Robinhood Chain vs Base vs Solana: Launch Costs Compared
Every chain claims to be fast and cheap. We stopped reading the marketing and measured it instead — live block times, live gas prices, and the cost of deploying the exact same contract on Robinhood Chain, Base and Solana on the same afternoon. One result contradicts what we expected, and it is the one worth reading for.
The short answer
Robinhood Chain is the fastest of the three by a wide margin and Base is by far the cheapest. Those are different chains winning different contests, and the gap matters less than it sounds: on all three, deploying a token costs less than a coffee, so the launchpad fee — not gas — is what you actually pay.
All figures measured 30 August 2026 against public RPC endpoints. Prices at time of measurement: ETH $2,513.16, SOL $106.51 (Coinbase spot).
Speed: measured, not claimed
Published block times and real block times drift apart. We sampled each network’s own RPC and computed the mean interval directly — 5,000 blocks on Robinhood Chain, 2,000 slots on Solana, 200 blocks on the slower EVM chains.
Measured 30 Aug 2026 from each network's public RPC. Solana came in at 316ms against a 400ms nominal slot time; Base held exactly to its 2-second target.
Robinhood Chain vs Solana, and Robinhood Chain vs Base
Robinhood Chain is roughly 3x faster than Solana and 20x faster than Base. Worth noting: Solana beat its own published 400-millisecond slot spec during our sample, so this is not a case of one chain being graded generously.
Whether that matters depends entirely on what you are doing. For a token launch it does — on a bonding curve, price moves with every buy, and the interval between your transaction and the next one is the interval in which someone can front-run you.
What it costs to deploy the same token
To make this a fair comparison we used a fixed workload: the same fixed-supply ERC-20 that consumed 564,365 gas when we deployed it, priced at each chain’s live gas price. Solana is not gas-metered, so its number is the rent-exempt deposit for an SPL mint account plus signature fees.
| Network | Gas price | Deploy a token | One swap |
|---|---|---|---|
| Robinhood Chain | 0.167 gwei | $0.237 | $0.057 |
| Arbitrum One | 0.020 gwei | $0.028 | $0.007 |
| Base | 0.006 gwei | $0.0085 | $0.002 |
| Solana | n/a (rent model) | $0.156 | $0.0005 |
Gas prices read live on 30 August 2026. EVM costs computed as gas price times measured gas (564,365 for the deploy, 134,803 for a swap). Solana figure is the rent-exempt minimum for an 82-byte mint account (0.0014616 SOL), which is a refundable deposit rather than a spent fee, plus a 5,000-lamport signature.
The honest caveat in the other direction: at these magnitudes the difference is rhetorical. Twenty-four cents and one cent are both rounding errors next to a launchpad fee of a dollar or two. Gas price is a real difference between these chains and a practically irrelevant one for a single launch. It starts to matter if you are deploying hundreds of contracts or running a bot that trades constantly.
The launchpads: Pons vs pump.fun
Nobody launching a meme coin deploys a bare ERC-20 — they use a launchpad, because the launchpad is what gives the token a market on day one. Robinhood Chain has Pons; Solana has pump.fun. Base has no single launchpad with comparable share, which is itself a meaningful difference.
| Pons (Robinhood Chain) | pump.fun (Solana) | |
|---|---|---|
| Supply per token | 1,000,000,000 | 1,000,000,000 |
| Market from block one | Yes, bonding curve | Yes, bonding curve |
| Graduation threshold | 4.2 ETH ≈ $10,555 | 85 SOL ≈ $9,053 |
| Graduates into | Locked Uniswap pool | Raydium pool |
| Curve trading fee | 1% | 1% |
| Optional creator tax | Up to 10% | Not in the base model |
| Anti-snipe mechanism | Decaying tax, ~99% at t=0 | None comparable |
Pons values read from getLaunchConfig(0) on the factory contract. The pump.fun threshold is derived from live API data rather than cited: a graduated token showed 115.005 SOL in virtual reserves against a 30 SOL starting virtual balance, putting real reserves at graduation at 85.005 SOL.
The striking thing is how much they converge. Two launchpads on two unrelated chains independently settled on a one-billion fixed supply, a 1% curve fee, and a graduation threshold within about 15% of each other in dollar terms. This is a format that has stabilised, not two competing designs.
Where they genuinely differ
- Anti-snipe tax. Pons applies a steep decaying tax to the first trades after launch — starting near 99% and falling away over roughly three seconds — and routes that penalty to the creator. We measured a zero-creator-tax token earning 0.008927 ETH this way, entirely from bots getting taxed. pump.fun has no equivalent, so snipers keep what they take.
- Creator tax. Pons lets a creator set 0–10% on every trade for the life of the token. Slightly over half of recent launchers used it. The base pump.fun model has no such lever.
- Block time. At 101ms versus 316ms, the window in which a sniper can react is about three times narrower on Robinhood Chain — which is the same property that makes the anti-snipe tax bite.
Who is actually busier?
Ecosystem size determines whether anyone will ever see your token. We counted launches on both chains over comparable windows: every TokenLaunched event from the Pons factory across a full 24 hours, and the timestamp spread across pump.fun’s most recent coins.
Pons figure is an exact count of TokenLaunched events over 857,143 blocks. The pump.fun figure is extrapolated from 70 coins created in a 138-second window, so treat it as an order-of-magnitude estimate rather than a precise count.
pump.fun runs at roughly double the launch volume. That is a genuine advantage in attention and a genuine disadvantage in noise: the median brand-new pump.fun coin we sampled had a market cap of $2,993. More eyeballs, but far more competition for them.
The number to plan around
We sampled Pons tokens by launch cohort and checked how many had left the curve: 1.3% of a three-day-old cohort and 1.7% of a seven-day-old cohort had graduated. Roughly 98.7% never will.
We could not measure the same figure for pump.fun on a like-for-like basis — its API does not expose an offset that would let us pull an aged cohort, and a sample of the most recent 70 coins showed 0% graduated purely because they were minutes old. We are not going to fill that gap with a number from someone else’s blog post. Structurally the two systems are close enough that a similar order of magnitude is plausible, but we have not verified it.
Which is the best chain to launch a meme coin?
There is no single best chain to launch a meme coin on — and any article that gives you one answer is selling something. The honest framing is that each chain is the correct answer to a different question.
| If you want… | Pick | Because |
|---|---|---|
| The biggest audience | Solana / pump.fun | About 2x the launch volume and a far larger trader base |
| The fastest market | Robinhood Chain | 101ms blocks; 3x faster than Solana, 20x faster than Base |
| Protection from snipers | Robinhood Chain | The decaying anti-snipe tax pays the penalty to you |
| Ongoing creator income | Robinhood Chain | 0–10% creator tax on every trade, plus base curve fees |
| The lowest possible gas | Base | Roughly 28x cheaper per unit of gas than Robinhood Chain |
| A plain token you control | Base | Cheapest deploys; no launchpad needed if you supply liquidity |
If you are launching a meme coin and want it to trade immediately, the real choice is between Solana’s reach and Robinhood Chain’s speed plus creator economics. Base is the better home for a token that does not need a launchpad at all — a points system, a utility token, anything where you intend to create and fund the pool yourself.
For the step-by-step on the Robinhood Chain side, see our guide to creating a Robinhood meme coin, or start with the network overview if you have not used the chain before.
How we measured this
So you can reproduce or challenge any of it:
- Block times — mean interval from each network’s own RPC. 5,000 blocks on Robinhood Chain, 2,000 slots on Solana, 200 blocks on Base and Arbitrum.
- Gas prices —
eth_gasPriceread live, then multiplied by gas amounts we recorded from our own transactions. - Launch counts — chunked
eth_getLogsover the Pons factory for the full 24-hour window; pump.fun via its public coins API. - Graduation rate — sampling launch cohorts and calling
getLaunchedTokenon each to read its phase. - Prices — Coinbase spot at the moment of measurement.
Gas prices move. If you are making a decision on cost rather than on speed or ecosystem, re-check the live numbers rather than trusting this table a month from now.
Frequently asked questions
Robinhood Chain vs Solana: which is faster?
Yes, by roughly 3x in our measurement: 101 milliseconds per block versus 316 milliseconds per Solana slot on 30 August 2026. Solana actually outperformed its own 400-millisecond published spec during the sample, so the gap is not an artefact of generous measurement.
Is it cheaper to launch a token on Base or Robinhood Chain?
Base, on gas. Base gas was about 28x cheaper per unit, making an identical token deployment roughly $0.0085 there versus $0.237 on Robinhood Chain. In absolute terms both are negligible next to a launchpad fee of a dollar or two.
Is Pons the same as pump.fun?
They are different products on different chains, but structurally very similar: both use a one-billion fixed supply, a bonding curve that trades from block one, a 1% curve fee, and graduation into a DEX pool at a threshold worth roughly $9,000–$10,500. Pons adds an anti-snipe tax and an optional creator tax that pump.fun’s base model does not have.
Which chain has more token launches?
Solana, through pump.fun, at roughly 43,800 per 24 hours against 21,016 on Robinhood Chain — about double. The Robinhood Chain figure is an exact event count; the pump.fun figure is extrapolated from a short sampling window.
What is the graduation threshold on each chain?
Pons graduates a token at 4.2 ETH of real curve reserves, about $10,555 at the time of writing. pump.fun graduates at 85 SOL, about $9,053. We derived the pump.fun figure from live reserve data on a graduated token rather than citing it.