-
bitcoin $87959.907984 USD
1.34% -
ethereum $2920.497338 USD
3.04% -
tether $0.999775 USD
0.00% -
xrp $2.237324 USD
8.12% -
bnb $860.243768 USD
0.90% -
solana $138.089498 USD
5.43% -
usd-coin $0.999807 USD
0.01% -
tron $0.272801 USD
-1.53% -
dogecoin $0.150904 USD
2.96% -
cardano $0.421635 USD
1.97% -
hyperliquid $32.152445 USD
2.23% -
bitcoin-cash $533.301069 USD
-1.94% -
chainlink $12.953417 USD
2.68% -
unus-sed-leo $9.535951 USD
0.73% -
zcash $521.483386 USD
-2.87%
How to calculate the Bitstamp contract transaction fee
To determine the transaction fee for your Bitstamp futures contract, multiply the order size by the corresponding transaction fee rate (0.02% for makers, 0.05% for takers).
Nov 08, 2024 at 05:22 am
How to Calculate the Bitstamp Contract Transaction Fee
Bitstamp is a cryptocurrency exchange that offers a variety of trading products, including spot trading, margin trading, and futures trading. When you trade futures contracts on Bitstamp, you will incur a transaction fee. The transaction fee is calculated based on the size of your order and the type of order you are placing.
How to Calculate the Bitstamp Contract Transaction Fee
To calculate the Bitstamp contract transaction fee, you will need to use the following formula:
Transaction Fee = Order Size * Transaction Fee RateThe order size is the number of contracts that you are trading. The transaction fee rate is a percentage that is set by Bitstamp. The transaction fee rate varies depending on the type of order you are placing.
The following are the transaction fee rates for the different types of orders on Bitstamp:
- Maker orders: 0.02%
- Taker orders: 0.05%
Example
Let's say that you want to place a maker order to buy 10 Bitcoin futures contracts. The transaction fee rate for maker orders is 0.02%. The order size is 10 contracts. The transaction fee would be calculated as follows:
Transaction Fee = 10 contracts * 0.02% = 0.002 BTCAdditional Fees
In addition to the transaction fee, you may also incur other fees when trading futures contracts on Bitstamp. These fees include:
- Funding fees: Funding fees are paid by traders who are holding long positions on futures contracts. The funding fee is designed to keep the price of futures contracts in line with the spot price of the underlying asset.
- Margin fees: Margin fees are paid by traders who are using leverage to trade futures contracts. The margin fee is charged on a daily basis and is based on the amount of leverage that you are using.
How to Reduce Your Bitstamp Contract Transaction Fees
There are a few things that you can do to reduce your Bitstamp contract transaction fees. These things include:
- Placing maker orders: Maker orders are orders that are placed on the order book and are not immediately executed. Maker orders do not incur a taker fee.
- Using a referral code: If you are a new user, you can use a referral code to sign up for a Bitstamp account. This will give you a discount on your trading fees.
- Becoming a VIP member: VIP members receive a discount on their trading fees. To become a VIP member, you need to trade a certain amount of volume on Bitstamp.
By following these tips, you can reduce your Bitstamp contract transaction fees and save money on your trades.
Disclaimer:info@kdj.com
The information provided is not trading advice. kdj.com does not assume any responsibility for any investments made based on the information provided in this article. Cryptocurrencies are highly volatile and it is highly recommended that you invest with caution after thorough research!
If you believe that the content used on this website infringes your copyright, please contact us immediately (info@kdj.com) and we will delete it promptly.
- Work Dogs Unleashes TGE Launch, Sets Sights on Mid-2026 Listing & Ambitious $25 Token Target
- 2026-01-31 15:50:02
- WD Coin's TGE Launch Ignites Excitement: A Billion Tokens Set to Hit the Market
- 2026-01-31 16:10:02
- Royal Mint Launches Interactive £5 Coin for a Thrilling Code-Breaker Challenge
- 2026-01-31 16:10:02
- Crypto, AI, and Gains: Navigating the Next Wave of Digital Assets
- 2026-01-31 15:50:02
- Coin Nerds Forges Trust in the Digital Asset Trading Platform Landscape Amidst Evolving Market
- 2026-01-31 16:05:01
- Blockchains, Crypto Tokens, Launching: Enterprise Solutions & Real Utility Steal the Spotlight
- 2026-01-31 12:30:02
Related knowledge
How to Execute a Cross-Chain Message with a LayerZero Contract?
Jan 18,2026 at 01:19pm
Understanding LayerZero Architecture1. LayerZero operates as a lightweight, permissionless interoperability protocol that enables communication betwee...
How to Implement EIP-712 for Secure Signature Verification?
Jan 20,2026 at 10:20pm
EIP-712 Overview and Core Purpose1. EIP-712 defines a standard for typed structured data hashing and signing in Ethereum applications. 2. It enables w...
How to Qualify for Airdrops by Interacting with New Contracts?
Jan 24,2026 at 09:00pm
Understanding Contract Interaction Requirements1. Most airdrop campaigns mandate direct interaction with smart contracts deployed on supported blockch...
How to Monitor a Smart Contract for Security Alerts?
Jan 21,2026 at 07:59am
On-Chain Monitoring Tools1. Blockchain explorers like Etherscan and Blockscout allow real-time inspection of contract bytecode, transaction logs, and ...
How to Set Up and Fund a Contract for Automated Payments?
Jan 26,2026 at 08:59am
Understanding Smart Contract Deployment1. Developers must select a compatible blockchain platform such as Ethereum, Polygon, or Arbitrum based on gas ...
How to Use OpenZeppelin Contracts to Build Secure dApps?
Jan 18,2026 at 11:19am
Understanding OpenZeppelin Contracts Fundamentals1. OpenZeppelin Contracts is a library of reusable, community-audited smart contract components built...
How to Execute a Cross-Chain Message with a LayerZero Contract?
Jan 18,2026 at 01:19pm
Understanding LayerZero Architecture1. LayerZero operates as a lightweight, permissionless interoperability protocol that enables communication betwee...
How to Implement EIP-712 for Secure Signature Verification?
Jan 20,2026 at 10:20pm
EIP-712 Overview and Core Purpose1. EIP-712 defines a standard for typed structured data hashing and signing in Ethereum applications. 2. It enables w...
How to Qualify for Airdrops by Interacting with New Contracts?
Jan 24,2026 at 09:00pm
Understanding Contract Interaction Requirements1. Most airdrop campaigns mandate direct interaction with smart contracts deployed on supported blockch...
How to Monitor a Smart Contract for Security Alerts?
Jan 21,2026 at 07:59am
On-Chain Monitoring Tools1. Blockchain explorers like Etherscan and Blockscout allow real-time inspection of contract bytecode, transaction logs, and ...
How to Set Up and Fund a Contract for Automated Payments?
Jan 26,2026 at 08:59am
Understanding Smart Contract Deployment1. Developers must select a compatible blockchain platform such as Ethereum, Polygon, or Arbitrum based on gas ...
How to Use OpenZeppelin Contracts to Build Secure dApps?
Jan 18,2026 at 11:19am
Understanding OpenZeppelin Contracts Fundamentals1. OpenZeppelin Contracts is a library of reusable, community-audited smart contract components built...
See all articles














