Build a Rocket team that covers the whole lineup
Match a Grunt’s clue or choose a Rocket Leader, then find a team that covers the possible lineups. Check moves and replacements before spending Stardust.
Go Battle Forge · Pokémon GO team builders
Not sure what to bring? Find counters for Team GO Rocket and Max Battles, check their moves, and compare teams before spending Stardust or Candy. No Pokémon GO login needed.
Choose a battle lab
Choose your opponent, compare recommended teams, then replace any Pokémon you do not have.
Check the listed Rocket lineups and possible Shadow catches. Test a three-Pokémon team against every listed combination, including the opponents you have not seen yet.
Compare Dynamax and Gigantamax counters, moves, and team roles. Adjust Pokémon level and group size to see how the estimates change—not a guarantee of beating the boss.
Worked examples and practical checks to help you spend resources with confidence.
Explore battle guides →Match a Grunt’s clue or choose a Rocket Leader, then find a team that covers the possible lineups. Check moves and replacements before spending Stardust.
Choose the right Max form, understand tank and damage roles, and compare group sizes without mistaking a benchmark for a guaranteed clear.
Is that Shadow catch worth building? Compare raid and PvP roles, understand IV ranks, and check what a missing ranking actually means.
Useful answers, not generic lists
Rocket recommendations are evaluated against every listed opponent combination instead of relying on a single type chart or one favorable matchup.
See which lineups a team beats, how long it takes, and how much HP remains in the simulation. Check each Pokémon’s moves and role before powering it up.
Remove unavailable recommendations one at a time and immediately rerank the strongest remaining teams without connecting a game account.
Built for real battle prep
Come back when Rocket lineups rotate, a new Max boss arrives, or you catch a counter worth building. Check the listed matchups, then compare your options. For the assumptions behind each result, read our simulation methodology.