How does the maker vs taker model affect trading fees in the crypto industry?

3 answers

• Nov 24, 2021 · 3 years ago
  In the cryptocurrency industry, the maker vs taker model plays a significant role in determining trading fees. Makers are the ones who provide liquidity to the market by placing limit orders that are not immediately filled. They add depth to the order book and are rewarded with lower fees. On the other hand, takers are the ones who remove liquidity by placing market orders that get executed immediately. They pay higher fees for the convenience of getting their orders filled instantly. This model encourages market liquidity and rewards those who contribute to it.
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• Nov 24, 2021 · 3 years ago
  The maker vs taker model is a common fee structure in the crypto industry. Makers, who add liquidity to the market, typically pay lower fees compared to takers, who remove liquidity. This model incentivizes market participants to provide liquidity by offering them reduced fees. By doing so, it helps maintain a healthy order book and ensures that there are enough buy and sell orders available for traders. Takers, who pay higher fees, benefit from the immediate execution of their orders. Overall, the maker vs taker model promotes market liquidity and provides options for traders with different needs.
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• Nov 24, 2021 · 3 years ago
  The maker vs taker model is widely used in the crypto industry to determine trading fees. Makers, who place limit orders that are not immediately filled, are rewarded with lower fees because they contribute to market liquidity. Takers, who place market orders that get executed right away, pay higher fees for the convenience of immediate execution. This model helps balance the market by encouraging participants to provide liquidity and ensuring that there is enough depth in the order book. It also benefits traders who prioritize speed and execution certainty over lower fees. At BYDFi, we also follow the maker vs taker model to incentivize liquidity provision and offer competitive fee structures to our users.
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