Home Games Pokémon Pokédex #695 Heliolisk #695 Heliolisk #694 Helioptile #696 Tyrunt Quick facts Name Heliolisk Type Electric Normal Species Generator Pokémon Height 1 m (3' 3") Weight 21 kg (46.3 lbs) Catch rate 75
Heliolisk's description Heliolisk is a Electric - / Normal -type Pokémon introduced in Gen 6 and has the National Dex number #695. The Pokédex classifies it as the Generator Pokémon.
Heliolisk's name in Chinese (T / S) French German Japanese Korean 일레도리자드 (Illedorijadeu) Iguolta Elezard エレザード (Elezard) 光電傘蜥 / 光电伞蜥 (Guāngdiànsǎnxī)
Heliolisk's resistances & weaknesses
Heliolisk's rearing Training Experience Growth Medium Fast Base Happiness 50 EV yield 1 Sp. Atk, 1 Speed
Breeding Gender ratio 50% – 50% Egg Group(s) Dragon , Monster Egg Cycles 20 (approx. 5120 steps)
Heliolisk's abilities
Heliolisk's base stats Stats Lv. 50 Lv. 100 Min Max Min Max HP 62 122 234 169 328 Attack 55 54 103 117 229 Defense 52 51 98 114 223 Sp. Atk 109 102 200 177 348 Sp. Def 94 89 173 160 315 Speed 109 102 200 177 348 Total 481
Minimum stats are calculated with 0 EVs, 0 IVs, and (if applicable) a hindering nature. Maximum stats are calculated with 252 EVs, 31 IVs, and (if applicable) a helpful nature.
Heliolisk's evolutions
Heliolisk's Pokédex entries Gen Game Description 6 X They flare their frills and generate energy. A single Heliolisk can generate sufficient electricity to power a skyscraper. 6 Y It stimulates its muscles with electricity, boosting the strength in its legs and enabling it to run 100 yards in five seconds. 6 Omega Ruby They flare their frills and generate energy. A single Heliolisk can generate sufficient electricity to power a skyscraper. 6 Alpha Sapphire It stimulates its muscles with electricity, boosting the strength in its legs and enabling it to run 100 yards in five seconds. 8 Sword A now-vanished desert culture treasured these Pokémon. Appropriately, when Heliolisk came to the Galar region, treasure came with them. 8 Shield One Heliolisk basking in the sun with its frill outspread is all it would take to produce enough electricity to power a city.
