AK Interactive AK11343 MERDC Sand (FS30277) 17ml is a top-quality acrylic model paint, dedicated to painting military vehicle models in the precise MERDC Sand (FS30277) tone. This sand shade is part of the standard American MERDC (Mobility Equipment Research and Development Center) camouflage, widely used by the US Army during the Cold War period. This color was utilized for painting tanks, armored personnel carriers, and combat support vehicles operating in harsh desert conditions, including during exercises in US training areas and Middle Eastern conflicts.

• Category: high-pigment acrylic model paint for plastic, resin, and 3D printed models
• Volume: 17 ml – ideal for painting both small parts and larger models
• Original shade: MERDC Sand (FS30277) – perfect reproduction of authentic US Army color standards
• Historical period: Cold War and modern era, used by the US Army
• Intended for: scale models such as 1/35, 1/48, 1/72, and others
• Formula: highly efficient, modern composition, free from toxic substances
• Finish: matte, perfectly masks details and provides a realistic look
• Designed for: brush and airbrush application without clogging risk after thinning
• For beginners and advanced modelers
• Difficulty level: 1/5 (very easy application)
• New ergonomic cap – quick color identification

AK Interactive AK11343 MERDC Sand (FS30277) 17ml is recommended for all modelers building realistic replicas of armored and military vehicles from the Cold War and modern conflicts, especially those extensively used by the United States Army. The latest pigmentation technology ensures color durability, depth, and full coverage even on the tiniest miniature details. The unique formula provides easy application on both large model surfaces and precise details—regardless of the chosen painting technique.

The product is especially recommended for modelers who expect faithful representation of historical and contemporary military vehicle colors, as well as all hobbyists who care about the highest quality finish for their models.