Zero-Gas Race: Robinhood's 7.6M Transactions Put Base on Notice Before September Reality Check ⛽
Back to feed

Zero-Gas Race: Robinhood's 7.6M Transactions Put Base on Notice Before September Reality Check ⛽

Robinhood Chain processed 7.6 million daily transactions on July 10, eleven days after its July 1 mainnet launch, placing it within striking distance of Coinbase's Base, which recorded 9.2 million transactions over the same period, according to Token Terminal data cited by MSB Intel. The narrowing gap is being driven by a 90-day gas subsidy that eliminates transaction costs for users through the end of September 2026.

The subsidy structure has reshaped the near-term competitive landscape between the two Arbitrum-based Layer 2 networks. Base built its transaction base over multiple years, supported by Coinbase's exchange ecosystem, DeFi integrations, and early liquidity. Robinhood Chain has reached comparable volume through promotional pricing rather than organic demand, with the subsidy set to expire roughly 80 days after the July 10 data point.

Fee data underscores the cost asymmetry. Despite processing 7.6 million transactions in a single day, Robinhood Chain generated approximately $4,000 in daily protocol fees, a figure that reflects the subsidy absorbing user gas costs alongside the network's early-stage fee structure. Base users continue to pay for every transaction on the network.

The data leaves an open question about what happens to volume when the promotional period ends and users face transaction costs comparable to competing Layer 2 networks. Ethereum ($ETH) was trading at $1,784.89, up 1.08% over 24 hours at the time of the report, according to market data cited in the source material.

Share:
Publishercryptonewsroom.xyz
Published
CategoryExchanges

Disclaimer: This content is for information and entertainment purposes only. It does not constitute financial, investment, legal, or tax advice. Always do your own research and consult with qualified professionals before making any financial decisions.

See our Terms of Service, Privacy Policy, and Editorial Policy.