BTC → APT
| # | Exchange | Score | No-KYC record? | Rate | You receive (1 BTC) | Limits (BTC) | ||
|---|---|---|---|---|---|---|---|---|
| 1 |
|
A priv 87trust 70 | 1 BTC = 100172.75801 APT | 100172.75801 APT | min 0.112509 · max 19.28724 | swap on notkyc | swap on OctoSwap → | |
| 2 |
|
C priv 64trust 70 | 1 BTC = 99865.34966994 APT | 99865.34966994 APT | min 0.00371 · max 15.99343 | swap on notkyc | swap on Swaponix → | |
| 3 |
|
C priv 62trust 70 | 1 BTC = 99846.324729 APT | 99846.324729 APT | min 0.00096983 · max 15.99287579 | swap on notkyc | swap on Lizex → | |
| 4 |
|
C priv 49trust 75 | — | 1 BTC = 99700.63456273 APT | 99700.63456273 APT | — | swap on Quickex → | |
| 5 |
|
D priv 45trust 67 | 1 BTC = 99693.858 APT | 99693.858 APT | min 0.00016073 · max 0.0881458 | swap on notkyc | swap on FixedFloat → | |
| 6 |
|
B priv 59trust 88 | 1 BTC = 99171.0304 APT | 99171.0304 APT | min 0.001447 · max 48.218084 | swap on notkyc | swap on Swapuz → | |
| 7 |
|
A+ priv 95trust 94 | 1 BTC = 99090.4678075 APT | 99090.4678075 APT | min 0.00016073 · max 10 | swap on notkyc | swap on PegasusSwap → | |
| 8 |
|
D priv 40trust 65 | — | 1 BTC = 98950.8038473 APT | 98950.8038473 APT | min 0.00001596 | swap on Baltex → | |
| 9 |
|
C priv 49trust 80 | 1 BTC = 98793.59375 APT | 98793.59375 APT | min 0.00078759 · max 10 | swap on notkyc | swap on Exolix → | |
| 10 |
|
C priv 49trust 79 | 1 BTC = 98450.5469724 APT | 98450.5469724 APT | min 0.0000158 | swap on notkyc | swap on StealthEX → | |
| 11 |
|
C priv 48trust 78 | — | 1 BTC = 98343.71287662 APT | 98343.71287662 APT | min 0.00004822 · max 0.11853204 | swap on SideShift → | |
| 12 |
|
C priv 61trust 71 | 1 BTC = 98169.3028 APT | 98169.3028 APT | min 0.0016 · max 16.0727 | swap on notkyc | swap on XMRS → | |
| 13 |
|
C priv 65trust 60 | 1 BTC = 97355.61736905 APT | 97355.61736905 APT | min 0.00048259 · max 3.6193619 | swap on notkyc | swap on GhostSwap → |
Swapping BTC to APT bridges the largest proof-of-work asset into Aptos, a Move-based L1 built for sub-second finality and parallel transaction execution. Common reasons: deploying capital into Aptos DeFi (Thala, LiquidSwap, Echelon), minting on Move-native NFT markets, or capturing APT staking yield without routing through a centralized exchange and KYC checkpoint. A no-KYC aggregator lets you compare live BTC->APT rates and settle directly to your Aptos address.
What makes BTC -> APT specific
Bitcoin and Aptos share no native bridge. BTC settles on its own UTXO chain with ~10 minute block times, while APT lives on a Move-based L1 with ~0.5s finality and Block-STM parallel execution. Every BTC->APT swap therefore requires an off-chain or custodial leg: the service receives BTC confirmations, then dispatches APT on the Aptos mainnet. There is no LayerZero, Wormhole, or wrapped-BTC shortcut that removes this. Practical implications:
- Total settlement is gated by Bitcoin confirmations, not Aptos. Expect 10-30 minutes for the BTC leg; the APT payout itself lands in seconds once triggered.
- Fees are asymmetric. You pay a Bitcoin network fee (sat/vB dependent on mempool) on the inbound side; the outbound APT transfer costs a fraction of a cent.
- Liquidity for APT is thinner than majors like ETH or SOL, so larger BTC tickets can show meaningful spread between quotes.
Choosing a route for this pair
Compare more than the headline rate. Things that actually matter for BTC->APT:
- Float vs fixed rate. Fixed locks the quote but adds a margin; float gives a better mid-price but exposes you to BTC volatility during confirmations.
- Rate-lock window. If a service locks for only 10 minutes, a congested mempool can push you into a recalculated rate.
- Min/max bounds. APT payout caps are often lower than for ETH or USDT routes.
- Refund address handling. Always set a BTC refund address - if the APT side fails KYT screening or hits a min-amount edge case, you want funds returned without a support ticket.
Practical tips: send a test amount first if your ticket is large, double-check the Aptos address (0x-prefixed, 32 bytes - it is not EVM-compatible), and time larger swaps when the BTC mempool is below ~50 sat/vB to avoid stuck inbounds.