This attack does 30 more damage for each of your opponent’s Benched Pokémon.
Tyranitar
Extremely strong, it can change the landscape. It is so insolent that it doesn’t care about others.
| Supertype | Pokémon |
|---|---|
| Subtype | Stage 2 |
| HP | 180 |
| Types | Darkness |
| Attack | Rout |
| Attack cost | Darkness |
| Artist | hncl |
| Rarity | Rare |
| Pokédex | 248 |
| Evolves from | Pupitar |
Vendor Information
- Store Name: DutchGem
- Vendor: DutchGem
-
Address:
gekkestraat
179
2345GT Utrecht
Cosmic Eclipse
It controls the flowers it grows. The petal blizzards that Florges triggers are overwhelming in their beauty and power.
Dragon Majesty
This attack does 50 more damage times the amount of Water Energy attached to this Pokémon.
Sword & Shield
A clever combatant, this Pokémon battles using water balloons created with moisture secreted from its palms.
BREAKthrough
The ultrasonic waves it emits from its ears can reduce a large boulder to pebbles. It emerges out of the dark to attack.
Related products
Scarlet & Violet
It lives in tropical jungles. The bunch of fruit around its neck is delicious. The fruit grows twice a year.
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
It prefers damp places. By day it remains still in the forest shade. It releases toxic powder from its head.
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
Floragato deftly wields the vine hidden beneath its long fur, slamming the hard flower bud against its opponents.
Scarlet & Violet
It prefers harsh environments, such as deserts. It can survive for 30 days on water stored in its body.
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.



