 200 basis points—to assess impacts on economic value of equity (EVE) and (NII), with outliers (EVE decline exceeding 15% of ) required to bolster capital or refine strategies. For borrowers, options like rate locks secure a fixed rate at to against immediate rises, while to fixed-rate during favorable periods provides an operational mitigation, though both incur transaction costs and may be constrained by credit conditions.

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  59. https://www.fdic.gov/bank-examinations/nowhere-go-managing-interest-rate-risk-low-rate-environment
  60. https://www.federalreserve.gov/econres/notes/feds-notes/private-credit-characteristics-and-risks-20240223.html
  61. https://www.gao.gov/products/gao-14-535
  62. https://www.occ.gov/publications-and-resources/publications/comptrollers-handbook/files/interest-rate-risk/pub-ch-interest-rate-risk.pdf
  63. https://www.fdic.gov/banker-resource-center/london-interbank-offered-rate-libor-transition
  64. https://www.numerix.com/resources/blog/exploring-3-major-challenges-sofr-transition
  65. https://www.newyorkfed.org/markets/reference-rates/request-for-public-comment-on-proposed-modifications-to-sofr-methodology
  66. https://documents.worldbank.org/curated/en/163801546962452164/Taking-the-Risk-out-of-Interest-Rate-Risk-Protecting-Countries-against-Interest-Rate-Risk-with-IBRD-Flexible-Loans-Case-Study.pdf
  67. https://www.imf.org/en/Publications/WP/Issues/2017/01/18/Why-Do-Bank-Dependent-Firms-Bear-Interest-Rate-Risk-44550
  68. https://www.federalreserve.gov/pubs/feds/1996/199636/199636pap.pdf
  69. https://www.elibrary.imf.org/view/journals/001/1990/007/article-A001-en.xml
  70. https://www.bis.org/bcbs/publ/d368.pdf
  71. https://www.federalreserve.gov/apps/reportingforms/Download/DownloadAttachment?guid=443fe4f7-ebaa-41e3-a9e9-507b8addaa11
  72. https://www.bis.org/publ/qtrpdf/r_qt2309c.htm
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