Scale model accessory Gamers Grass GG6-BURs — 70 brown plant pieces for dioramas and terrain

Gamers Grass GG6-BURs — 70 brown plant pieces are pre-cut tufts designed for use in scale modelling, dioramas, model railways, wargaming tables and miniature displays. The tufts feature very dark bases with sparse beige tips, producing a natural look suited to burned vegetation effects or dark marsh rushes and sedges. Each sheet contains approximately 70 individual tufts in varied shapes and sizes; pieces peel off easily and are intended for static scenic detailing.

Advantages

These tufts provide immediate textural and colour variation without the need for cutting or flocking. Their two-tone appearance offers realistic depth for small-scale vegetation and helps create convincing patches of scorched ground or wetland clumps. Being pre-shaped and ready to apply, they speed up scenic work and allow consistent results across multiple models and diorama surfaces.

Suitable for

• Dioramas and scenic bases
• Model railways and layout landscaping
• Wargaming terrain and table scatter
• Scale model finishing and weathering effects

Key specifications

• Approximately 70 pre-cut tufts per sheet
• Two-tone colour: very dark base with sparse beige tips
• Varied shapes and sizes for natural-looking clusters
• Intended for static modelling and scenic detailing
• Peel-off application for quick placement

How to use

Peel individual tufts from the backing sheet and place them onto your prepared surface. For permanent placement, use PVA glue, scenic adhesive or superglue depending on base material. Press gently to ensure contact and allow adhesive to dry fully. For burned-vegetation or swamp effects, arrange tufts in irregular patches and combine with textured paints, pigments or other Gamers Grass colours to increase realism.

Usage recommendations

For best results, test adhesion on a scrap piece of material before final placement. Combine these brown tufts with lighter or darker colours and different tuft sizes to create more natural transitions and avoid repetitive patterns on large surfaces.