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10 Coin Lab
EXPLAINER· 7 min read

What Is Robinhood Chain? Specs, Speed and Real Data

Published August 30, 2026 · Written by the 10 Coin Lab team from on-chain measurements

Robinhood Chain is a live Ethereum layer 2 with roughly 100-millisecond blocks, ETH for gas, and a memecoin economy that produced more than 21,000 new tokens in the last 24 hours alone. This is what the network actually looks like from the inside — every number below was read off the chain, not taken from a press release.

What is Robinhood Chain?

Robinhood Chain is an Arbitrum-stack layer 2 blockchain that uses ETH as its native gas token. It runs at chain ID 4663, settles to Ethereum, and is EVM-compatible, so any wallet, contract or tool that works on Ethereum works here with a network switch and nothing else.

In practice, the thing that distinguishes it from the dozens of other L2s is speed and what people are using it for. We measured the block time directly across a 5,000-block window and got 100.8 milliseconds — roughly 857,000 blocks a day. That is fast enough that a swap confirms before you have finished reading the confirmation dialog.

4663
Chain ID
Arbitrum-stack L2
100.8 ms
Measured block time
5,000-block sample
857,143
Blocks per day
derived from block time
ETH
Native gas token
no separate gas coin

Measured on 30 August 2026 against the public RPC endpoint, block 50,129,649. Block time is the mean interval across the preceding 5,000 blocks.

Technical specifications

Everything a developer or a wallet needs to connect. These values are read from the network itself rather than copied from documentation, which matters because public endpoints change more often than docs do.

PropertyValue
Network nameRobinhood Chain
Chain ID4663
Native currencyETH (18 decimals)
RPC endpointhttps://rpc.mainnet.chain.robinhood.com
WebSocketwss://feed.mainnet.chain.robinhood.com
Block explorerrobinhoodchain.blockscout.com
ArchitectureArbitrum stack, settles to Ethereum
Measured block time100.8 ms
Testnet chain ID46630

The public RPC is rate-limited. Production applications should use a dedicated provider endpoint rather than the public one.

How fast is it, really?

Sub-second block times are a common claim, so here is the comparison in context. The Robinhood Chain figure is our own measurement; the others are each network’s published block or slot time.

Block time by network (lower is faster)
Robinhood Chain101 msArbitrum One250 msSolana400 msBase2,000 msEthereum L112,000 ms

Robinhood Chain value measured 30 Aug 2026 across 5,000 blocks. Other networks use published block or slot times. Bars are drawn to scale, so Ethereum's bar is ~119x the Robinhood Chain bar.

Block time is not the same thing as finality, and fast blocks do not make a chain useful on their own. What they do change is the texture of trading: on a bonding curve where price moves with every buy, 101-millisecond blocks mean the difference between your transaction and the next one is measured in fractions of a second. That has consequences we will come back to in the section on bots.

What is actually running on Robinhood Chain?

A chain is only as interesting as its activity. We pulled every TokenLaunched event from the Pons V2 factory contract over a full 24-hour window — 857,143 blocks — and counted.

21,016
Tokens launched in 24 hours
Pons V2 factory
~876
New tokens per hour
sustained average
9,629
Unique launch wallets
in the same 24 hours
420.6 ETH
Cumulative fees in escrow
≈ $1.04M at $2,480

Derived from on-chain TokenLaunched logs emitted by the Pons V2 factory, blocks 49,272,506–50,129,649. Escrow balance read from the Pons fee escrow contract. ETH priced at $2,479.74 (Coinbase spot, 30 Aug 2026).

Two things stand out. First, the volume: nearly 900 new tokens an hour is a rate more typically associated with Solana memecoin platforms than with an Ethereum L2. Second, the spread — 9,629 distinct wallets launching 21,016 tokens means this is not three bots in a loop. It is a genuinely wide base of creators, averaging roughly two launches each.

The dominant application is a launchpad

Almost all of that activity flows through Pons, a permissionless launchpad native to the chain. Every token starts on an ETH bonding curve with a fixed supply of one billion, and “graduates” into a locked Uniswap pool once the curve accumulates 4.2 ETH of real reserves. We cover the mechanics and the economics in detail in our guide to creating a Robinhood Chain meme coin.

What does it cost to use?

Gas on Robinhood Chain is cheap enough that fees are effectively a rounding error for retail-sized activity. These gas figures are from transactions we sent ourselves, at a measured gas price of roughly 0.11 gwei.

ActionGas usedProtocol fee
Buy on a bonding curve134,8031% of trade (curve fee)
Sell on a bonding curve111,1531% of trade (curve fee)
Launch a token on Pons~3,800,0000.0005 ETH
Deploy a standard ERC-20564,365set by the factory used
Bridge in from Arbitrumn/a (source chain)route-dependent

Gas values are the actual gasUsed from transactions we submitted on 29–30 August 2026. Gas price sampled at 0.110288 gwei. Protocol fees are read from the relevant contracts and can be changed by their owners.

Getting ETH onto the chain

There is no faucet and no separate gas token — you need ETH on Robinhood Chain to do anything. The practical route is a bridge from a chain you already hold ETH on. We bridged from Arbitrum and timed it end to end.

  • Amount sent: 0.0003 ETH from Arbitrum One
  • Amount received: 0.000285679 ETH on Robinhood Chain
  • Elapsed time: approximately 2 seconds from deposit confirmation to credited balance

The roughly 4.8% difference is the bridge route’s cost plus the aggregator fee on that particular quote. On amounts this small the fixed component dominates; bridging a larger amount in one transaction is proportionally much cheaper than bridging repeatedly.

An honest assessment

Robinhood Chain today is a fast, cheap, EVM-standard L2 whose activity is overwhelmingly speculative. That is a description, not a criticism — but it should shape what you expect from it.

What works well. The chain is genuinely fast and genuinely cheap. Tooling is standard EVM, so wagmi, viem, Foundry and every mainstream wallet work without modification. Bridging in is fast. Uniswap V3 infrastructure is deployed and carrying real liquidity — the largest graduated token pools hold tens of ETH.

What to be realistic about. Of the tokens launched, only around 1.3% ever reach the 4.2 ETH graduation threshold. Bot activity around new launches is heavy and fast. And outside the launchpad economy, the ecosystem is still thin — there is no meaningful lending market, no stablecoin with real depth, and no established DeFi beyond the launchpad and its downstream pools.

Frequently asked questions

Is Robinhood Chain the same as the Robinhood trading app?

They are different things. Robinhood Chain is a public blockchain; the brokerage app is a regulated trading product. Tokens launched on the chain are permissionless and are not vetted, endorsed or listed by any brokerage. Treat anything you find on the chain as unvetted by default.

What is the Robinhood Chain RPC URL and chain ID?

The public RPC is https://rpc.mainnet.chain.robinhood.com and the chain ID is 4663. The testnet uses chain ID 46630. ETH is the native gas token on both.

Is Robinhood Chain a layer 2?

Yes. It is built on the Arbitrum stack and settles to Ethereum, which is why it inherits EVM compatibility and uses ETH for gas rather than introducing a separate gas token.

How do I get ETH on Robinhood Chain?

Bridge it from a chain where you already hold ETH — Ethereum, Arbitrum, Base or Optimism are all supported routes. Our Arbitrum transfer completed in about two seconds. There is no faucet for mainnet.

How many tokens are launched on Robinhood Chain each day?

We counted 21,016 launches in the 24 hours ending 30 August 2026, from 9,629 distinct wallets — an average of about 876 new tokens per hour. Roughly 1.3% of launches subsequently graduate off their bonding curve.

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