Your opponent’s Active Pokémon is now Poisoned. During your opponent’s next turn, Energy cards can’t be attached from your opponent’s hand to that Pokémon.
| Supertype | Pokémon |
|---|---|
| Subtype | Stage 1 |
| HP | 130 |
| Types | Fighting |
| Attack | Corrosive Shards |
| Attack cost | Colorless |
| Rarity | Common |
| Pokédex | 970 |
| Evolves from | Glimmet |
Vendor Information
- Store Name: DutchGem
- Vendor: DutchGem
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Address:
gekkestraat
179
2345GT Utrecht
Rebel Clash
It lives in ponds and marshes that feature lots of plant life. It often fights with Dewpider, whose habitat and diet are similar.
Scarlet & Violet
It gently holds injured and weak Pokémon in its fins. Its special membrane heals their wounds.
Sword & Shield
They live alone without forming packs. They will only listen to orders from Trainers who can draw out their true power.
Rebel Clash
With power equal to an excavator, it can dig through dense bedrock. It's a huge help during tunnel construction.
Relaterade produkter
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
It can sense the feelings of others by touching them with its horns. This species has assisted people with their work since 5,000 years ago.
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
Packs of them follow travelers through the desert until the travelers can no longer move.
Scarlet & Violet
Until recently, people living in the mountains would ride on the back of these Pokémon to traverse the mountain paths.
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
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.