Flaaffy (Neo Revelation 28) Collector’s Guide

Character Intro

Flaaffy from the Neo Revelation set is an Uncommon card numbered 28. A 70 HP Stage 1 Lightning-type that evolves from Mareep, it features two attacks—Electric Punch and the board-splashing Tail Shock—making it a straightforward yet engaging addition to any collection.

Quick Facts

• HP: 70
• Type: Lightning
• Stage: Stage 1 (Evolves from Mareep)
• Weakness: Fighting ×2
• Retreat Cost: 1
• Flavor Text: Its fluffy fleece easily stores electricity. Its rubbery hide keeps it from being electrocuted.
• Attacks:
• Electric Punch (20 damage, 1 Lightning energy)
• Tail Shock (30 damage, costs 1 Lightning + 2 Colorless; flip a coin—if heads, does 10 damage to each of opponent’s Benched Pokémon)

Key Printings

This exact printing is from the Neo Revelation set, card number 28, classified as Uncommon. It is illustrated by Toshinao Aoki and features the classic Neo series design elements. No release date is documented for this card.

Variants & Identifiers

There are no known print variants for this card. Identifiers include the set code “neo3” and the card ID “neo3-28.” The card’s subtype is Stage 1, and it carries no regulation mark.

Legality & Play Notes

Legality: unknown
This card is not legal in Standard, Expanded, or Unlimited formats. Its unique attack, Tail Shock, can potentially damage multiple opponent Benched Pokémon, making it tactically interesting despite its limited tournament legality.

Care & Storage Tips

To preserve the vivid artwork and maintain card condition, store Flaaffy in a protective sleeve away from direct sunlight and moisture. Given its Uncommon rarity and unknown release date, keeping it in mint condition could enhance its collectible value.

Set-by-Set Micro-summaries

• Neo Revelation: Flaaffy appears as a Stage 1 Lightning-type Pokémon with solid HP and versatile attacks. This set highlights Pokémon from the Neo series with detailed illustrations and unique gameplay mechanics. The card fits well into Lightning-themed decks due to its energy cost and attack effects.