Radiant Venusaur Pokemon Go #4
No listings for Raw NM
Price History
Market Prices
Loading price data...
Radiant Venusaur Card Facts & History
5 facts about this card
Card History
Radiant Venusaur is part of the Pokémon TCG’s Radiant Pokémon mechanic, a Shiny Pokémon class introduced in the Sword & Shield era with the deck-building restriction that you can play only 1 Radiant Pokémon in your deck.
Set Lore
This card is one of the standout Radiant cards in the special Pokémon GO expansion, a crossover set created to bring the mobile game’s world into the Pokémon TCG.
Cultural Impact
The Pokémon GO crossover specifically highlighted that Shiny Venusaur appearing in Pokémon GO would also appear in the TCG as Radiant Venusaur, giving collectors a direct bridge between the mobile game and the card game.
In-Game
Radiant Venusaur’s flavor text about its flower blooming while it absorbs solar energy matches Venusaur’s long-running Pokédex identity as a Pokémon deeply tied to sunlight and plant growth.
Artist
The official Pokémon GO set checklist confirms this is card 004 in the set and identifies it as a Radiant Venusaur illustrated by Misa Tsutsui, a detail many collectors track when chasing favorite artists.
Card Reference
About Radiant Venusaur (Pokemon Go #4)
Radiant Venusaur is a Pokemon trading card from the Pokemon Go set, card number 4. This card has a Radiant Rare rarity, is printed in English, belongs to the Sword & Shield era, and was released in 2022. The current market price is $8.00, based on recent Raw NM sales tracked on Double Holo.
Check another Pokemon card's value by name, set, or number.
Over the last 90 days, the Raw NM market price has ranged from $7.98 to $10.68, with a median of $9.22.
Card details
- Set
- Pokemon Go
- Card Number
- #4
- Rarity
- Radiant Rare
- Release Year
- 2022
- Language
- English
- Era
- Sword & Shield
More Pokemon Go cards
Frequently asked questions
What is the current market price of Radiant Venusaur from Pokemon Go #4?
The current market price of Radiant Venusaur is $8.00. Market price reflects recent Raw NM sales on Double Holo and updates as new sales come in.
What set is Radiant Venusaur from?
Radiant Venusaur is from the Pokemon Go set, card number 4, released in 2022.
Is Radiant Venusaur worth grading?
Whether Radiant Venusaur is worth grading depends on its condition and the graded population for the card. Higher grades command larger premiums, so review recent graded sales and use Double Holo's Grading ROI tools to weigh the cost of grading against the expected graded value before submitting.
How can I buy or sell Radiant Venusaur?
You can buy or sell Radiant Venusaur on the Double Holo marketplace, which pairs live listings with a bid and ask order book, so you can set your own price or take the best available offer. Sellers pay a 4.9% platform fee on completed sales, with a $1 minimum.
Approximately 7,500 PSA graded copies tracked.
![Venusaur [1st Edition] - Pokemon Base Set](https://navythaxplgdibyahpqb.supabase.co/storage/v1/object/public/card-images/card_images/611/small.webp?v=wbvYY82pDh1oMX9wBUtu3A%3D%3D)
![Venusaur [Reverse Holo] - Pokemon Legendary Collection](https://navythaxplgdibyahpqb.supabase.co/storage/v1/object/public/card-images/card_images/2769/small.webp?v=8AJ62OShUrH%2Fkz2wH21%2FCg%3D%3D)
![Erika's Venusaur [1st Edition] - Pokemon Gym Challenge](https://navythaxplgdibyahpqb.supabase.co/storage/v1/object/public/card-images/card_images/1785/small.webp?v=ma5FS7Oqw673C7ltpdixWw%3D%3D)
![Venusaur [Shadowless] - Pokemon Base Set](https://navythaxplgdibyahpqb.supabase.co/storage/v1/object/public/card-images/card_images/626/small.webp?v=RlQSCASO18DQCq8Rr5cqGg%3D%3D)
![Venusaur EX [1st Edition] - Pokemon Japanese 20th Anniversary](https://navythaxplgdibyahpqb.supabase.co/storage/v1/object/public/card-images/card_images/32873/small.webp?v=EnHvwnM4WYdTnF07ZsG4IQ%3D%3D)
![M Venusaur EX [1st Edition] - Pokemon Japanese 20th Anniversary](https://navythaxplgdibyahpqb.supabase.co/storage/v1/object/public/card-images/card_images/32886/small.webp?v=B1g1Cvfj8sSci9vSWpwR5w%3D%3D)
