BTC → AVAX
| # | Exchange | Score | No-KYC record? | Rate | You receive (1 BTC) | Limits (BTC) | ||
|---|---|---|---|---|---|---|---|---|
| 1 |
|
A priv 87trust 70 | 1 BTC = 9061.984506 AVAX | 9061.984506 AVAX | min 0.112485 · max 19.283161 | swap on notkyc | swap on OctoSwap → | |
| 2 |
|
C priv 64trust 70 | 1 BTC = 9033.61462704 AVAX | 9033.61462704 AVAX | min 0.00371 · max 15.98896 | swap on notkyc | swap on Swaponix → | |
| 3 |
|
C priv 53trust 71 | — | 1 BTC = 9022.21331148 AVAX | 9022.21331148 AVAX | min 0.0001874 · max 803.2 | swap on CCE.cash → | |
| 4 |
|
C priv 62trust 70 | 1 BTC = 9021.682683 AVAX | 9021.682683 AVAX | min 0.00096983 · max 15.98840426 | swap on notkyc | swap on Lizex → | |
| 5 |
|
D priv 45trust 67 | 1 BTC = 9005.6293 AVAX | 9005.6293 AVAX | min 0.00016067 · max 0.09994181 | swap on notkyc | swap on FixedFloat → | |
| 6 |
|
C priv 49trust 80 | 1 BTC = 9004.67773438 AVAX | 9004.67773438 AVAX | min 0.00078726 · max 10 | swap on notkyc | swap on Exolix → | |
| 7 |
|
D priv 40trust 65 | — | 1 BTC = 8975.70120914 AVAX | 8975.70120914 AVAX | min 0.00001586 | swap on Baltex → | |
| 8 |
|
D priv 43trust 72 | — | 1 BTC = 8967.26741357 AVAX | 8967.26741357 AVAX | min 0.00056301 | swap on ChangeHero → | |
| 9 |
|
C priv 49trust 79 | 1 BTC = 8965.18 AVAX | 8965.18 AVAX | min 0.0000157 | swap on notkyc | swap on StealthEX → | |
| 10 |
|
C priv 48trust 78 | — | 1 BTC = 8892.36169736 AVAX | 8892.36169736 AVAX | min 0.0000482 · max 0.96403788 | swap on SideShift → | |
| 11 |
|
C priv 61trust 71 | 1 BTC = 8880.0983 AVAX | 8880.0983 AVAX | min 0.0016 · max 16.0693 | swap on notkyc | swap on XMRS → | |
| 12 |
|
C priv 65trust 60 | 1 BTC = 8808.92966769 AVAX | 8808.92966769 AVAX | min 0.00048237 · max 7.23547665 | swap on notkyc | swap on GhostSwap → |
Swapping BTC to AVAX moves value from the slowest, most liquid base-layer asset into a high-throughput smart contract platform with sub-second finality. Common reasons: deploying capital into Avalanche DeFi (Trader Joe, Benqi, GMX on subnets), minting or trading on C-Chain NFT markets, paying gas for subnet operations, or simply rotating from a store-of-value position into a productive L1. No-KYC routing keeps the trail off centralized order books.
BTC -> AVAX: what makes this pair specific
Bitcoin and Avalanche share no native bridge or wrapped representation that you control directly during a swap - the aggregator's routing service handles the cross-chain leg for you. BTC settles on its own UTXO chain with 10-minute blocks; AVAX lands on the C-Chain (EVM-compatible) with ~1-2 second finality and fees typically under $0.05. Most swap services require 1-3 BTC confirmations before releasing AVAX, so end-to-end time is usually 15-40 minutes, dominated by the Bitcoin side.
AVAX has three native chains: X-Chain (UTXO, asset transfers), C-Chain (EVM, DeFi), and P-Chain (validators). Almost every exchange sends AVAX on C-Chain by default because that's where DeFi and bridges live. Confirm before sending - X-Chain and C-Chain addresses look different (X- prefix vs 0x prefix) and a wrong selection means manual recovery.
Choosing a route for this pair
- Network selection: verify the destination is C-Chain unless you specifically need X-Chain for a CEX deposit.
- Rate type: floating rates usually give 0.3-0.8% better pricing than fixed, but you absorb BTC mempool delay risk.
- Min/max: BTC inputs below ~0.001 BTC often get rejected or eaten by network fees; large swaps (>2 BTC) may split across providers.
- Refund address: always provide a BTC refund address you control - if the swap fails or rate window expires, funds return there.
Practical tips: send during low Bitcoin mempool congestion (check sat/vB before broadcasting) to avoid stuck transactions that can blow past a fixed-rate window. For amounts above 1 BTC, compare quotes twice - liquidity for AVAX outside the top aggregators thins out fast. Keep your AVAX receive wallet ready in MetaMask or Core with the C-Chain RPC configured before initiating.