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Fixed Income & Credit
7 min readUpdated Apr 12, 2026

Term Premium

ByConvex Research Desk·Edited byBen Bleier·
bond term premiumduration premiumACM term premiumKim-Wright term premiumTreasury term premium

The extra yield investors demand for holding a long-term bond instead of rolling over short-term bonds, compensation for the additional uncertainty about future interest rates, inflation, and supply.

Current Macro RegimeSTAGFLATIONDEEPENING

The macro regime is unambiguously STAGFLATION DEEPENING. The hot CPI print (pending event, 24h ago) is not a surprise — it is a CONFIRMATION of the pipeline signals that have been building for weeks: PPI accelerating faster than CPI, Cleveland nowcast at 5.28%, breakevens rising +10bp 1M across the …

Analysis from May 14, 2026

What Is the Term Premium?

The term premium is the additional yield investors demand for holding a long-term bond instead of simply rolling over short-term bills. It is the component of the 10-year Treasury yield that is NOT explained by expected future short-term interest rates, the residual that compensates investors for the risk and uncertainty of locking up money for a decade.

Formally: 10-Year Yield = Expected Average Short Rate (next 10 years) + Term Premium

If the market expects the fed funds rate to average 3.5% over the next 10 years and the 10-year yield is 4.5%, the term premium is 100 basis points, the compensation for bearing the risk that rates, inflation, or other conditions may differ from expectations.

The term premium is arguably the most important unobservable variable in fixed income markets. It explains why bond markets can behave in ways that seem disconnected from monetary policy, why the 10-year yield can move 100 bps without any change in Fed expectations, and why quantitative easing and tightening have such powerful effects on financial conditions.

Decomposing the 10-Year Yield

Component What It Represents What Drives It
Expected short-rate path Where the market thinks the Fed will set rates FOMC dots, inflation data, employment
Term premium Compensation for duration risk Supply, QE/QT, inflation uncertainty, foreign demand
10-Year Yield Sum of both Everything above

This decomposition is critical for cross-asset analysis:

  • Rate-expectations-driven yield increase (front end leads, curve flattens): The market expects more Fed hikes → bearish for rate-sensitive equities, dollar strengthens, credit spreads widen
  • Term-premium-driven yield increase (long end leads, curve steepens): Investors demand more compensation for duration → bearish for long-duration bonds, but equities may be less affected if growth is strong

Historical Term Premium Regimes

The Pre-QE Era (1961-2008): Persistently Positive

For most of modern financial history, the term premium was positive and substantial, averaging approximately +150 bps from 1961 to 2008. Investors naturally demanded significant compensation for holding 10-year bonds because inflation was volatile and unpredictable:

Period Average Term Premium Why
1960s-1970s +100 to +300 bps Rising inflation, Volcker hadn't yet broken it
1980s +200 to +400 bps Post-Volcker; inflation tamed but memory fresh
1990s +100 to +200 bps Great Moderation; inflation stable but not forgotten
2000-2008 +50 to +150 bps Post-dot-com, low inflation, gradual compression

The QE Era (2009-2021): The Great Compression

Quantitative easing fundamentally altered the term premium. When the Fed began purchasing trillions in long-duration Treasuries and MBS, it removed duration supply from the market, compressing the term premium toward zero, and eventually negative:

  • QE1 (2008-2010): Term premium fell from +200 bps to +50 bps
  • QE2 (2010-2011): Further compression to near zero
  • Operation Twist (2011-2012): Specifically targeted long-end compression
  • QE3 (2012-2014): Term premium turned negative for extended periods
  • 2019-2021: Term premium persistently negative (-50 to -100 bps by some estimates)

A negative term premium means investors were accepting LESS return from 10-year bonds than they would get from rolling T-bills, essentially paying for the privilege of holding duration. This was only rational because the Fed (a price-insensitive buyer) was absorbing so much supply that private investors could be confident of future capital gains.

The Post-QE Era (2022-Present): The Great Repricing

The term premium began a dramatic repricing in 2022-2023 as every factor that had compressed it reversed:

Factor QE Era (Compressing) Post-QE Era (Expanding)
Fed purchases Buying $80B+/month in Treasuries Reducing holdings by $60B/month (QT)
Fiscal deficits Moderate ($500B-1T pre-COVID) Massive ($2T+/year post-COVID)
Inflation uncertainty CPI stable at 1.5-2.0% for a decade CPI hit 9.1%, future path uncertain
Foreign demand China/Japan actively buying Treasuries Both reducing holdings
Stock-bond correlation Negative (bonds hedge stocks) Turned positive in 2022 (no hedging benefit)

The Q3 2023 Term Premium Tantrum

The most dramatic term premium episode in a decade occurred from August to October 2023:

Date 10Y Yield ACM Term Premium Fed Expectations (unchanged)
July 31 4.00% -10 bps Terminal rate 5.25-5.50%, cuts starting mid-2024
Aug 31 4.50% +10 bps Essentially unchanged
Oct 23 5.00% +35 bps Essentially unchanged

The 10-year yield rose 100 bps in 10 weeks with virtually no change in rate expectations. The entire move was term premium, driven by:

  1. Fitch's US sovereign downgrade (August 1) raised fiscal sustainability questions
  2. Treasury quarterly refunding (August 2) showed larger-than-expected long-end issuance
  3. BOJ yield curve control adjustments (July 28) reduced Japanese demand for Treasuries
  4. Weak Treasury auctions through September-October showed insufficient demand
  5. Fed QT continuing to remove $60B/month in demand

The selloff ended when Fed officials acknowledged that higher term premium was doing their tightening work, reducing the need for further rate hikes. Chair Powell's November 1 comments effectively ended the tantrum by confirming the Fed would not hike again.

Term Premium and Equity Markets

Why It Matters for Stocks

The term premium affects equity valuations through the discount rate. Higher term premium → higher long-term discount rates → lower present value of future cash flows → lower P/E ratios. But the mechanism is nuanced:

Term-premium-driven yield increases are LESS damaging to equities than rate-expectations-driven increases because:

  1. They don't signal tighter Fed policy (which would hurt the economy)
  2. They often reflect strong fiscal spending (which can boost growth)
  3. They self-correct as higher yields attract new bond buyers

Empirically, equities can rally even as the term premium rises, as long as the rise is moderate and driven by supply (not inflation fears). The S&P 500 was essentially flat during the Q3 2023 term premium tantrum, far more resilient than during the 2022 rate-expectations-driven selloff.

When Term Premium Becomes Equity-Negative

Term premium expansion becomes dangerous for stocks when:

  1. It's driven by inflation uncertainty rather than supply → signals stagflation risk
  2. It's rapid enough to tighten financial conditions beyond what the economy can absorb
  3. It coincides with fiscal concerns that raise questions about long-run growth

Term Premium and Mortgage Rates

Mortgage rates are more sensitive to term premium than to the Fed funds rate because mortgages are long-duration instruments priced off 10-year yields. The path:

Fed funds rate → 2-year yield → (add term premium) → 10-year yield → (add MBS spread) → Mortgage rate

This is why mortgage rates remained elevated in 2023-2024 even after the Fed stopped hiking: the term premium kept 10-year yields high independently of Fed policy. A 50 bps increase in term premium translates to roughly 50 bps higher mortgage rates, adding approximately $120/month to a $400,000 mortgage payment.

How to Monitor the Term Premium

Data Sources

Source Model Update Frequency Access
NY Fed ACM (Adrian-Crump-Moench) Daily Free (FRED, NY Fed website)
Federal Reserve Board Kim-Wright Daily Free (Fed website)
Treasury OFR DKW (D'Amico-Kim-Wei) Monthly Free
Bloomberg Various (BBG TERM) Real-time Terminal ($$$)

Proxy Indicators (When Models Are Too Complex)

  1. 2s10s slope vs. Fed expectations: If the curve is steepening but Fed expectations are unchanged, term premium is rising
  2. Treasury auction tails: Large tails (weak auctions) signal insufficient demand → term premium pressure
  3. MOVE Index (Treasury volatility): High MOVE correlates with rising term premium (more uncertainty)
  4. TGA and Fed balance sheet: Declining TGA and QT both increase duration supply, pushing term premium higher

Term Premium Trading Strategies

Long Duration (Betting Term Premium Compresses)

When: Term premium has spiked to historically high levels (>50 bps on ACM) and catalysts for compression are emerging (QT slowing, fiscal improvement, auction demand recovering)

Trade: Buy TLT (20+ year Treasury ETF) or go long ZB futures (30-year)

Short Duration (Betting Term Premium Rises)

When: Term premium is near zero or negative, and structural drivers favor expansion (fiscal deficits rising, QT ongoing, foreign demand declining)

Trade: Short TLT or go long TBT (2x inverse 20+ year)

The Steepener as a Term Premium Trade

Since term premium primarily affects the long end, a curve steepener (long front end, short long end) is effectively a bet on rising term premium. This was the right trade from mid-2023 through Q3 2023.

Frequently Asked Questions

How is the term premium calculated and why are estimates so different?
The term premium cannot be directly observed — it must be estimated by models, and different models produce very different estimates. The two most widely cited: (1) The ACM model (Adrian, Crump, Moench) from the NY Fed uses a statistical approach based on the principal components of yield curve movements. It estimated the 10-year term premium at approximately +30 to +50 bps in late 2023. (2) The Kim-Wright model from the Federal Reserve Board uses a more structural approach incorporating surveys of rate expectations. It typically estimates a higher term premium (often 50-100 bps higher than ACM). The divergence matters: in October 2023, the ACM model showed the term premium turning positive for the first time in years, while the Kim-Wright model suggested it had been positive much longer. Both are useful — the ACM is better for detecting changes in the term premium over time (direction), while the Kim-Wright may be more accurate in absolute level. The key insight for traders: don't focus on the absolute number. Focus on the direction and rate of change. When both models show the term premium rising rapidly, long-end Treasuries are under pressure regardless of the starting level.
Why was the term premium negative for most of 2010-2023?
A negative term premium means investors were effectively paying to hold long-duration bonds — accepting a lower return than they would get from rolling short-term bills. This historically unusual situation persisted for over a decade due to several reinforcing factors: (1) Central bank QE: The Fed, ECB, BOJ, and BOE collectively purchased trillions of dollars in long-duration government bonds, artificially suppressing long-end yields below the level that would prevail in a free market. At its peak, the Fed held $5.8 trillion in Treasuries and MBS. (2) Global safe-asset shortage: Regulatory changes (Basel III, Dodd-Frank) required banks and insurance companies to hold more high-quality liquid assets (HQLA), creating structural demand for long Treasuries that was insensitive to yield levels. (3) Foreign reserve accumulation: China, Japan, and other surplus nations recycled trade surpluses into US Treasuries, adding hundreds of billions in demand annually. (4) Low inflation volatility: After 2009, inflation was stable near 2%, reducing the uncertainty premium investors demanded for holding long bonds. The negative term premium era ended in 2022-2023 as QT removed Fed demand, fiscal deficits increased Treasury supply, and inflation uncertainty returned after the 2021-2023 price shock.
How did the term premium drive the Q3 2023 bond selloff?
The Q3 2023 Treasury selloff — in which the 10-year yield surged from 4.0% to 5.0% in just 10 weeks — was almost entirely driven by term premium expansion, not by changing Fed rate expectations. During this period, Fed funds futures showed little change in the expected path of short-term rates (the market already expected the Fed to hold at 5.25-5.50%), yet 10-year yields rose 100 bps. The ACM term premium rose from approximately -10 bps to +35 bps over this period. Drivers: (1) The August 2023 Fitch downgrade of US sovereign debt raised fiscal concerns. (2) The Treasury's August quarterly refunding announcement showed higher-than-expected long-end issuance (more 10-year and 30-year auctions). (3) Japanese investors, facing BOJ yield curve control adjustments, reduced Treasury purchases. (4) Fed QT continued at $60B/month, removing demand. (5) Several weak Treasury auctions (large "tails") signaled insufficient demand at prevailing yields. The selloff ended only when multiple Fed officials (including Chair Powell) acknowledged that higher term premium was doing the Fed's tightening work for it, reducing the need for further rate hikes. This was a pivotal moment: the term premium replaced rate expectations as the primary driver of financial conditions tightening.
What drives the term premium higher or lower?
Five factors determine the term premium level and direction: (1) **Treasury supply**: Higher government deficits mean more bond issuance, requiring higher term premium to attract buyers. The $2+ trillion annual US deficit as of 2024 is a persistent upward force. (2) **Central bank demand**: QE compresses term premium (the Fed as price-insensitive buyer absorbs duration supply); QT raises it. The shift from QE to QT added an estimated 50-100 bps to the term premium. (3) **Inflation uncertainty**: When inflation is stable and predictable (2012-2019), the uncertainty premium for holding long bonds is low. When inflation is volatile and uncertain (2021-2023), investors demand more compensation for the risk that inflation could erode their returns. (4) **Foreign demand**: When foreign central banks and institutions are actively buying Treasuries (2000-2015), term premium compresses. When they're selling or reducing purchases (2022-2024, as China and Japan trimmed holdings), term premium rises. (5) **Correlation between bonds and stocks**: When bonds hedge equity risk (negative stock-bond correlation, 2000-2021), investors accept lower term premium because bonds provide portfolio insurance. When bonds and stocks fall together (positive correlation, 2022-2023), bonds lose their hedging value and investors demand higher term premium.
How should traders position based on term premium analysis?
Term premium analysis is most useful for (1) understanding WHY yields are moving and (2) positioning for the long end of the curve. Practical framework: when the term premium is rising rapidly (as in Q3 2023), avoid or underweight long-duration bonds — the selloff is not driven by monetary policy expectations and therefore won't be reversed by Fed communication alone. When the term premium is compressing (as during QE or after a supply-shock subsides), overweight long duration — yields are falling for structural demand reasons that tend to persist. The best indicator: compare the speed of 10-year yield changes to the speed of 2-year yield changes. If the 10-year is moving faster than the 2-year (bear steepening), it's likely term-premium-driven. If the 2-year is moving faster (bear flattening), it's rate-expectations-driven. Term-premium-driven selloffs tend to be self-limiting: as yields rise, the higher yield attracts new buyers (pension funds, insurance companies, foreign investors), eventually stabilizing the term premium. Rate-expectations-driven selloffs continue until the market believes the Fed is done hiking. The October 2023 peak (10-year at 5.0%) occurred when the term premium rise attracted enough new demand to stabilize the market — a classic term premium mean-reversion pattern.

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