← todas las casas de cambio

BTC AVAX

tipo de tasa
Cotizaciones a tasa de mercado (pueden cambiar antes de ejecutarse).
root@notkyc:~$ tasas en caché para todos · ttl 60s · 0s
# Casa de cambio Puntuación Historial sin KYC? Tasa Recibes (1 BTC) Límites (BTC)
1 OctoSwap MEJOR A priv 87trust 70
// no on-platform swaps yet
1 BTC = 9048.736147 AVAX 9048.736147 AVAX min 0.112509 · max 19.28724 intercambiar en notkyc intercambiar en OctoSwap →
2 PegasusSwap A+ priv 95trust 94
2/2 KYC-free
1 BTC = 9028.20906786 AVAX 9028.20906786 AVAX min 0.00016074 · max 10 intercambiar en notkyc intercambiar en PegasusSwap →
3 Swaponix C priv 64trust 70
7/8 KYC-free
1 BTC = 9020.58300345 AVAX 9020.58300345 AVAX min 0.00371 · max 15.99343 intercambiar en notkyc intercambiar en Swaponix →
4 CCE.cash C priv 53trust 71 1 BTC = 9007.81638716 AVAX 9007.81638716 AVAX min 0.00018748 · max 803.5 intercambiar en CCE.cash →
5 Lizex C priv 62trust 70
1/1 KYC-free
1 BTC = 9006.045188 AVAX 9006.045188 AVAX min 0.00096983 · max 15.99287579 intercambiar en notkyc intercambiar en Lizex →
6 Exolix C priv 49trust 80
6/6 KYC-free
1 BTC = 9001.15917969 AVAX 9001.15917969 AVAX min 0.00078764 · max 10 intercambiar en notkyc intercambiar en Exolix →
7 FixedFloat D priv 45trust 67
0/1 KYC-free
1 BTC = 8994.025 AVAX 8994.025 AVAX min 0.00016073 · max 0.10007075 intercambiar en notkyc intercambiar en FixedFloat →
8 Swapuz B priv 59trust 88
10/10 KYC-free
1 BTC = 8958.2488 AVAX 8958.2488 AVAX min 0.001447 · max 48.218084 intercambiar en notkyc intercambiar en Swapuz →
9 StealthEX C priv 49trust 79
5/5 KYC-free
1 BTC = 8957.83 AVAX 8957.83 AVAX min 0.0000157 intercambiar en notkyc intercambiar en StealthEX →
10 ChangeHero D priv 43trust 72 1 BTC = 8951.09187265 AVAX 8951.09187265 AVAX min 0.00056301 intercambiar en ChangeHero →
11 Baltex D priv 40trust 65 1 BTC = 8929.7751841 AVAX 8929.7751841 AVAX min 0.00001586 intercambiar en Baltex →
12 SideShift C priv 48trust 78 1 BTC = 8876.94137183 AVAX 8876.94137183 AVAX min 0.00004822 · max 0.96438972 intercambiar en SideShift →
13 XMRS C priv 61trust 71
6/6 KYC-free
1 BTC = 8867.7614 AVAX 8867.7614 AVAX min 0.0016 · max 16.0727 intercambiar en notkyc intercambiar en XMRS →
14 GhostSwap C priv 65trust 60
3/4 KYC-free
1 BTC = 8792.96475198 AVAX 8792.96475198 AVAX min 0.00048259 · max 7.23872379 intercambiar en notkyc intercambiar en GhostSwap →
OctoSwap MEJOR A
Tasa1 BTC = 9048.736147 AVAX
Recibes9048.736147 AVAX
Límitesmin 0.112509 · max 19.28724 BTC
Tasa1 BTC = 9028.20906786 AVAX
Recibes9028.20906786 AVAX
Límitesmin 0.00016074 · max 10 BTC
Tasa1 BTC = 9020.58300345 AVAX
Recibes9020.58300345 AVAX
Límitesmin 0.00371 · max 15.99343 BTC
Tasa1 BTC = 9007.81638716 AVAX
Recibes9007.81638716 AVAX
Límitesmin 0.00018748 · max 803.5 BTC
Tasa1 BTC = 9006.045188 AVAX
Recibes9006.045188 AVAX
Límitesmin 0.00096983 · max 15.99287579 BTC
Tasa1 BTC = 9001.15917969 AVAX
Recibes9001.15917969 AVAX
Límitesmin 0.00078764 · max 10 BTC
Tasa1 BTC = 8994.025 AVAX
Recibes8994.025 AVAX
Límitesmin 0.00016073 · max 0.10007075 BTC
Tasa1 BTC = 8958.2488 AVAX
Recibes8958.2488 AVAX
Límitesmin 0.001447 · max 48.218084 BTC
Tasa1 BTC = 8957.83 AVAX
Recibes8957.83 AVAX
Límitesmin 0.0000157 BTC
Tasa1 BTC = 8951.09187265 AVAX
Recibes8951.09187265 AVAX
Límitesmin 0.00056301 BTC
Tasa1 BTC = 8929.7751841 AVAX
Recibes8929.7751841 AVAX
Límitesmin 0.00001586 BTC
Tasa1 BTC = 8876.94137183 AVAX
Recibes8876.94137183 AVAX
Límitesmin 0.00004822 · max 0.96438972 BTC
Tasa1 BTC = 8867.7614 AVAX
Recibes8867.7614 AVAX
Límitesmin 0.0016 · max 16.0727 BTC
Tasa1 BTC = 8792.96475198 AVAX
Recibes8792.96475198 AVAX
Límitesmin 0.00048259 · max 7.23872379 BTC

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.

// sobre este par

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.

// preguntas
Which Avalanche chain should I select when swapping from BTC?
Use C-Chain in nearly all cases. It's the EVM-compatible chain where DeFi protocols, bridges, and most wallets (MetaMask, Core, Rabby) operate. Only use X-Chain if you're depositing AVAX into a centralized exchange that explicitly requires an X- prefixed address. P-Chain is for staking and validator operations, not user swaps.
How long does a BTC to AVAX swap take?
Typically 15 to 40 minutes. The bottleneck is Bitcoin confirmations - most services wait for 1 to 3 blocks (10-30 minutes). Once confirmed, the AVAX leg settles on C-Chain in 1-2 seconds. During mempool congestion, low fee BTC transactions can stall for hours, so set an appropriate sat/vB rate before broadcasting.
Should I pick a fixed or floating rate for this pair?
Floating rates generally yield 0.3-0.8% better execution because providers don't price in volatility insurance. The tradeoff: if BTC moves sharply during confirmation, your final AVAX amount changes. Fixed rates lock the quote but have tighter expiry windows (often 10-15 minutes) - risky if your BTC transaction sits in mempool too long.
What's the minimum BTC amount that makes this swap economical?
Practically around 0.002 BTC. Below that, Bitcoin network fees plus the spread eat a disproportionate share of your output. Most aggregator routes set hard minimums between 0.0005 and 0.001 BTC. For amounts under 0.005 BTC, fee impact dominates - consider batching or using a Lightning-enabled route if available.
Can I swap directly to a wrapped BTC variant on Avalanche instead?
Some routes offer BTC.b (Avalanche's native bridged Bitcoin via the Avalanche Bridge) as an output, which keeps you in BTC exposure on C-Chain for use in DeFi. That's a different output asset than AVAX though - select it explicitly if that's your intent. BTC.b uses an MPC bridge with a different trust model than native BTC custody.
Is no-KYC swapping BTC to AVAX safe from chain analysis?
No-KYC means the swap service doesn't collect your identity, but both BTC and AVAX C-Chain are transparent ledgers. Chain analysis can correlate your input BTC address with the output AVAX address through the swap provider's hot wallets. If unlinkability matters, route through a privacy step (e.g., XMR) before or after, and use fresh addresses on both sides.
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