AMMO by Mig Jimenez 20928 ATOM WWII Imperial Japanese Navy Aircraft Set 6x20ml

AMMO by Mig Jimenez 20928 ATOM WWII Imperial Japanese Navy Aircraft Set 6x20ml is a specialized set of acrylic model paints designed to replicate the historic paint schemes of Imperial Japanese Navy (IJN) aircraft from World War II. The set contains 6 carefully selected colors, each with a capacity of 20 ml, developed based on historical documentation and tests with professionals. They allow for authentic camouflage effects as used both on aircraft carriers and Pacific airfields from 1939 to 1945.

• Country of use: Japan
• Historical period: World War II, Pacific operations 1939-1945
• Recommended models: Mitsubishi A6M Zero, Aichi D3A Val, Nakajima B5N Kate and many other IJN machines
• Intended use: For painting plastic aircraft models in popular scales 1/72, 1/48, 1/32
• Material: New-generation water-based acrylic paints, non-toxic and odorless
• Packaging: Transparent 20 ml bottles, convenient dropper dispenser, modern design
• Product features: Self-leveling, fast-drying, excellent coverage, durability and ease of use both with brush and airbrush
• Category: Acrylic paint set for modeling

The AMMO by Mig Jimenez ATOM WWII IJN set provides the highest historical accuracy, allowing for precise recreation of the color schemes of iconic machines that played key roles in the battles of Midway, Pearl Harbor, and many others. Specially selected shades such as IJN Ash Grey, Seal Grey, Nakajima Dark Green, and Mitsubishi Green faithfully reflect the authentic factory and field colors used by the Japanese military aviation.

These paints are recommended for both intermediate modelers and professionals interested in aircraft mock-ups from this important period of history. An ideal choice for IPMS galleries, model contests, and diorama projects. The level of difficulty in use is rated at 2/5 – the set enables easy application for beginners as well as advanced shading techniques for experts. We definitely recommend this product as a tool ensuring perfect finishes for IJN models, high resistance to modeling chemicals, and very good efficiency.