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  1. Magnezone Pokédex: stats, moves, evolution & locations

    Pokédex entry for #462 Magnezone containing stats, moves learned, evolution chain, location and more!

  2. Magnezone (Pokémon) - Bulbapedia, the community-driven Pokémon …

    Dec 18, 2025 · Magnezone is a seemingly mechanical, creature but it has emotions, a way of reproducing, and the need for nourishment. With its magnets, it has the ability to manipulate …

  3. Magnezone - #462 - Serebii.net Pokédex

    This Pokédex entry is for Generation VIII Pokémon games. For Generation IX Pokémon games. Check out Magnezone Pokémon Scarlet & Violet data

  4. Magnezone - Pokédex

    Exposure to a special magnetic field changed Magneton’s molecular structure, turning it into Magnezone. As it zooms through the sky, this Pokémon seems to be receiving signals of unknown …

  5. Magnezone - Complete Pokémon Database

    Magnezone is a type Pokémon across all Pokémon games. Explore its stats, moves, evolutions, and locations.

  6. Magnezone | Pokémon Wiki | Fandom

    Magnezone (ジバコイル, Jibakoiru?) (MAG-nuh-zone [1]) is an Electric/Steel-type Pokémon introduced in Generation IV. Magnezone resembles a U.F.O. with two spherical formations protruding from each …

  7. Magnezone #0462 | Pokédex

    Magnezone, the Magnet Area Pokémon, and the evolved form of Magneton. An Electric and Steel type. It was introduced in Generation 4.

  8. Magnezone - Pokémon - PokeDB: The Ultimate Pokémon Database

    Pokedex entry for Magnezone with base stats, moves, cries, image sprite and shiny image, Pokédex regional numbers, types, abilities, descriptions and more.

  9. magnezone - Pokémon Detail

    Magnezone’s body acts like an electromagnet, and it can emit a powerful magnetic force that allows it to float. It is often compared to a flying saucer or UFO due to its unique shape and hovering ability.

  10. Magnezone – #462 - Magnet Area Pokémon - veekun

    Sometimes the magnetism emitted by Magnezone is too strong, making them attract each other so they cannot move. It evolved from exposure to a special magnetic field.