Aperiodic
MarketsLive
Pricing
Get Started

Metrics library · Derivatives

Funding

Get the data

Funding rate, BTC perps, last 24 hours

DELAYED 15 MIN…Updates by itself every 5 minutes

Loading…

Funding rate, latest

Binance
—
OKX
—
Hyperliquid
—

Hyperliquid settles every hour and the others every 8 hours, so the same rate per period is a different cost. Compare the shape, not the level.

How it's builtBTC, May 2025Perps rankedFieldsDownloadFAQ

The payment between longs and shorts that keeps a perp near its index. When it is positive, longs pay.

Funding rate and update frequencies for perpetual futures contracts.

Built from
Derivatives
Fields
3
Intervals
1m to 1d
Plan
Pro
Venues
Binance, OKX, Hyperliquid
Live
Free 15 minutes behind; real time on paid plans

How it's built

One real 5-minute bar from the free preview, field by field.

The 5m bar from 14:00 to 14:05 UTC on 14 May 2025, Binance BTC-USDT perpetual, from the free preview.

  1. Step 1

    The published rate through the day

    Between settlements the venue publishes the rate it expects to charge at the next one. Binance settles BTC-USDT every 8 hours, at 00:00, 08:00 and 16:00 UTC.

    0.0100%0.0000%
    00:0024:00 UTC

    funding_rate at the close of each 5-minute bar on 14 May 2025.

  2. Step 2

    Take the last value and count the changes

    funding_rate=last value in the bar=0.0055%
    funding_rate_update_frequency=4 changes / 300 s=0.0133 per s
    funding_rate_avg_update_interval=300 s / changes=75 s

    A row counts as an update only if the rate differs from the one before.

  3. Step 3

    Annualise it

    per year=0.0055% × 3 a day × 365=6.06%

    Positive, so at this rate longs pay shorts. Hyperliquid settles every hour, so annualise each venue with its own period.

  4. Step 4

    The bar

    funding_rate
    5.54e-5
    funding_rate_update_frequency
    0.0133
    funding_rate_avg_update_interval
    75 s

How often BTC longs paid funding

BTC funding on Binance was positive 90% of May, with a high of 0.0100% per 8 hours.

BTC-USDT perpetual on Binance, 5m bars, 1 to 31 May 2025, from the free preview.

Funding rate per 8 hours
0.0100%
-0.0144%

Hourly. Percent per 8 hours.

At the median rate a long paid 5.8% a year, and at the month's high 10.9%. The low was -0.0144% per 8 hours, when shorts paid longs.

A carry trade sized on the median rate also has to hold through the hours when the sign flipped.

Highest and lowest funding rates now

Among the 100 most traded perps on Binance, OKX and Hyperliquid, by 24-hour volume.

DELAYED 15 MINto 14:50 UTCUpdates by itself every 5 minutes

Highest

#PerpFunding now
  1. 1SOXL Binance · USDT+0.0926%
  2. 2SOXL OKX · USDT+0.0716%
  3. 3CRCL Binance · USDT+0.0675%
  4. 4SNDK Binance · USDT+0.0666%
  5. 5KORU Binance · USDT+0.0497%

Lowest

#PerpFunding now
  1. 1SAMSUNG Binance · USDT-0.1039%
  2. 2AKE Binance · USDT-0.1000%
  3. 3SKHYNIX Binance · USDT-0.0908%
  4. 4AIN Binance · USDT-0.0469%
  5. 5TRUMP Binance · USDT-0.0314%

How to read it

funding_rate is the rate the venue showed at the end of the interval, per funding period. Binance and OKX settle every 8 hours on most contracts, Hyperliquid every hour, so annualise each venue with its own period.

funding_rate_update_frequency is how many times a second the rate changed in the interval, and funding_rate_avg_update_interval the seconds between changes. A venue that stops updating is a gap in the data, not a calm market.

Positive means longs pay shorts. High positive rates across many perps usually mean crowded longs.

funding_rate
Last funding rate observed in the interval
funding_rate_update_frequency
Average number of funding-rate updates per second in the interval
funding_rate_avg_update_interval
Average seconds between funding-rate updates in the interval
The research behind itHide the research

Perpetual futures — the dominant derivative instrument in crypto — never expire. Instead, they use a funding rate mechanism to anchor the perpetual price to spot: periodically (typically every 8 hours), longs pay shorts when the perp trades above spot, and vice versa. This seemingly mechanical arbitrage mechanism produces one of the richest sentiment signals in digital asset markets.

The mechanism and its information content

The funding rate is not just a carry cost. It's a real-time measure of directional crowding in leveraged markets. Alexander, Choi & Massie (2023) analyzed the dynamics of perpetual futures pricing and showed that the funding rate effectively captures the supply-demand imbalance for leverage: when speculative long demand outstrips arbitrage capacity, the basis (and funding) stays persistently positive — revealing the market's willingness to pay for directional exposure.

Shiller (2000) noted that speculative bubbles are characterized by "positive feedback" loops where rising prices attract more buyers. In perpetual futures, this feedback loop is directly observable through funding rates: rising prices → more leveraged longs → wider basis → higher funding → yet more conviction (or more pain for shorts).

What makes funding rates powerful

Strongly positive funding:

  • Longs paying shorts. The market is net long, perp at premium to spot.
  • Crowded long positioning → higher risk of cascading liquidations on a downtick
  • The classic blow-off-top regime. Empirically, crypto market corrections frequently initiate from extreme positive funding environments.

Strongly negative funding:

  • Shorts paying longs. Market is heavily short.
  • Crowded short positioning → squeeze risk on rallies
  • Contrarian long setups historically outperform in persistently negative funding regimes.

Beyond the raw rate

We track two additional metrics that capture the dynamics of the funding mechanism:

  • Funding rate update frequency — how often the rate refreshes within an interval. When exchanges shorten the update window (some have moved to hourly from 8-hourly), the basis is diverging persistently and the exchange is correcting more aggressively.
  • Average update interval — the inverse measure. Shortening intervals signal a stubbornly wide basis that arbitrage capacity cannot close, potentially because of capital constraints, risk limits, or operational friction — the "limits of arbitrage" that Shleifer & Vishny (1997) formalized.

A persistent positive funding with frequent refreshes is structurally different from one that self-corrects quickly. The former signals that speculative demand is overwhelming the arbitrage mechanism — a fragile equilibrium that tends to resolve violently.

Research applications

  • Mean-reversion strategies targeting basis normalization after funding extremes
  • Risk overlays on directional positions — avoid holding leveraged longs in high-funding environments
  • Cross-exchange relative value — funding rate divergences across exchanges signal venue-specific positioning imbalances

References:

  • Alexander, C., Choi, J. & Massie, H.R.A. (2023). "Price Discovery in Bitcoin Futures." Research in International Business and Finance, 64, 101838.
  • Shleifer, A. & Vishny, R.W. (1997). "The Limits of Arbitrage." Journal of Finance, 52(1), 35–55.
  • Shiller, R.J. (2000). Irrational Exuberance. Princeton University Press.

Download the same month

No account needed. Pro adds every venue and perp, at 1-minute to daily bars.
# Install the Aperiodic CLI into ~/.local/bin
mkdir -p "$HOME/.local/bin"
curl -fsSL https://raw.githubusercontent.com/aperiodic-io/cli/main/install.sh | INSTALL_DIR="$HOME/.local/bin" bash
export PATH="$HOME/.local/bin:$PATH"

# Free preview — no API key required
aperiodic funding --preview \
  --exchange binance-futures \
  --symbol perpetual-BTC-USDT:USDT \
  --interval 5m \
  --timestamp exchange \
  --start-date 2025-05-01 \
  --end-date 2025-05-31 \
  --output-dir ./data && echo "Saved to $PWD/data"

Questions

Related

BasisPerp price against its index, in bpsOpen interestContracts held open, and how fast it changesDerivative priceLast, mark and index, and how far apart
Aperiodic

Built from hundreds of terabytes of raw data and distilled into point-in-time metrics you can pull as parquet files. Plus the raw trades, quotes and derivatives data behind them.

Use Cases
  • Improve your backtest
  • Find new alpha
  • Execute smarter
Indices
  • All indices
  • Aperiodic Cost Index
  • Aperiodic Depth Index
  • Aperiodic Impact Index
Metrics
  • Metrics library
  • Data Catalog
  • Live markets dashboard
  • Global Liquidity
  • Unusual activity
  • Order Flow
  • L1 & L2
  • Derivatives
  • RWA
  • Raw Data
Developers
  • API Docs
  • Live WebSocket Feed
  • MCP Server
  • Notebooks
  • For AI Agents
  • Atlas Security Master
  • Pre-flight
  • Changelog
  • Roadmap
  • llms.txt
Learn
  • Replays
  • Microstructure Guide
  • Architecture
  • Research Blog
  • FAQ
Compare
  • All vendors
  • vs. Tardis
  • vs. CoinGlass
  • vs. Kaiko
  • vs. Amberdata
Company
  • Pricing
  • Contact
  • Book a call
  • Terms of Service
  • Privacy Policy
  • Licensing
  • SLA

© Copyright 2026 Aperiodic. All Rights Reserved.

Aperiodic Limited · Registered in Ireland · Company No. 815273 ·
136 Capel Street, Dublin D01 T2C9, Ireland

Shown: minute closes of 847 perpetuals, 20:30–22:30 UTC on 10 Oct 2025, IOTX in orange · built with ohlcv 1m