Uniswap (UNI) Liquidation Heatmap
Binance UNI/USDT liquidation heatmap
Estimated liquidation levels · 24H, 5m candles
Estimated liquidations if UNI moves
Uniswap liquidations history
Daily longs (up) and shorts (down) on every tracked exchange
Uniswap liquidation levels right now
With Uniswap at $6.887, the Binance 24H heatmap shows $3.8M of estimated short liquidations above the price and $4.1M of long liquidations below it. The largest short cluster sits at $7.019 ($275K, +1.9%), then $7.201 ($255K, +4.6%). The largest long cluster is at $6.653 ($305K, −3.4%), then $6.741 ($298K, −2.1%). A 5% drop to $6.543 would run through about $4.0M of long liquidations; a 5% rise to $7.231 would hit about $2.6M of shorts.
How to read the Uniswap heatmap
- Bands: each band is a UNI price where leveraged positions are estimated to be liquidated, brighter for larger amounts.
- Above and below the price: bands above price are short liquidations, bands below are long liquidations.
- Liquidation profile: the bars on the right edge show the levels still open now, and which side of price carries more.
- Timeframes: UNI often sits quietly between governance events, so the 7D and 30D views show leverage building ahead of a catalyst.
Where Uniswap leverage sits
UNI leverage is concentrated on Binance, which held about 30% of UNI perpetual open interest in October 2026, followed by Gate at 16% and Hyperliquid and Bybit at around 11% each. The heatmap's three venues cover about half the market, and the Binance view on its own describes the largest single pool.
Open interest was around 15% of UNI's market cap and 30-day volatility was well above 100% a year, so UNI behaves more like a high-beta altcoin than a large-cap governance token. As the token of the largest decentralised exchange, it tends to reprice on governance decisions such as fee changes, which can push it straight into a cluster.
How traders use UNI liquidation levels
- Catalyst setups: ahead of a governance vote, check which side of price holds more leverage. The heavier side is the one a surprise result would liquidate.
- Binance first: Binance holds the largest share of UNI leverage, so its bands carry the most weight.
- Long flushes: about 60% of UNI liquidations in the 90 days to October 2026 were longs, so the bands below price are cleared more often.
Uniswap liquidation heatmap FAQ
Live answers use the Binance UNI heatmap (24H) · updated
Where are the biggest Uniswap liquidation levels right now?
On the Binance 24H heatmap, the biggest short liquidation level above Uniswap is $7.019 ($275K, +1.9%) and the biggest long liquidation level below it is $6.653 ($305K, −3.4%). Uniswap was trading at $6.887. See the key levels table for the rest.
How much UNI would be liquidated if the price falls 5%?
About $4.0M of estimated long liquidations sit between $6.887 and $6.543. A 1% drop would trigger about $637K, 2% about $1.6M and 3% about $3.0M. These are Binance estimates; the market-wide total is larger.
How much UNI would be liquidated if the price rises 5%?
About $2.6M of estimated short liquidations sit between $6.887 and $7.231. A 1% rise would trigger about $0, 2% about $364K and 3% about $654K. These are Binance estimates; the market-wide total is larger.
How much UNI was liquidated in the last 24 hours?
$824K of UNI positions were liquidated across tracked exchanges in the last 24 hours: $613K longs and $211K shorts. The past hour saw $0. Live events are on the liquidations page.
Where is most Uniswap leverage traded?
On Binance, with about 30% of UNI perpetual open interest in October 2026. Gate held about 16% and Hyperliquid and Bybit about 11% each.
What moves UNI into its liquidation clusters?
Governance news is the usual trigger. UNI reprices on decisions about the Uniswap protocol, such as fee changes, and with leverage around 15% of its market cap those moves can run through several clusters at once.
What is a Uniswap liquidation heatmap?
A Uniswap liquidation heatmap shows the price levels where leveraged UNI perpetual futures positions are estimated to be liquidated. Bright bands mark large clusters of liquidation levels. Bands above the price are short liquidations and bands below are long liquidations.
What is the difference between a liquidation heatmap and a liquidation map?
A liquidation heatmap shows how estimated liquidation levels build up and get cleared over time, with price candles on top. A liquidation map is a single snapshot of the levels that are still open, by price. This page shows both: the heatmap, and the liquidation profile on its right edge.
How accurate is the Uniswap liquidation heatmap?
It is an estimate. Exchanges do not publish each position's liquidation price, so the levels are modelled from exchange data. Cluster locations are more reliable than cluster sizes, which depend on the model and differ between data providers. The heatmap does not see low-leverage positions, hidden orders or spot, options and ETF flows, and in fast markets it can lag a few minutes behind price.
Why does price move toward liquidation clusters?
Each liquidation is a forced market order. When price reaches a large cluster, the exchange closes those positions at market, which pushes price further in the same direction and can trigger the next cluster. Large traders know where this liquidity sits, which is why clusters often act as magnets for wicks and stop hunts.
Which timeframe should I use?
The 12H and 24H views show the levels built by recent intraday positions and suit short-term trading. The 7D and 30D views show older clusters that have survived several sessions, which tend to matter more for swing trades. Clusters that stay bright across several timeframes are the most significant.
Can the Uniswap liquidation heatmap predict price?
No. It shows where forced buying or selling would start, not whether price will get there. Combine it with funding rates, open interest and the long/short ratio. Coinperps does not give trading advice.
More liquidation heatmaps
Liquidation levels are estimates modelled from exchange data and refresh every few minutes. Not financial advice. Methodology