Knock Out your opponent’s Active Pokémon. If your opponent’s Active Pokémon is Knocked Out in this way, this Pokémon does 200 damage to itself.
| Supertype | Pokémon |
|---|---|
| Subtype | Basic |
| HP | 230 |
| Types | Darkness |
| Attack | Frenzied Gouging |
| Attack cost | Darkness |
| Artist | takuyoa |
| Rarity | Double Rare |
| Pokédex | 1005 |
Vendor Information
- Store Name: DutchGem
- Vendor: DutchGem
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Address:
gekkestraat
179
2345GT Utrecht
Base
Lives in the shadows of tall trees where it eats insects. It is attracted by light at night.
Paradox Rift
It lies on warm rocks and uses the heat absorbed by its square-shaped scales to create fire energy.
Scarlet & Violet
During your opponent’s next turn, this Pokémon takes 10 less damage from attacks (after applying Weakness and Resistance).
Base
Puts enemies to sleep, then eats their dreams. Occasionally gets sick from eating bad dreams.
Darkness Ablaze
During a battle, the hot flame in its body increases. Its kicks have outstanding destructive power.
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Scarlet & Violet
With its herculean powers, it can easily throw around an object that is 100 times its own weight.
Scarlet & Violet
It spits out a fluid that it uses to glue tree bark to its body. The fluid hardens when it touches air.
Scarlet & Violet
The thread it secretes from its rear is as strong as wire. The secret behind the thread's strength is the topic of ongoing research.
Scarlet & Violet
It protects itself from enemies by emitting oil from the fruit on its head. This oil is bitter and astringent enough to make someone flinch.
Scarlet & Violet
The ball of threads wrapped around its body is elastic enough to deflect the scythes of Scyther, this Pokémon's natural enemy.
Scarlet & Violet
This calm Pokémon is very compassionate. It will share its delicious, nutrient-rich oil with weakened Pokémon.
Scarlet & Violet
It lives in tropical jungles. The bunch of fruit around its neck is delicious. The fruit grows twice a year.
Scarlet & Violet
The thread it secretes from its rear is as strong as wire. The secret behind the thread's strength is the topic of ongoing research.