aero-vote-radar

You hold sAERO. Which pools pay you the most?

Aerodrome became Aero on October 22, 2026. Weekly veAERO voting is gone: you stake AERO as sAERO, allocate it to pools on any of Aero's seven networks, and earn those pools' fees and incentives, split by how much sAERO each pool holds. You can move a stake again 47 hours after you last allocated it on a network.

This radar answers one question from live on-chain data: where does your sAERO earn the most per day, after your own stake dilutes the pool?

Three ways to run it

All three read the same hourly scan, so a pool ranks the same everywhere. No API keys, no wallet connection, no signatures: it reads, you allocate.

What it does

• Prices your own dilution. A pool paying $100 a day to 90,000 sAERO pays your 10,000 sAERO $10, not the $11 the pre-stake rate suggests. Every figure is what your amount earns once it joins the pool.

• Splits a large stake. Past a certain size, a second pool beats piling more into the first. The split is built in 5% steps, each going where it adds the most, and kept to at most 3 pools so it can be typed into Aero by hand.

• Shows which pools keep paying. Each hour's rate is kept for 30 days, open in docs/data/v3-history.json. A pool is steady when at least 75% of 24+ hourly samples over the last week paid half its own average or more. A pool that paid once in a burst doesn't make that list.

• Reads your wallet. Your stakes, where each one is allocated on every network, its 47 h timer there, and what your current split pays a day against the suggested one.

• Shows where the best allocators are pointed. The 10 sAERO positions (10,000+) that earned the most per sAERO over the last 7 days (dromos.kitchen's ranking), with each one's current split read live from the LeafVoters — on the web page, under "What the top allocators hold now".

Related MCP server: recon-crypto-mcp

How the figures are made

A GitHub Actions job (.github/workflows/v3.yml) scans Aero's contracts on Base, Ethereum, OP Mainnet, Arbitrum, Ink, Robinhood Chain and Arc every hour at :47 and publishes docs/data/v3.json, which the page, the CLI and the MCP server all read:

• Pools come from each network's FactoryRegistry: gauge factories, then gauges, then their pools and rewards contracts.

• Fees are the FeesCollected events swept to each gauge's rewards contract over the last 96 hours (shorter in the first days after launch), turned into dollars per day with DefiLlama prices.

• Incentives are the programs streaming right now, at their per-second rate.

• Allocated sAERO is the gauge's weight on the LeafVoter.

• Your share per day = (fees + incentives) × your sAERO ÷ (pool's sAERO + your sAERO).

• Pools with under 100,000 sAERO allocated are left out: one stake would move their rate.

The wallet lookup reads Aero's contracts directly (app.aero.xyz/docs/security): stakes from the VotingEscrow on Base, and on every network that network's LeafVoter for the stake's split and timer (lastAllocated + allocationCooldown − accumulatedCooldownReduction).

Rates move hour to hour. Fees arrive in lumps and incentive programs start and end. Treat any figure as today's rate, not a promise.

Install

Requires Node.js 18.18 or newer.

npm install -g aero-vote-radar     # or skip this and use npx

From source:

git clone https://github.com/araxis33/aero-vote-radar
cd aero-vote-radar
npm install
npm run build

CLI usage

npx aero-vote-radar pools                               # best pools for 10,000 sAERO, all networks
npx aero-vote-radar pools --amount 250000 --chain base  # for your amount, one network
npx aero-vote-radar pools --steady                      # only pools that kept paying
npx aero-vote-radar recommend --amount 250000           # suggested split
npx aero-vote-radar recommend --address 0xYourWallet    # split for your stake + your timers
npx aero-vote-radar my-stakes 0xYourWallet              # stakes, allocations, timers

--chain takes base, ethereum, optimism, arbitrum, ink, robinhood or arc. Add --json to any command for machine-readable output.

Example (live, 2026-10-25):

Suggested split for 250,000 sAERO:

%   Pool                  Type  Network                sAERO     You/day
50  WETH/REI              CL100 Base                 125,000      $29.36
25  USDC/ULc              CL10  Base                  62,500      $15.63
25  USDC/SANc             CL10  Base                  62,500      $15.54

About $60.52 a day in total, at today's rates.

Enter it on https://app.aero.xyz/markets/allocate (Aero has no link that pre-fills a split).

As an MCP server

npx aero-vote-radar-mcp        # from a clone: npx tsx src/mcp-server.ts

In Claude Code: claude mcp add aero-vote-radar -- npx -y aero-vote-radar-mcp. An agent should read SKILL.md first. Tools:

• list_pools: pools ranked by what an amount of sAERO earns a day after dilution. Optional chain, top, steadyOnly.

• recommend_allocation: the split for an amount, or for a wallet address (then also its current split and 47 h timers).

• get_my_stakes: a wallet's stakes, allocations per network, timers and what its current split pays.

Example prompts:

• "Using aero-vote-radar, where should 50,000 sAERO go?"

• "Check 0xMyWallet on Aero: when can I move my stakes, and is there a better split?"

• "Which Aero pools on Base have paid steadily this week?"

Configuration

Project layout

src/
  radar.ts        ranking, dilution, the 5% split, steady pools (shared by CLI and MCP)
  stakes.ts       wallet reads: stakes, timers and allocations on 7 networks
  cli.ts          the aero-vote-radar command
  mcp-server.ts   the aero-vote-radar-mcp server
  v3.ts           scan of one network's Aero contracts
  v3-cli.ts       hourly scan of all 7 networks -> docs/data/v3.json + docs/llms.txt
  v3History.ts    hourly samples and the steady-pool rule
  v3Llms.ts       docs/llms.txt for AI assistants
  topAllocators.ts  dromos.kitchen's top sAERO positions and their live splits
  prices.ts       DefiLlama prices
docs/             the web page, its data and llms.txt (GitHub Pages)

Testing

npm test

The tests cover the ranking and dilution maths, the split (5% steps, at most 3 pools, always 100%, spreading beats all-in for a large stake), the steady rule, the scan and its fee window, wallet timers and current-split pay, flag parsing and the CLI's exit codes, all with synthetic data and no network. Live reads are checked by running the CLI and MCP server against mainnet. CI (.github/workflows/ci.yml) runs the typecheck, build and tests on every push.

License

MIT