AMMO of Mig Jimenez 0928 OLIVE DRAB HIGH LIGHTS is a high-quality acrylic modeling paint designed for realistically highlighting details and creating highlight effects on military vehicle models, figures, and military equipment elements. This product is part of the renowned acrylic paints series from the Spanish manufacturer AMMO by Mig Jimenez, who has been setting global standards in modeling materials for years.

The OLIVE DRAB HIGH LIGHTS color was developed in response to the needs of modelers working with armored and military vehicles, especially tank, APC, and car models painted in the characteristic Olive Drab shade. This paint has been specially formulated to accentuate light areas and to create effects of wear and sun exposure. Its shade perfectly imitates the lightened Olive Drab used on American vehicles during World War II and in the postwar period (Cold War and even modern times), utilized by armies such as the United States, the United Kingdom, and NATO countries.

• Water-based acrylic paint, odorless and safe for health.
• Excellent consistency ensures easy application with both brush and airbrush.
• High coverage – sufficient for many models in scales 1/35, 1/48, 1/72, and even larger ones like 1/24.
• 17 ml bottle with a convenient dropper applicator, preventing drying out and allowing precise dosage.
• Ideal for creating highlight effects, color modulation, and filters.
• Compatible with other products from the AMMO series, such as washes, pigments, or varnishes.

This product belongs to the category of acrylic paints for plastic, resin, and metal models. Recommended for advanced and intermediate modelers (difficulty level 2/5) seeking professional and authentic finishing effects. Especially recommended for historical modeling and military diorama enthusiasts who value color realism and paint durability.

By choosing AMMO of Mig Jimenez 0928 OLIVE DRAB HIGH LIGHTS, you are investing in a paint appreciated by modelers worldwide, guaranteeing distinctive highlights and full control over the final effect of your models.