Hyperliquid exchange is an on-chain venue for HyperCore order books

From connection to a checked fill

A first Hyperliquid exchange session moves through four checks: connect an account, fund the correct balance, place a bounded order and confirm the resulting position or tokens.

Prepare the account

Rabby, MetaMask, WalletConnect and Coinbase Wallet provide standard EVM connections. The interface also offers email login with a 6-digit code. A wallet user connects, signs the gasless Enable Trading action and retains control of the address used for balances and signatures.

Wallet connection and collateral

The native funding route starts with native USDC on Arbitrum and enough ETH for the deposit transaction. HyperCore orders themselves consume no Arbitrum gas. The native bridge enforces a 5 USDC minimum deposit and deducts 1 USDC for each withdrawal. Other deposit routes introduce their own assets and networks, so the destination shown for the chosen route must match the sending chain.

Order entry and fill checks

Select Perps or Spot, choose the market and enter size before choosing market or limit execution. A perpetual order also needs direction, margin mode and integer leverage; attached take-profit and stop-loss orders become reduce-only exits.

After submission, read the order status before treating the trade as complete. A resting limit order appears under Open Orders; a completed order appears in Trade History and updates Positions or Spot Balances. For perpetuals, record average entry, notional size, margin mode, leverage, liquidation price and attached exits. For spot, confirm the base-token quantity and remaining quote balance. A partial fill leaves the remaining GTC quantity on the book. Cancel any unneeded GTC order. Its persistence differs from IOC, whose unfilled remainder disappears immediately.

How do margin and liquidation change a position?

Hyperliquid perpetual positions carry liquidation and hourly funding exposure because leverage magnifies price movement while cross or isolated margin determines which collateral supports the trade.

Leverage is set as an integer from 1 to the asset maximum, and listed maxima span 3x to 40x. Initial margin equals position size multiplied by mark price and divided by leverage. Cross margin is the default and shares collateral among cross positions; isolated margin confines collateral to one position. Maintenance margin equals half the initial margin rate at maximum leverage, placing the published range from 1.25% at 40x to 16.7% at 3x.

Liquidation starts when account equity drops below maintenance margin. For a liquidatable mainnet position above 100,000 USDC, the engine first sends 20% to the order book, then applies a 30-second cooldown. When book liquidation has not restored margin, a position below two-thirds of maintenance margin enters backstop handling through the liquidator vault. Remaining collateral stays with the trader after successful closure.

Funding transfers value directly between long and short positions every hour. The premium is sampled every 5 seconds, while the fixed interest component equals 0.00125% per hour, derived from 0.01% per 8 hours. The rate is capped at 4% per hour. This recurring transfer separates a perpetual from spot ownership, where no funding payment accrues.

What happens inside HyperCore after an order arrives?

HyperCore processes every order, cancel, match and liquidation inside Hyperliquid's layer-one state, then HyperBFT gives the block one agreed transaction order.

The order book matches price first and arrival time second. Each price must align with the market tick size, and each quantity must align with its lot size. Margin is checked when an opening order enters and again for the resting side at a match. Within a block, actions fall into 3 ordered groups: non-book actions, cancels and GTC or IOC submissions. A market order arrives as an IOC limit with a slippage boundary. ALO cancels rather than crosses, IOC removes its unmatched remainder and GTC continues resting.

Validators publish spot oracle prices for perpetual assets approximately every 3 seconds. The mark price takes the median of 3 inputs, including an oracle adjustment using a 150-second exponential moving average, the local book median and external perpetual mids. If only 2 inputs exist, a 30-second local-price average joins the calculation. TWAP orders submit slices every 30 seconds with 3% maximum slippage and catch-up slices capped at 3 times normal size.

Perpetuals, spot and permissionless markets

Underneath that, Hyperliquid supports three trading paths: validator-listed perpetuals, HIP-1 spot markets and HIP-3 perpetual markets operated by independent deployers.

Perpetuals use collateral to express long or short exposure to markets such as BTC and ETH without an expiry date. Spot trades exchange quote assets for a native HIP-1 balance, as with HYPE. HIP-1 token names have a 6-character maximum, and deployed tokens require size decimals plus 5 to be no greater than wei decimals. Spot USDC is a protocol exception configured with 8 wei decimals and 8 size decimals.

HIP-3 opens perpetual deployment to builders. Each deployer defines the market, oracle, leverage limits, collateral and settlement operation while inheriting HyperCore order books and margining. A market referencing an equity index or commodity remains a synthetic derivative; it conveys price exposure rather than shareholder or commodity ownership. The oracle design and deployer controls therefore deserve separate review from validator-listed markets, while ownership-focused users need a brokerage or backed tokenized-asset product, as explained in practice.

HIP-2 addresses early spot liquidity through Hyperliquidity, a protocol-native strategy inspired by Uniswap. The strategy maintains a 0.3% spread on update blocks spaced at least 3 seconds apart. Active makers still quote alongside it. This design combines an automated seed strategy with a conventional limit book, whereas an automated market maker concentrates execution inside pool reserves.

How much does Hyperliquid trading cost?

For a regular user, Hyperliquid trading costs combine maker or taker fees with funding on perpetual positions, while deposits and withdrawals use a separate bridge cost.

Trading tiers use rolling 14-day weighted volume. At the base tier, perpetuals charge 0.045% taker and 0.015% maker fees, while spot charges 0.070% taker and 0.040% maker fees. The first volume threshold begins above 5 million USDC. Maker fees reach 0% at higher volume tiers, and qualifying maker-share tiers receive rebates from 0.001% to 0.003%.

Spot volume contributes 2x toward the shared fee tier. Staking discounts start at 5% above 10 HYPE and reach 40% above 500,000 HYPE. Aligned quote assets reduce taker fees by 20%, improve maker rebates by 50% and add 20% more tier volume. Funding, spread and price impact sit outside the trading fee, so a limit order offers firmer cost control than an immediate market order.

Alternatives and edge cases for venue selection

In the same way, Hyperliquid belongs on a shortlist when on-chain order books and self-custody matter, while venue choice turns on product type, custody, collateral and available liquidity.

Lighter runs an order-book exchange on an Ethereum zero-knowledge rollup. dYdX Chain uses the Cosmos SDK and CometBFT for an application-specific derivatives chain. GMX backs leveraged trades with GM and GLV liquidity pools on Arbitrum and Avalanche. Aster Pro offers order-book perpetuals across BNB Chain, Ethereum, Solana and Arbitrum. Kraken and Coinbase remain custodial alternatives where account-based access and fiat rails outweigh on-chain control.

Decision checklist for a live account

• Use the native route only with native USDC on Arbitrum and at least 5 USDC.
• Choose isolated margin when collateral must stay confined to one position.
• Choose ALO for maker-only execution and IOC when unmatched size should cancel.
• Read a HIP-3 market's oracle, collateral, margin mode and settlement controls.
• Track HyperCore and HyperEVM balances as separate operating locations.

HyperEVM is the general-purpose smart-contract side of the same blockchain, not the HyperCore order book. Its mainnet chain ID is 999, HYPE uses 18 decimals and EIP-1559 sets gas pricing under the Cancun hard fork without blobs. A Core-to-EVM transfer consumes 200,000 gas at the next block's base fee. A HIP-1 asset gains ERC-20 compatibility only after its deployer links a HyperEVM contract, making Ethereum or Arbitrum applications the closer alternative for contract-first activity.