Discard up to 2 Basic Water Energy cards from your hand. This attack does 140 damage for each card you discarded in this way.
| Supertype | Pokémon |
|---|---|
| Subtype | Stage 2 |
| HP | 330 |
| Types | Water |
| Attack | Twin Cannons |
| Attack cost | Water |
| Rarity | Double Rare |
| Pokédex | 9 |
| Evolves from | Wartortle |
供应商信息
- 商店名称： DutchGem
- 供应商： DutchGem
-
地址:
gekkestraat
179
2345GT Utrecht
Celestial Storm
It changes its shading to match its surroundings so it can sneak up on prey. Only its belly patterns stay fixed.
Chilling Reign
It shatters drift ice with its strong tusks. Its thick layer of blubber repels enemy attacks.
Battle Styles
It sends electricity through its legs to boost their strength. Running at top speed, it easily breaks 50 mph.
Chilling Reign
The turning of the seasons changes the color and scent of this Pokémon's fur. People use it to mark the seasons.
Fusion Strike
It can swim while towing a large ship. It bashes down foes with a swing of its thick arms.
相关产品
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
Until recently, people living in the mountains would ride on the back of these Pokémon to traverse the mountain paths.
Scarlet & Violet
With its herculean powers, it can easily throw around an object that is 100 times its own weight.
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 uses the reflective fur lining its cape to camouflage the stem of its flower, creating the illusion that the flower is floating.
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.