What Is Pons? The Robinhood Chain Launchpad, Explained for Traders
Pons is the launchpad almost every Robinhood Chain meme coin is born on, and if you trade those coins you are trading against its rules whether you read them or not. We read them — straight off the factory contract, the graduation events and a week of launches — and this is what they mean for the person on the buying side: how a price is set, where every fee goes, what graduation really does, and what the PONS token has to do with any of it.
What Pons is
Pons is a permissionless token launchpad native to Robinhood Chain. Anyone can pay 0.0005 ETH, name a token, and have it trading in the same block — no listing, no review, no liquidity to raise. Structurally it is the pump.fun of this chain: a fixed one-billion supply, a bonding curve that quotes prices from a formula, and an automatic migration into a locked Uniswap pool once enough money arrives. It is not a company you trust; it is a contract you can read.
Two things get called “Pons”. The launchpad contracts are one. The other is PONS, an ERC-20 that trades on Uniswap and is fed by the launchpad’s fees. They are related, and covered separately below, but buying a Pons-launched meme coin does not give you exposure to PONS, and vice versa.
Read from getLaunchConfig(0) on the Pons V2 factory at 0x7eD5…EC7e on 5 September 2026. There is exactly one launch config (launchConfigCount = 1), so every token launched today follows these numbers.
How the bonding curve sets a price
Every Pons curve is a constant-product market — the same maths as a Uniswap V2 pool — with one twist: it starts life pretending to hold 1.68 ETH it does not have. That “phantom” reserve is what gives a brand-new token a price at all. With one billion tokens against 1.68 virtual ETH, the opening price is 1.68 nano-ETH per token, or a starting market value of 1.68 ETH — about $4,160 — before anyone has bought anything.
From there, buys add ETH to the reserve and remove tokens, and the price rises along the curve. We simulated buys of four sizes against a freshly launched curve to show how quickly that happens:
| You spend | Tokens you get | Share of supply | Avg price vs opening |
|---|---|---|---|
| 0.01 ETH | 5,858,335 | 0.59% | 1.02× |
| 0.1 ETH | 55,649,241 | 5.56% | 1.07× |
| 0.5 ETH | 227,586,207 | 22.8% | 1.31× |
| 1 ETH | 370,786,517 | 37.1% | 1.61× |
eth_call simulations of buy() on curve 0xc87f…BBAF at 1.68 ETH of reserves on 5 September 2026. The outputs match the constant-product formula exactly after the 1% curve fee is taken from the ETH in: 1,000,000,000 × 0.99 ÷ (1.68 + 0.99) = 370,786,516. A second curve with a 2% creator tax returned 3% less on every size.
What graduation actually does
The curve closes when it has collected 4.2 ETH of real money — the phantom 1.68 ETH does not count. Because the product is constant, that fixes everything else about the moment of graduation: 714.3 million tokens have been sold to buyers, 285.7 million remain, and the price is 12.25× the opening price, for a market value of about 20.6 ETH, roughly $51,000.
We confirmed this on a real graduation rather than on paper. The curve of NARK, a token launched on 4 September, emitted CurveCompleted with quoteOut = 4.2000000000000002 ETH and tokenOut = 285,714,285.71, to the wei what the formula predicts.
| At graduation | Amount | Where it goes |
|---|---|---|
| Real ETH collected | 4.2 ETH | Into a Uniswap V4 pool, permanently |
| Tokens paired with it | 204.1M | Same pool, at the graduation price |
| Tokens permanently locked | 81.6M | Pons launch locker, never sold |
| Tokens already in buyers' hands | 714.3M | Yours, freely transferable |
CurveCompleted event on NARK’s curve 0x7E94…0954, block 54,930,342; holder distribution from the explorer on 5 September 2026 (Uniswap V4 PoolManager 454.8M, PonsV2LaunchLocker 81.6M). The pool’s token balance has grown since graduation because holders sold into it. 4.2 ÷ 204.1M equals the graduation price of 20.6 nano-ETH.
Three consequences for a trader. First, the token you hold does not change — same contract, same balance. Second, where it trades does: from the curve to a Uniswap V4 pool with a 1% fee hook, so interfaces that only know the curve stop quoting it. Third, the liquidity cannot be pulled: the pool position is held by the protocol’s contracts, not the creator, and the factory’s only escape hatch is a rescue path gated by a seven-day GRADUATION_RESCUE_DELAY.
Where every fee goes
Pons has four separate fees, and only one of them is the one people talk about.
- Launch fee, 0.0005 ETH. Paid once by the creator. At roughly 1,370 launches an hour that is about 16 ETH a day — a rounding error next to trading fees.
- Curve fee, 1% each way. Taken from the ETH on every buy and sell while the token is on its curve. Split 70/30: 70% to the token’s creator, 30% to the protocol. We measured this on our own launch — 0.012753 ETH went to the fee escrow and the creator claimed 0.008927 ETH, exactly 70% — and the hook policy on-chain confirms it with
protocolFeeShareBps = 3000. - Anti-snipe tax, 99% decaying to 0% over 3 seconds.
snipeTaxStartBps = 9900,snipeTaxSeconds = 3. It hits anyone who buys in the first blocks after launch and is paid to the creator. Bots pay it knowingly; humans who click too fast pay it by accident. - Creator tax, 0–10%. Optional, permanent, set at launch and charged on every trade for the life of the token. One in three recent launches has one.
creatorTaxBps read from getLaunchedToken() for 60 tokens launched around 19:45 UTC. The maximum is enforced by the factory: maxCreatorTaxBps = 1000.
After graduation the fees move to the Uniswap V4 hook: a 1% pool fee (hookFeeBps = 100) with the same 30% protocol share, plus a buybackBurnBps = 5000 setting — a 50% buyback-and-burn parameter that routes fees toward the buyback vault, with each buyback swap capped at 3% price impact (maxInternalPriceImpactBps = 300). Fees for both phases accumulate in a shared escrow until they are claimed — and a lot of them are sitting there.
Balances of feeEscrow 0xd3AF…Ac9e and protocolFeeRecipient 0x263e…19Dd read on 5 September 2026; USD at $2,476.92/ETH. Launch pace from 232 TokenLaunched events in a 10.1-minute window the same day.
Not every curve is priced in ETH
The factory approves a short list of pair tokens beyond ETH, and each has its own phantom reserve and threshold — always in the same 2.5:1 ratio. Several of them are tokenized stocks, which is how “stock-paired” meme coins exist on this chain.
| Pair token | Virtual reserve | Graduates at | Share of launches |
|---|---|---|---|
| ETH | 1.68 | 4.2 | 46% |
| USDG | 3,236 | 8,090 | 23% |
| SPY | 4.36 | 10.9 | 9.5% |
| NVDA | 16.64 | 41.6 | 5.6% |
| SPCX | 28.88 | 72.2 | 1.7% |
| Other (19 tokens) | varies | varies | 14% |
pairTokenEconomics() on the factory, 5 September 2026. Shares from the same 232-launch window: 107 ETH, 53 USDG, 22 SPY, 13 NVDA, 4 SPCX, 33 across 19 other tokens.
For a trader this means two things. Your quote is in the pair token, so a USDG-paired coin needs USDG in your wallet, not ETH. And the graduation numbers you may have memorised do not apply: an SPY-paired token graduates at 10.9 SPY, not 4.2 ETH. Read the pair before you read the chart.
What actually happens to a launch
Launching is trivially cheap, so almost everything launched is noise. We took every ETH-paired token launched in a 20-minute window on 4 September and checked back 26 hours later.
getReserves() on each curve minus the 1.68 ETH phantom, plus phase from getLaunchedToken(), read on 5 September 2026. The 149 un-graduated curves held 1.26 ETH of real money between them — about $3,100.
Two percent graduated. Fifty-six percent never saw a single buy. The median Pons token, a day after launch, is a contract with a name, a logo and 1.68 ETH of imaginary liquidity. If you are choosing what to buy, the base rate is the first fact, not the last.
The PONS token
PONS is a separate ERC-20 with a one-billion supply that was not launched through the factory — getLaunchedToken(PONS) returns exists = false. Its link to the launchpad is the fee flow: the hook’s buyback parameter directs protocol fees toward a vault that buys PONS, and what has been bought is burned.
balanceOf(0x…dEaD) on PONS 0x39db…4571; WETH balances of the 1% pool 0x10CC…26bA (1,299.8) and 0.3% pool 0xEd50…22ff (910.8); price, FDV and volume from the OpenSea token feed our Trending board reads, all on 5 September 2026. The buyback vault itself held 0 ETH and 0 PONS when we looked — it appears to sweep as it goes.
Whether that makes PONS a good trade is not a question a contract can answer. What the contract does say is that PONS’s income depends on meme coin volume continuing, that 29.6% of supply has already been removed, and that nearly 60% of its on-chain depth sits in a single 1% pool.
Five rules for trading Pons tokens
- Never buy in the first three seconds. The anti-snipe tax is 99% at launch and gone at three seconds. Nothing you gain from being first survives it.
- Size against the curve, not the chart. On a fresh curve 0.1 ETH is 5.6% of supply and moves the average price 7%; 1 ETH is 37% and 61%. You are the price impact.
- Read
creatorTaxBpsbefore you read anything else. A 10% tax costs 20% on a round trip before the curve fee. One in three tokens has a tax. - Know the pair token. Fifty-four percent of launches are not ETH-paired. Your quote, your gas budget and the graduation threshold all change.
- Know the phase.
phase = 0trades on the curve;phase = 2trades in a Uniswap V4 pool. Our buyer’s guide covers how each is traded and the six checks to run first.
If you are on the other side — thinking of launching — the creator’s view of the same numbers, including what our own launch earned, is in how to create a Robinhood meme coin.
Frequently asked questions
What is Pons on Robinhood Chain?
Pons is the permissionless token launchpad on Robinhood Chain. For a 0.0005 ETH fee it deploys a fixed-supply token onto a bonding curve that trades immediately, then migrates the token into a permanently locked Uniswap V4 pool once the curve has collected 4.2 ETH of real reserves. It plays the role pump.fun plays on Solana.
Is PONS the same as Pons?
No. Pons is the launchpad; PONS is an ERC-20 token fed by the launchpad’s fees through a buyback-and-burn mechanism. PONS was not created through the launchpad’s own factory, and holding a Pons-launched meme coin gives you no exposure to PONS.
How does the Pons bonding curve price a token?
As a constant-product market seeded with a virtual 1.68 ETH reserve against one billion tokens. The opening price is 1.68 nano-ETH per token. Buys add ETH and remove tokens, so the price rises along the curve; a 1% fee is taken from the ETH on every buy and sell. Our simulated quotes matched the formula to the token.
What is the Pons graduation threshold?
4.2 ETH of real reserves for ETH-paired tokens, not counting the virtual 1.68 ETH. At that point 714.3 million tokens have been sold, 285.7 million remain, and the price is 12.25× the opening price. Other pair tokens have their own thresholds in the same 2.5:1 ratio to their virtual reserve, for example 10.9 SPY or 8,090 USDG.
Where do Pons fees go?
The 1% curve fee splits 70% to the token’s creator and 30% to the protocol, measured on our own launch and matching the on-chain protocolFeeShareBps of 3000. The anti-snipe tax and any creator tax go to the creator. After graduation a 1% hook fee applies with the same protocol share and a 50% buyback-and-burn parameter feeding PONS buybacks.
What is the Pons anti-snipe tax?
A tax on buys in the first three seconds after launch, starting at 99% and decaying to zero, read from snipeTaxStartBps = 9900 and snipeTaxSeconds = 3 on the factory. It is paid to the creator and exists to penalise bots that front-run launches. Waiting three seconds avoids it entirely.