SpookySwap Overview: v2 & v3 Mechanics, Routing, and Effective Price
SpookySwap executes locally on Fantom for fast finality and low gas. The router compares SpookySwap v2 (stable/volatile AMM)
and SpookySwap v3 (concentrated liquidity) and may hop via wFTM when intermediate depth improves outcome.
We define effective price as received tokens minus pool fees, gas, and price impact.
SpookySwap v2 (Stable / Volatile) vs SpookySwap v3 (Concentrated)
- SpookySwap v2 — Stable Pools: Correlated/pegged assets (USDC/USDT) with a curve that compresses slippage around the peg.
- SpookySwap v2 — Volatile Pools: Constant-product x·y=k; suitable for non-correlated pairs, predictable behavior.
- SpookySwap v3 — Concentrated: Liquidity near active price can yield very tight slippage in-range; out-of-range depth thins.
Routing Priorities on SpookySwap
- Net output: The router weighs v2 vs v3 and hop count by effective price, not just headline quote.
- Depth fitness: Avoiding dust pools; using wFTM/stables if they reduce impact.
- Reliability: Tight but realistic slippage to balance reverts vs precision.
When SpookySwap Bridge Fits In
“SpookySwap Bridge” commonly refers to bridging assets into Fantom before using SpookySwap.
Use official bridge links, test small, confirm destination token contracts on FTMScan, and hold some FTM for approvals.
Security & MEV Safety on SpookySwap
Non-custodial doesn’t mean risk-free. You control approvals and signatures; adopt these habits for safer SpookySwap usage:
Wallet & Allowance Hygiene
- Prefer a hardware wallet for significant balances; verify token, amount and recipient on-device.
- Approve minimal allowances rather than unlimited, and revoke stale approvals periodically.
- Bookmark official SpookySwap URLs; avoid search-ad impostors and unsolicited support DMs.
MEV-Aware Execution on Fantom
- Slippage discipline: Tight for deep pairs; widen only when depth is thin or volatility spikes.
- Private/builder RPC: If supported by your setup, reduce sandwich exposure on larger orders.
- Order sizing: Split large trades; raise priority fee to shorten mempool time.
Sanity Checks
- Match token contracts on FTMScan; beware ticker clones/fee-on-transfer tokens.
- Inspect route preview (v2 vs v3, hops via wFTM/stables) and confirm the min-received threshold.
- Retry with a fresh quote when network conditions change.
SpookySwap Features: Router Patterns, xBOO, and LP Strategy
Router Patterns on SpookySwap
- Direct v3 in-range: Use SpookySwap v3 when active liquidity surrounds the price for tight slippage.
- Stable pivot (v2): Route
ALT → wFTM → USDC or USDC → wFTM → ALT if stable/FTM depth improves the net result.
- Simple v2 volatile: For non-correlated assets with decent pool TVL and steady flow.
BOO & xBOO (High-Level)
- BOO: Protocol token with evolving utility and incentives; consult official docs for current design.
- xBOO: Staked/escrowed mechanics may share protocol value; confirm current emission/boost rules before committing.
LP Strategy on SpookySwap v2 / v3
- v2 stable: Lower IL on correlated pairs; rely on flow/volume for fee APY.
- v2 volatile: Fees can offset IL if two-sided organic volume persists; size positions prudently.
- v3 ranges: Concentrate where trades happen; monitor and rebalance if price exits your range.
Analytics & KPIs
- Quoted vs realized output: Track drift due to slippage, gas, and inclusion delay.
- Effective price: Compare routes by net received per unit after all costs.
- Pool TVL & 24h/7d volume: Execution quality correlates with sustained depth + flow.
SpookySwap Runbook: Slippage, Gas, and Troubleshooting
Pre-Trade Checklist
- Hold FTM for approvals and swap gas; buffer slightly during volatile windows.
- Verify token address/decimals on FTMScan; understand transfer-tax behaviors.
- Do a micro-swap to validate the route and pool behavior (v2/v3).
Slippage Guidance (Tune per market)
- Deep stables/majors: 0.10–0.50%
- Mid-caps / average depth: 0.50–1.50%
- Illiquid/volatile: 1.50%+ (start conservative; scale carefully)
Gas & RPC Tips
- Prefer reliable Fantom RPCs; if pending too long, switch endpoints or bump priority fee.
- Multi-hop costs more gas; the router’s choice should reflect effective price, not just pool quote.
- During spikes, re-quote and submit quickly; inclusion delay widens deviation.
Troubleshooting Matrix
- INSUFFICIENT_OUTPUT_AMOUNT → Price moved / slippage tight. Refresh, nudge tolerance, or split the trade.
- TRANSFER_FROM_FAILED → Allowance missing/insufficient; re-approve the minimal required amount.
- Route flaps between v2/v3 → Market shifting; retry with fresh quotes or smaller chunks.
- Long pending → RPC congestion; switch RPC or raise tip, consider private/builder RPC.
SpookySwap Bridge — Safe On-Ramp
- Use reputable bridge links from official docs only; beware look-alikes.
- Bridge a test amount first; confirm the destination token contract on FTMScan.
- Bring extra FTM for approvals after bridging; then swap on SpookySwap (v2/v3) for best local price.
SpookySwap FAQ: v2 vs v3, Bridge, Fees, Safety
When should I pick SpookySwap v2 vs SpookySwap v3?
v2 fits stable pairs and general swaps; v3 shines when in-range liquidity is thick near price. The router typically selects the better option by effective price.
How to use SpookySwap Bridge safely?
Follow official links, bridge a micro-test, verify destination contracts on FTMScan, and keep FTM for gas. After funds arrive, execute on SpookySwap locally for the swap.
What slippage is reasonable on SpookySwap?
Deep majors/stables: 0.10–0.50%. Mid-caps: 0.50–1.50%. Illiquid pairs: 1.50%+. Tight settings reduce MEV surface but can cause reverts in choppy markets.
How do I minimize MEV on Fantom?
- Use tight but realistic slippage; submit during calmer periods.
- Consider private/builder RPC for size; split large orders.
- Bump priority fee to shorten time-to-inclusion.
Why can realized output differ from the quote?
On-chain state changes between quote and inclusion; other trades move price and gas adds friction. Evaluate effective price, not only headline quotes.