Space-Time Smackdown · #52/208
Magneton (2-Diamonds, Uncommon rarity) is the #52/208 card from the Space-Time Smackdown set in Pokémon TCG Pocket. It is a Lightning card illustrated by Yumi. Magneton can be obtained from Space-Time Smackdown: Dialga and Space-Time Smackdown: Palkia packs in the Space-Time Smackdown set.
| Card Number | 52 / 208 |
|---|---|
| Cost to craft | 70 Pack Points |
| Rarity | |
| Energy type | |
| Rarity description | Uncommon |
| Health | 80 HP |
| Retreat Cost | 1 |
| Stage | Stage 1 |
| Weakness | |
| Available since | 1/30/2025 |
| Card Slot | Pull Rate | Estimated Packs |
|---|---|---|
| 4th card | 2.647% | 38 |
| 5th card | 1.764% | 57 |
| Total | 4.36% 4.36% combined odds to pull from a Regular Pack. Estimated: 23 Regular Pack openings | |
Not available in a Regular Plus 1 Pack.
Not available in a Rare Pack.
Not available in a Themed Rare Pack.
| Card Slot | Pull Rate | Estimated Packs |
|---|---|---|
| 4th card | 2.647% | 38 |
| 5th card | 1.764% | 57 |
| Total | 4.36% 4.36% combined odds to pull from a Regular Pack. Estimated: 23 Regular Pack openings | |
Not available in a Regular Plus 1 Pack.
Not available in a Rare Pack.
Not available in a Themed Rare Pack.
You can obtain the Magneton (2-Diamonds rarity) card by opening Space-Time Smackdown: Dialga and Space-Time Smackdown: Palkia from Space-Time Smackdown set.
Magneton is classified as a 2-Diamonds card in the Space-Time Smackdown set.
Pull rate from Regular Packs: 4.36%
The estimated pull rate for Magneton (Space-Time Smackdown) from a Regular Pack is approximately 4.36%, meaning you might need to open around 23 Regular Packs to obtain it.
Magneton (Space-Time Smackdown) is not available in Rare Packs.
Magneton takes 20 additional damage from Fighting-type attacks. It has a retreat cost of 1 Colorless Energy.
Magneton costs 70 Pack Points to craft. Pack Points can be obtained by opening booster packs and receiving duplicate cards.
Magneton evolves from Magnemite. You'll need the basic Pokémon in play before you can evolve it into Magneton.