Robinhood Chain vs Ethereum

That relationship is the comparison. A layer 2 executes transactions on its own network and posts results down to Ethereum, so Ethereum keeps the record while the layer 2 does the work. Both use ETH for gas and the ERC-20 standard, and the same wallet holds both.

The decision table

What does a layer 2 inherit from Ethereum?

A layer 2 inherits settlement and data availability: transaction data is posted to Ethereum, so the layer 2's history can be reconstructed and verified from the layer-1 record. It does not inherit Ethereum's applications, liquidity or tokens — each must be deployed or bridged onto the layer 2 separately.

That is the point most explanations blur. "Built on Ethereum" describes where the record settles, not what is available to trade. A token on Ethereum does not exist on Robinhood Chain until someone bridges or deploys it — which is how a network can be cheap and technically mature while liquidity per token is still thin.

Why is a layer 2 cheaper?

Because the cost of touching Ethereum is shared. A layer 2 batches many transactions and posts them once, so each user pays a fraction of one settlement cost instead of the whole thing.

Two consequences follow. Layer-2 fees still move with Ethereum, so when layer-1 data costs rise the layer 2 gets more expensive too. And the saving is largest on small transactions, where gas is a big share of the trade. A typical Robinhood Chain transaction currently costs about —pending, paid in ETH.

What changes when you move funds between them?

Deposits and withdrawals are not symmetrical. A deposit takes effect once the layer 2 picks up your transaction. A withdrawal back to Ethereum runs through the bridge's proving process, which can take substantially longer than an ordinary transfer; third-party bridges offer faster routes at a cost. Plan around the exit, not the entry. Bridging explains the mechanism, get money onto Robinhood Chain covers the routes, and you can bridge to Robinhood Chain when ready.

How does verification differ?

In principle it does not: both networks are public, and anyone can read who deployed a contract, how deep a pool is and whether a position is locked. What differs is where liquidity sits. On Robinhood Chain it lives largely in Uniswap v3 positions, which are NFTs, and Team Finance locks those positions directly. Because Team Finance locks run on TrustSwap's own contracts, Locksley reads lock amount, locked share and release timestamp straight from chain state. Disclosure, since that read is the strongest reason this page gives for the chain: Locksley is built by TrustSwap and powered by Team Finance. Mechanics: where Robinhood Chain's liquidity lives.

Robinhood Chain token pages render lock state, including the empty result. "No lock found" means we found none — not that none exists. Locksley does not yet index every locker. What that state proves is covered in what is a liquidity lock.

Who should choose which

Use Ethereum for size and permanence: long-held positions, the deepest pools, and applications that exist only there. Note that total value locked measures deposits, not quality, on either network.

Use Robinhood Chain for cost and coverage: frequent transactions where fees matter, stock tokens and ordinary tokens in one wallet, and new launches you want to see early. Current chain figures, each explained, sit on Robinhood Chain by the numbers.

Most people end up on both, with a base on Ethereum and working capital on a layer 2. Choosing between layer 2s instead: Robinhood Chain vs Base.

Frequently asked questions

“No lock found” means we found none, not that none exists: we do not index other lockers yet, and it is never a claim about the project.