Buy XRP (XRP)
What is XRP?
XRP is the native token of the XRP Ledger, created in 2012 by Ripple Labs for fast, cheap international transfers. Unlike Bitcoin, XRP transactions settle in 3-5 seconds with fees of fractions of a cent. Adopted by banks and payment gateways globally.
How to buy XRP (XRP)
Buy XRP on OFFCODE with instant PIX. Withdraw on-chain in seconds. Ideal for international remittances at minimal cost.
Why buy XRP on OFFCODE
- Instant PIX — deposit in BRL and convert in seconds, with no intermediary fee.
- 0.30% spread — the declared price is the price you pay, with no hidden markup.
- Segregated custody — AWS KMS keys separated by function (master, liquidity, withdrawal).
- Withdrawal to your wallet — on-chain, protected by 2FA.
Frequently asked questions about XRP
How do I buy XRP (XRP) on OFFCODE?
Sign up at offcode.pro, deposit crypto on any supported network — no identity check required — or deposit in BRL via PIX after a one-time verification, then swap to XRP on spot or the converter. PIX deposits are instant and free; conversion has a 0.30% spread.
What is the fee to buy XRP on OFFCODE?
OFFCODE's spot spread is 0.30% of the transaction amount, with no additional markup on the price. PIX deposits are free. Crypto network withdrawals have a fixed US$ 1 fee plus the network fee of the destination blockchain.
Can I buy XRP with PIX on OFFCODE?
Yes. Deposit via PIX (BRL) and use the converter or spot to swap for XRP. The credit is instant after PIX confirmation, and the swap to XRP happens in seconds.
Is XRP a good investment?
OFFCODE does not provide investment advice. XRP is a crypto asset subject to high volatility and the risk of total loss. Before investing, study the asset, define your risk tolerance and consult a licensed professional.
Can I withdraw XRP to my personal wallet?
Yes. After buying XRP on OFFCODE, go to "Withdraw" and enter the address of your personal wallet (Phantom, Metamask, Ledger, etc.) on the compatible network. The withdrawal is processed on-chain after a security check (2FA + OTP).