AMMO Mig 7124 WWII AMMUNITION COLORS 6x17ml is a professional set of acrylic modeling paints, specially designed for realistic painting of World War II ammunition. The product is developed by renowned company AMMO by Mig Jimenez, ensuring high quality and authentic colors. The set includes six carefully selected shades that match the most commonly used colors for ammunition production by countries such as Germany, the USA, the USSR, and Great Britain.

• Intended for replicating realistic colors of ammunition belts and tank shells from World War II
• Contains three latest-generation metallic paints: steel, brass, copper — with outstanding gloss typical of lacquers, yet fully non-toxic
• Colors included in the set: A.MIG-191 STEEL, A.MIG-197 BRASS, A.MIG-032 SATIN BLACK, A.MIG-048 YELLOW, A.MIG-199 COPPER, A.MIG-001 RAL 6003 OLIVGRÜN OPT.1
• Ideal for painting ammunition: German, Soviet, American, and British, including armor-piercing, high-explosive, and other types used during World War II (years 1939–1945)
• Water-based acrylic – paints are odorless and non-toxic, perfect for both experienced modelers and those who prefer to work at home
• Each bottle includes a stainless steel mixing ball for easy and effective mixing

The paints can be thinned with water or a dedicated thinner MIG-2000 Acrylic Thinner, making them suitable for both brush and airbrush application. The set works perfectly in any model scale, including 1/35, 1/48, or 1/72 – especially for achieving effects that vary between types of ammunition and their purposes in the different armies of the World War II era.

Category: Acrylic modeling paint set
Material: high-quality water-based acrylics | The set does not include ammunition models
Recommendation: An unbeatable choice for military modelers, diorama builders, and all hobbyists aiming to accurately reproduce historical details. Difficulty level: 1/5 – easy to use, suitable for both beginners and advanced users.
Recommended for independent projects or as an addition to your modeling tool collection.