Alclad II ALC E315 FS595-36118 Gunship Gray 30ML – Model Paint for Airbrush

Alclad II ALC E315 FS595-36118 Gunship Gray 30ML is a high-quality model paint from the Mil-Spec line by the renowned manufacturer Alclad II. This product was created for demanding modelers who seek the highest realism and excellent reproduction of authentic colors used on military vehicles, aircraft, and modern military equipment. This enamel-based paint stands out for its quick drying time and ease of application with an airbrush, guaranteeing a uniform, smooth, and semi-matte finish.

• Capacity: 30 ml – an optimal amount for both small projects and larger models.
• Color: Gunship Gray FS595-36118 – an authentic shade used in United States military aviation, especially for gunship aircraft (AC-130, F-15E, F-16 night versions, AH-64 Apache helicopters).
• Usage period: this color has been used from the 1980s to the present day (Cold War, conflicts after 2000).
• Country of use: primarily USA and NATO countries.
• Material: fast-drying enamel (not acrylic); ideal for achieving a realistic military paint coat effect.
• Application: recommended for achieving authentic finishes on model aircraft, helicopters, armored vehicles, and military equipment in 1/72, 1/48, 1/32, and 1/35 scales.
• Compatibility: suitable for use with all Alclad primers as well as most model primers available on the market.
• Product category: professional airbrush model paint.
• Difficulty level: 2/5 – the paint requires skill in airbrush techniques and basic knowledge of mixing and thinning enamels.

We recommend Alclad II ALC E315 FS595-36118 Gunship Gray to all advanced and intermediate modelers who expect not only the correct color but also a durable and realistic finish on their models. The specialist formula of this enamel guarantees excellent coverage, rapid drying, and ease in achieving subtle tonal transitions. Alclad II Mil-Spec ensures color accuracy with real-life military equipment, which will be highly appreciated by enthusiasts of aviation and military modeling.