Paint Forge PFAT0601 Eris Red 6mm – Self-Adhesive Grass Tufts for Dioramas and Bases

Paint Forge PFAT0601 Eris Red 6mm is a high-quality, self-adhesive set of grass tufts dedicated to modelers seeking realistic additions to their dioramas, miniature bases, or layouts in various scales. These precisely crafted 6 mm tufts stand out with their intense Eris Red tone, perfectly imitating the color of autumn, exotic, or fantasy landscapes, allowing you to achieve a unique visual effect. The product is especially recommended for hobbyists building fantasy or science-fiction themed layouts, but also for recreating unusual landscapes dominated by unconventional flora colors.

• Categories: Modeling accessories, diorama add-ons, model vegetation
• Material: High-quality synthetic fibers with a durable, self-adhesive backing for easy application
• Number of pieces in set: 140 self-adhesive grass tufts
• Tuft height: 6 mm – ideal for 1/72, 1/48, 1/35 scales as well as larger or smaller wargaming miniatures
• Manufacturer: Paint Forge – a renowned producer of materials for realistic terrain modeling
• Color: Eris Red – a shade inspired by intensely red tones, excellent for original and unconventional bases and landscapes

This product is not a classic model kit for assembly, but a professional modeling accessory enabling quick and impressive enhancement of dioramas, layouts, miniature bases for historical, fantasy, or sci-fi figures, or elements of wargaming boards. The high quality and durability of the fibers ensure an aesthetic appearance and long-lasting arrangements.

Paint Forge PFAT0601 Eris Red 6mm is recommended for both beginner modelers (assembly difficulty level: 1/5) and advanced creators looking to enrich their projects with extraordinary accents. The self-adhesive base facilitates application, shortening assembly time and reducing the need for additional glue. The product is ideal for preparing terrains for tank models, military vehicles, RPG and Warhammer miniatures, fantasy layouts, and nature scenes on both macro and micro scales.