Model Scene 006-07 Grass-Flock 6,5 mm - Beige 50g is a high-quality beige modeling flock designed for creating realistic grassy surfaces in various layouts and dioramas. This product is particularly recommended for depicting autumn vegetation or dried areas, giving any scene a naturalistic appearance. The 6.5 mm static grass is made from innovative, durable nylon fibers, guaranteeing an excellent visual effect and lasting coverage.

• Category: Modeling flock/static grass for dioramas and layouts
• Material: High-quality nylon fibers, resistant to deformation and UV radiation
• Fiber length: 6.5 mm – ideal for realistic imitation of taller grasses and bushes
• Package weight: 50g – sufficient to cover even large layout areas
• Color: Beige – perfect for autumn landscapes or steppe regions
• Applications: railway layouts, military dioramas (from the 19th century to modern times), architectural models, battle sceneries
• How to use: apply onto a wet layer of PVA glue using a static grass applicator to achieve the effect of upright standing grass
• Color mixing: the entire range of Model Scene flocks allows you to achieve any shades and textures, perfect for individual projects

Model Scene 006-07 Grass-Flock 6,5 mm - Beige 50g is especially recommended for modelers building railway layouts in H0 (1/87), TT (1/120), N (1/160) scales, as well as for those creating historical dioramas for models in 1/35, 1/48, or 1/72 scales. The product is ideal for both beginner hobbyists and advanced modelers valuing high quality and effect customization possibilities.

Level of difficulty: 1/5 – very easy to use, even for people just starting their modeling adventure. It creates naturally looking lawns and irregular grass tufts. Once dry, the flock can be airbrushed or further treated with pigments, enamels, or oils for even greater realism.

Thanks to its excellent adhesion and broad modification possibilities, Model Scene 006-07 Grass-Flock 6,5 mm - Beige 50g is a professional product guaranteeing success even for the most demanding modeling projects.