Description

Fine Flock – Rainforest Canopy

Build the perfect foundation for dense jungle canopy floors, deep tropical terrain, and lush overgrown miniature bases with Fine Flock – Rainforest Canopy from Geek Gaming Scenics. With an ultra-fine particle size and a deep, rich green tone, this hobby-grade fine flock creates smooth, seamless ground cover that blends naturally with painted bases and provides the ideal base layer for more elaborate scenic additions.

Whether you're basing a Seraphon warband, building a shadowy jungle terrain board, or adding a dense canopy floor to a tropical diorama, Rainforest Canopy Fine Flock delivers a consistent, convincing, low-profile result that makes your miniatures look truly at home beneath the jungle canopy.

Why Choose Fine Flock – Rainforest Canopy?

• ✔ Ultra-fine particle size — smooth, seamless texture for dense undergrowth, jungle floor, and tropical ground cover
• ✔ Deep rich green tone — darker, more intense finish than Rainforest Green, perfect for shadowy canopy floors and dense jungle themes
• ✔ Perfect base layer — fills gaps between larger scenic elements for a natural, multi-layered finish
• ✔ Easy to apply — simply glue, pour, press, and seal
• ✔ Available in 300ml & 600ml — choose the size that suits your project

Perfect For

• Jungle canopy, deep tropical & overgrown ruin-themed miniature basing
• Dense rainforest floors, shadowy undergrowth, and tropical campaign terrain boards
• Base layer under static grass, coarse flock, and tufts for a natural, layered finish
• Covering painted surfaces and filling gaps for a smooth, consistent ground cover

How to Apply

1. Apply basing glue or PVA to the area you wish to cover.
2. Generously pour or press Fine Flock onto the wet glue.
3. Shake off the excess and allow to dry completely.
4. Seal with a scenic sealant for a durable, permanent bond.

Available in: 300ml | 600ml | Origin: Made in Great Britain

Packaging: Resealable pouches.

Pros and cons

• Sustainably produced
• Ideal for everyday use
• May discolor in direct sunlight