If your opponent’s Active Pokémon is affected by a Special Condition, this attack does 120 more damage.
| Supertype | Pokémon |
|---|---|
| Subtype | Basic |
| HP | 220 |
| Types | Water |
| Attack | Catharsis Roar |
| Attack cost | Water |
| Artist | takuyoa |
| Rarity | Hyper Rare |
| Pokédex | 1009 |
Vendor Information
- Store Name: DutchGem
- Vendor: DutchGem
-
Address:
gekkestraat
179
2345GT Utrecht
Phantom Forces
Their beautiful form comes from the muscles they have developed. They run silently in the night.
Lost Thunder
Even in the fiercest wind, it can control its fluff to make its way to any place in the world it wants.
Sword & Shield
These Pokémon live in herds. Their trunks have incredible grip strength, strong enough to crush giant rocks into powder.
Astral Radiance
This attack does 20 more damage for each Benched Pokémon (both yours and your opponent’s).
Sun & Moon
It usually clings to cliffs. When it spots its prey, it spreads its wings and glides down to attack.
Related products
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 ball of threads wrapped around its body is elastic enough to deflect the scythes of Scyther, this Pokémon's natural enemy.
Scarlet & Violet
This Pokémon scatters poisonous powder to repel enemies. It will eat different plants depending on where it lives.
Scarlet & Violet
Though it looks like Tentacool, Toedscool is a completely different species. Its legs may be thin, but it can run at a speed of 30 mph.
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
Dolliv shares its tasty, fresh-scented oil with others. This species has coexisted with humans since times long gone.
Scarlet & Violet
It scatters poisonous spores and throws powerful punches while its foe is hampered by inhaled spores.
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.