AMMO of Mig Jimenez 1510 TAN FOR 3 TONE CAMO 30ml is a professional model filter from the renowned brand AMMO by Mig Jimenez, designed for modelers seeking high-quality finishes for models in realistic, multicolored camouflage tones. This product is an original filter created by Mig Jimenez himself—a world-famous modeling expert who revolutionized the market back in 2002 with his original series of filters.

• Category: Modeling effect – enamel filter for weathering
• Capacity: 30 ml
• Base: enamel
• Color: TAN FOR 3 TONE CAMO – ideal for light surfaces, desert camouflage, white winter paint schemes, UN vehicles, modern tanks and armored vehicles, as well as science-fiction models (spaceships, mechs)
• Recommended for: plastic scale models in 1/35, 1/48, 1/72, and other scales
• Supports vehicle models from various countries – Germany, Russia, USA, United Kingdom, France, UN, and many others
• Historical periods: World War II, Cold War, modern times
• Product is ready to use – no mixing or searching for the right dilution required
• The enamel filter can be diluted and cleaned with odorless AMMO thinners
• Does not contain metallic or resin additives

AMMO of Mig Jimenez 1510 TAN FOR 3 TONE CAMO is an excellent tool for achieving a professional weathering effect—subtle shading, unifying colors, and highlighting details on your model. It is especially recommended for military vehicle models from World War II operating on winter fronts, as well as modern UN machines and science-fiction models.

The use of modeling filters significantly increases the realism of any replica, giving it depth and a natural appearance. Recommended for both intermediate and advanced modelers – difficulty level: 1/5. The product is suitable for anyone who wants to quickly and safely improve the appearance of their model without the risk of paint mixing errors.

If you are looking for an easy-to-use, professional product for shading and toning models – AMMO 1510 TAN FOR 3 TONE CAMO is an excellent choice and a guarantee of a realistic final effect.