SmurfSwapSmurfSwap
◆ The deflationary launchpad

Launch a coin that
burns itself forever

Two pools, one hard-locked 13-point wedge. The gap runs a perpetual arb loop that drives volume, torches supply on every buy and sell, and builds your treasury in fees — a furnace that never decays to zero. Or bring an existing token and make it deflationary.

You set the fee and the day-one burn. The 13-pt spread & both-sided burn are locked — no launch can ship without a working wedge.

Advanced
RK
Degen Rocket
$RKT · 1,000,000,000
Day-one burn41% · both sides
Locked spread13 points
Platform cut20% of Pool A ETH
Liquidityburnable / locked
◆ Live furnaces

The board

Every token launched through SmurfSwap and how much it has burned.

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Swap
ETH
🔥 The furnace burns on this swap — up to 41% day one, settling to the floor. Enter details to trade.
◆ How & why it works

The docs

The thesis

SmurfSwap launches two pools for the same token and locks a 13-point wedge between them: a cheap fee pool (Pool A) and an expensive burn pool (Pool B) whose burn always sits 13 points above the fee. That price gap is not a bug — it's the engine.

Arbitrageurs can't resist a standing gap. They buy the cheap side and sell the expensive side, over and over, and every leg of that loop destroys supply — Pool A's fees get burned, Pool B burns directly on both buys and sells. The result is three things at once:

🔥 perpetual burn 📈 real volume 💰 treasury fees

The one law: volume is driven by how often the gap reopens past friction — not how big it is. Keep the fee low and the wedge permanent, and every bit of organic flow re-triggers the arb loop, forever. The old way — a burn that decays to zero — kills the wedge and the engine dies. SmurfSwap's wedge never decays to zero.

Case study — SMURF

SmurfSwap is a productization of something that already happened, by accident, to $SMURF on Robinhood Chain. Two pools existed with a burn gap between them. In the numbers, on-chain:

$530Kvolume in days
11.7%supply burned in 10 hrs
45total traders
59%volume from 3 arb bots
80%volume in the 2 widest-gap windows
~50×volume drop when the gap closed

The arb loop was ferocious while the gap stood — then the burn decayed to zero, the gap collapsed, and volume fell off a cliff. That single flaw is what SmurfSwap fixes: the wedge is permanent, the burn is both-sided (no untaxed leg to route around), and the fee can step down in place so liquidity stays burned/locked while the engine keeps running.

What this does for $SMURF

SmurfSwap runs on SMURF. Every single launch burns a fixed fee of SMURF — the utility sink. Launch a hundred coins, and a hundred launch-fees of SMURF are destroyed forever, on top of the platform's ETH revenue from every furnace's fees.

  • SMURF is the fuel. You spend & burn SMURF to light a furnace — new token or existing.
  • Deflation compounds. Launchpad volume → SMURF burned. SmurfSwap makes SMURF more deflationary the more it's used.
  • Treasury in ETH. The platform takes 20% of each Pool-A fee in ETH — never bags of random launch tokens (those get burned).

What you need to launch

  1. Hold SMURF for the launch fee (it gets burned on launch — the sink).
  2. Pick your two knobs: the Pool fee % and the day-one burn %. The 13-pt spread and both-sided burn are locked automatically.
  3. Choose a mode: launch a brand-new token, or paste an existing token address to make it deflationary (works even if it has no burn() — the furnace routes to the dead address).
  4. Mine the hook — your browser finds the special 0x…CC address (a second or two).
  5. Launch — both pools initialize. Then seed liquidity and burn/lock the LP like any launchpad; the dynamic fee means you never have to move it to change fees later.

Burns are permanent and immutable. There is no owner and no off-switch — what you set is what it does, forever.

Mining your furnace

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Searching for a hook address ending in …CC — done right in your browser.