Three very different crises can produce the same 94-cent quote. The investor’s outcome depends on redemption access, reserve losses and legal claims, not just whether the token later prints $1.
A dollar stablecoin trading at $0.94 has ‘depegged’: its secondary-market price is 6% below its targeted dollar value. That description says almost nothing about what will happen next. A temporarily congested redemption process, a genuine shortfall in the reserve portfolio and the collapse of an algorithmic stabilizing mechanism can all generate a discount. Yet they imply profoundly different recovery probabilities, time horizons and legal remedies.
For a retail holder, there are two separate questions. Will the market price rebound toward $1? And does this particular owner have an enforceable, practical path to exchange the token for $1 with the issuer? An investor may benefit from a recovery in the market price without ever redeeming directly. Conversely, the issuer may continue honoring eligible institutional redemptions while retail customers remain dependent on exchange order books that trade below par. ‘Fully backed’ and ‘redeemable at par’ are related but distinct promises.
The Bank for International Settlements studied 68 stablecoins in a 2023 paper and found none had maintained perfect peg parity at every moment in the sample. The result is not that all 68 ultimately failed; it demonstrates why price stability is a continuous market outcome rather than a permanent status printed on a token’s name. [1]
A Depeg Is a Price, Not a Diagnosis
Most fiat-backed stablecoins attempt to maintain a $1 reference by combining reserves, issuance and redemption. If eligible counterparties can buy a discounted token and reliably redeem it for $1, they have an arbitrage incentive to purchase. The spread compensates for fees, inventory, delays, compliance requirements, capital usage and uncertainty. When any of those frictions rise, the discount can persist even if the underlying reserve remains substantially intact.
A temporary secondary-market discount might come from weekend banking closures, exchange withdrawal restrictions, order-book imbalances or a banking disruption. A reserve-solvency discount reflects doubt that assets actually cover liabilities. An algorithmic depeg can be caused by an unstable mechanism that expands supply or relies on a correlated collateral token at the worst possible moment. A bridge-wrapped representation can lose value because bridge assets are impaired even when the native issuer-backed token remains redeemable. A yield-bearing or lending receipt introduces yet another claimant and liquidity layer.
These are not variations of one interchangeable product. The trader needs to identify the exact contract address, chain, issuer, wrapper, custody route and local fiat market. A token carrying a familiar ticker on a small network can have a different legal and technical risk chain from its native counterpart. The SEC’s April 2025 staff statement carefully limited its analysis to certain reserve-backed dollar tokens, noting that algorithmic models are different and that not every holder is eligible to redeem directly. [2]
Case Study: Why USDC Recovered in March 2023
In March 2023, the collapse of Silicon Valley Bank exposed $3.3 billion of USDC reserve deposits, according to Circle, around 8% of the then-total USDC reserve. Circle disclosed that its reserve at the time was approximately 77% short-duration Treasuries and 23% cash, with SVB holding a substantial part of that cash component. That is a historical snapshot, not the 2026 composition of USDC reserves. Circle subsequently said US authorities’ decision to protect depositors removed the identified $3.3 billion risk. [3]
Figure 1. Circle-disclosed USDC reserves in March 2023 | Historical composition; not current reserves.
This episode illustrates the difference between a concentration event and a realized portfolio loss. Eight percent of reserves being temporarily at risk did not mean holders had definitively lost eight cents per dollar. It meant market participants had to assess whether those funds would be available, whether the issuer or other resources could cover a shortfall, and whether redemptions could operate normally amid bank closures. Circle’s March 15 update said it had redeemed $3.8 billion and minted $0.8 billion since Monday morning and had cleared substantially all redemption and minting backlogs by the close of US banking operations on March 15. [4]
The lasting lesson is not to buy every depeg. It is to distinguish a transparent, identifiable banking exposure with credible restoration measures from a stablecoin whose redemption engine has lost the economic asset that supported it. In USDC’s case, the named banking disruption and subsequent policy response were observable; the market’s temporary discount was not proof the issuer’s reserves had permanently disappeared.
Case Study: TerraUSD and the Failure of the Stabilizer
TerraUSD (UST) presented a different risk structure. Rather than relying on a comparable portfolio of redeemable bank cash and short-dated Treasuries, its stability mechanism relied heavily on the relationship with the associated LUNA token and market incentives. Under acute selling pressure in May 2022, confidence collapsed, and the stabilizing loop failed. The SEC said UST and related tokens then plunged close to zero, erasing around $40 billion of market value nearly overnight; that figure is an enforcement-agency estimate of market value destruction, not a promised pool of cash available to reimburse every holder. [5]
Legal proceedings later provided a route for some victims to file claims or participate in distributions, but that is not the same thing as each token becoming redeemable for its original target value. The SEC announced a more than $4.5 billion settlement agreement in June 2024 following a fraud verdict, with assets intended for injured investors and bankruptcy creditors. Whether an individual receives money depends on legal eligibility, claim procedures, available estate assets, priorities and distribution rules, not the fact that an app still displays the token. [5][6]
The contrast between USDC’s bank-exposure episode and TerraUSD’s collapse exposes the principal analytical error in ‘buy the dip’ narratives: identical price discounts may conceal fundamentally different claims. Reserve liquidity can be repaired by bank access; a broken reflexive token model may have no external asset pool capable of honoring redemptions. The price chart alone cannot tell those cases apart.
What Does ‘Redeemable for $1’ Actually Mean for Retail Users?
Circle’s December 2025 USDC terms distinguish users with a Circle Mint account from those merely holding USDC. Holders without an eligible Circle Mint account cannot redeem directly with Circle until they qualify and open one. Circle’s public Mint product page says it is aimed at registered distributors and is not offered to retail consumers for personal use. That means many retail users obtain liquidity from exchanges or intermediaries, not by submitting a $500 redemption directly to the issuer. Circle also notes that third-party platforms can quote USDC away from $1 and that its own stated issuer redemption promise is subject to terms, law and any applicable fees. [7][8]
Tether offers an unusually clear numerical example of the same access distinction. Its published fee page lists a $100,000 minimum direct acquisition or redemption, with a redemption fee equal to the greater of $1,000 or 0.1%. A retail holder with 1,000 USDT cannot use that direct channel merely because the token’s theoretical face value is $1,000; the holder generally needs exchange or intermediary liquidity. Even a $100,000 qualifying redemption incurs a $1,000 fee under the listed schedule, equivalent to 1% at the minimum size, before any other operational costs. Eligibility and verification are additional conditions. [9][10]
| Holding or product route | Path toward a dollar | Principal bottleneck |
| Eligible direct USDC redemption | Issuer redemption under Circle Mint terms | Eligibility, legal/compliance controls, service availability |
| Small retail USDC balance | Sell via exchange or other intermediary | Market price, liquidity, custody, fees |
| Eligible direct USDT redemption | Tether platform subject to $100,000 minimum and fees | Threshold, verification, fees, processing |
| Exchange-custodied stablecoin | Exchange withdrawal or sale, then banking | Intermediary solvency, liquidity, withdrawal access |
| Algorithmic token without reliable reserve claim | Secondary sale or possible legal recovery process | Mechanism collapse, uncertain recoverable assets |
| Bridged or wrapped token | Bridge or wrapper redemption, then issuer if available | Additional contract/custodian/bridge failure point |
Even where a contract grants a legally meaningful redemption right, investors must ask whether they possess it personally, can prove their identity and balance, can reach the relevant payment rails and can tolerate delays. A $1 promise conditional on a $100,000 minimum may be economically sound for a market maker while providing no immediate cash exit to a $500 retail wallet. This gap is why arbitrage does not eliminate every discount instantly.
The $10,000 Decision: Sell at a Discount or Wait?
Suppose a holder owns 10,000 units of a stablecoin trading at $0.94. Selling immediately would produce $9,400 before costs. Assume a hypothetical 0.5% execution cost on proceeds and no additional conversion fee: the holder receives $9,353. Waiting produces $10,000 if redemption or secondary-market recovery returns fully to par, but only $1,000 if the token eventually recovers ten cents on the dollar. Assume, for this model alone, those are the only outcomes and there is no time value of money.
The probability of full recovery that makes waiting worth the same as selling is obtained by solving: p × $10,000 + (1 – p) × $1,000 = $9,353. The break-even p is approximately 92.81%. In other words, if the trader cannot credibly believe that full recovery has better than roughly 93% odds under those hypothetical outcome assumptions, the immediate exit has a higher modeled expected payout. This is an expected-value illustration, not an attempt to assign real-world recovery probabilities.
Figure 2. Sell-now versus waiting outcomes | Illustrative $10,000 token holding.
The result changes dramatically with assumptions. If the failure-state recovery is zero, the threshold equals the net sale proceeds divided by the face amount, 93.53%. If failure-state recovery is 50 cents, the threshold falls to about 87.06%. If the secondary-market quote falls to 80 cents, the immediate exit yields about $7,960 after the same 0.5% fee; against a $1,000 failure payout, the required probability of full recovery drops to about 77.33%. Higher expected liquidation costs, market slippage or delayed legal distributions can alter these comparisons.
| Hypothetical token price | Immediate proceeds after 0.5% fee | Full recovery outcome | Failure outcome (10c/token) | Full-recovery probability needed |
| $0.98 | $9,751 | $10,000 | $1,000 | 97.23% |
| $0.94 | $9,353 | $10,000 | $1,000 | 92.81% |
| $0.90 | $8,955 | $10,000 | $1,000 | 88.39% |
| $0.80 | $7,960 | $10,000 | $1,000 | 77.33% |
Figure 3. Full-recovery probability needed to justify waiting | Two-outcome expected-value model.
The model highlights a behavioral trap. A holder who acquired 10,000 stablecoins for $10,000 may fixate on ‘getting back to even’ rather than evaluating the risk of the next dollar from today. The original purchase price is a sunk cost. The useful comparison is between a liquid, executable exit now and the discounted expected value of uncertain future outcomes. If the token is also being used as collateral in DeFi, liquidation thresholds and collateral haircuts can force a loss even if it later returns to par.
How Much of a Depeg Is a Liquidity Premium?
Imagine a credible issuer offering $1 redemption to qualified institutions, but retail exchanges trading the token at $0.985 because banking access is closed and arbitrage capital is constrained. A market maker who buys 1 million tokens for $985,000 and later redeems at par would have a gross $15,000 spread. That is not guaranteed profit: fees, transfer time, financing, compliance, market impact and issuer default exposure all reduce the reward. If total all-in costs are 0.4% of $1 million face, the theoretical net spread is about $11,000. If costs widen to 1.7%, the trade becomes a $2,000 loss despite a 1.5% purchase discount. This is the ‘full-stack economics’ of a depeg rather than a naive price-gap calculation.
A persistent depeg can thus be the market’s price for slow bank rails and scarce balance sheet rather than a precise actuarial estimate of reserve insolvency. But a discount can also signal an outright solvency problem. The investor cannot reliably separate the two without reserve transparency, direct redemption evidence and clear legal rights. Moreover, an apparently ample cash balance may be less useful if custodian concentration, sanctions freezes, asset encumbrances, redemption gates or operational restrictions prevent timely release.
What Regulation Changes—and What It Does Not
The US GENIUS Act became law on July 18, 2025. Its statutory framework establishes reserve and redemption standards for permitted payment stablecoins and gives holders a priority claim against required reserves in certain issuer insolvency proceedings. But readers should not confuse enactment with all provisions already being operative: the law contains a delayed effective-date mechanism. Federal Register material dated September 29–30, 2026 describes ongoing regulatory rulemaking and notes an expected January 18, 2027 effective date absent an earlier trigger tied to final implementing rules. The details are important when assessing legal rights as of October 9, 2026. [11][12][13]
The FDIC’s April 2026 proposal stated that reserve deposits backing a payment stablecoin would not provide pass-through deposit insurance to stablecoin holders. A stablecoin can hold its backing in insured banks without turning every token into an FDIC-insured savings account. The FDIC’s consumer guidance similarly lists crypto assets outside deposit insurance. Issuer supervision, segregation, priority of reserve claims and deposit insurance are different protections, not interchangeable labels. [14][15]
The European Union’s MiCA framework offers a different rights architecture. E-money tokens referencing a single official currency generally carry a right to redeem at par under Article 49, while asset-referenced tokens are governed by distinct rules including Article 39. Issuer authorization, reserve safeguarding and crisis redemption plans strengthen legal avenues but do not guarantee instant exchange liquidity or eliminate operational, intermediary and market risks. A USDC held under Circle’s EEA white paper is not necessarily governed by the same terms as a token held outside the EEA. [16][17]
Regulation also cannot restore value to every synthetic representation. If a bridge holds impaired collateral or a lending pool has lent tokens to a distressed borrower, the holder may face a separate contract or intermediary rather than the original issuer. The legal analysis has to follow the whole asset chain to identify the actual debtor and collateral. That is as relevant to a $1,000 DeFi balance as to institutional money-market settlement.
A Recovery Playbook for Individual Investors
First, identify the exact token and whether it is native, bridged, wrapped or yield-bearing; check contract addresses rather than tickers. Second, find the issuer’s current reserve report and redemption terms, including who can redeem, minimum size, applicable entity and jurisdiction. Third, verify whether redemptions have actually been processed in recent stress, rather than relying on a public assertion of 1:1 backing. Fourth, assess what selling the full size would yield after order-book slippage, platform fees, withdrawal limitations and fiat off-ramp costs.
Fifth, distinguish where the asset is held. A self-custodied token remains under the holder’s control, subject to token smart-contract and issuer restrictions; an exchange balance adds a claim against the exchange and withdrawal risk. Sixth, determine whether leveraged positions or DeFi loans could liquidate before any recovery. Seventh, save account statements and transaction records for possible claims, while rejecting anyone asking for advance payment to ‘unlock’ reimbursement. A legal claims process can create an avenue for partial recovery without promising a specific amount or date.
When evaluating a proposed ‘peg rescue’, ask what actually changes: cash newly arrives in the reserves, a blocked bank balance becomes available, a credible buyer commits fresh capital, or the protocol merely changes token issuance parameters. Only the first three may address genuine external funding in a reserve shortfall, and even those require verified execution. A vote to recapitalize a failed algorithmic system by issuing more of a distressed token can dilute existing holders rather than rescue them.
What Would Prove a Recovery Thesis Wrong?
A stablecoin recovery thesis weakens if reserve reports reveal impaired or encumbered assets, redemptions remain suspended despite official assurances, eligible counterparties cannot complete ordinary withdrawals, liquidity discounts widen across multiple venues, or the legal redemption claim is subordinate to creditors the investor had overlooked. It also weakens when collateral and the stabilizing token fall together under stress, as in reflexive designs. It strengthens when reserve assets, issuer liabilities, actual redemption throughput and applicable holder rights can be independently verified.
The most useful investor dashboard therefore has four measures: secondary-market price, observable completed redemptions, independently described reserve quality, and the holder’s practical ability to access the redemption channel. A price back at $1 is relevant but not sufficient: investors trapped on an insolvent exchange may still be unable to withdraw, while early sellers who crystallized discounts do not receive retroactive refunds because later buyers enjoyed a rebound.
Bottom Line
A stablecoin depeg describes a broken price relationship, not a guaranteed loss or a guaranteed bargain. Recovery is possible when liquidity returns and reserves support redemptions; losses can become permanent when backing assets or stabilization mechanisms fail. For retail investors, the decisive questions are not merely ‘Will it re-peg?’ but ‘Who owes me money, under which terms, and how do I actually turn my specific token balance into cash?’ The answer may be a sale on an exchange, a regulated redemption claim, a bankruptcy distribution—or no meaningful recovery at all.
Methodology and Assumptions
The 10,000-token examples, 0.5% immediate-sale fee, $1/full recovery, $0.10/failure recovery, discount ladder and arbitrage costs are illustrative calculations, not market quotes, platform fee quotations, probability forecasts or investor recommendations. Expected value assumes two mutually exclusive future outcomes with no discounting for time and no taxes. The full-recovery break-even probability is (net exit proceeds minus failure payout)/(full-recovery payout minus failure payout). USDC’s 2023 77%/23% reserve composition and $3.3 billion SVB exposure are dated disclosures, not statements about current holdings. Statutory rights and redemption eligibility are dependent on effective dates, jurisdiction, entity, terms and factual circumstances.
Sources
[1] BIS, Will the Real Stablecoin Please Stand Up? (November 8, 2023)
[2] US SEC, Staff Statement on Stablecoins (April 4, 2025)
[3] Circle, $3.3 Billion of USDC Reserve Risk Removed (March 12, 2023)
[4] Circle, March 15 Update on USDC Operations
[5] US SEC, Terraform and Kwon to Pay $4.5 Billion Following Fraud Verdict (June 13, 2024)
[6] US SEC, Tai Mo Shan and TerraUSD Stability (December 20, 2024)
[7] Circle, USDC Terms (December 12, 2025)
[8] Circle, Circle Mint Eligibility
[9] Tether, Direct Redemption Fee Schedule
[10] Tether, Supported Transactions and Minimums
[11] US Code, 12 USC 5910, Stablecoin Issuer Insolvency Priority
[12] Federal Register, September 29, 2026 GENIUS Act Regulatory Proposal
[13] Federal Register, September 30, 2026 GENIUS Act Interim Rule
[14] FDIC, Proposed GENIUS Act Requirements (April 7, 2026)
[15] FDIC, Products Not Covered by Deposit Insurance
[16] ESMA, MiCA Article 39, Redemption of Asset-Referenced Tokens
[17] ESMA, MiCA Article 49, Issuance and Redeemability of E-Money Tokens
Johan Shamshad is a financial markets writer at Dave Finances covering cryptocurrencies, trading platforms, brokers, fintech, financial regulation, and developments across global markets. He previously worked at Gulf News, adding newsroom experience to his coverage of fast-moving financial and digital-asset markets.
His work focuses on identifying market-moving events, company developments, regulatory changes, product launches, and shifts in trading and financial infrastructure.
Johan contributes news and analysis designed to help readers understand not only what happened, but why a development matters and how it may affect the wider financial landscape. You can reach out to him via his social media accounts:
Linkedin: https://www.linkedin.com/in/johan-shamshad-742851262/
X: https://x.com/Yasmine_FX
Investing: https://www.investing.com/members/contributors/279781574