Pokemon Type Effectiveness
Dedicated matchup pages for every attacking type against single and dual defending type combinations.
Available converter families
Quick start matchup pages
Start with the most common matchup checks.
Normal attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Fire attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Water attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Electric attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Grass attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Ice attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Fighting attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Poison attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Ground attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Flying attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Psychic attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Bug attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Rock attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Ghost attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Dragon attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Dark attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Steel attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Fairy attacking matchups
Each page keeps defending type context explicit so matchup intent maps directly to query language.
Related Converters
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Explanation
Each page fixes attacking type and defending type combination in the URL. Multipliers follow standard Pokemon type chart rules (0x, 0.25x, 0.5x, 1x, 2x, 4x).
Type Effectiveness is a directional family hub: linked leaves keep one conversion context so calculator and table values stay consistent.
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Every linked leaf keeps one explicit conversion model so quick references and full calculations remain aligned.
Frequently Asked Questions
Do matchup pages include dual-type multipliers?
Yes. Dual-type defender pages multiply effectiveness across both defending types.
Is this based on modern type chart rules?
Yes. Pages follow the modern chart with Fairy included.