Zero Paints ZP-1433 Nassau Blue Paint is a specialist modeling lacquer designed to faithfully reproduce the authentic Nassau Blue color used on the legendary 1965 Chevrolet Corvette. This paint is primarily intended for modelers working on the Revell Kit in 1/24 scale, but it will work perfectly on any model requiring this unique shade.

Manufactured by Zero Paints, this product stands out with excellent coverage and precise pigment proportion recreation, enabling a realistic effect that mirrors the original. Nassau Blue Paint comes in a 60 ml container, providing enough material for multiple uses, even on large models. The product is pre-thinned for airbrush application, allowing you to achieve a smooth surface with no brush marks and ensuring even coverage of the finest details.

• Intended use: 1/24 scale car models, period-correct color scheme for the 1960s—especially the 1965 Chevrolet Corvette, USA
• Years used: Color historically used between 1965–1966 in the United States, postwar period—the 1960s.
• Product category: Model airbrush paint
• Material: Acrylic/basecoat paint, ready for spraying
• Volume: 60 ml
• Physical state: Ready-to-use liquid (does not require additional thinning)
• Additives: No additives, dedicated to purity of color and ease of application
• Application: Automotive scale modeling, ideal for classic cars and collectible automotive models

Especially recommended for: both intermediate and professional modelers who expect perfection in matching the original color scheme. Nassau Blue gives depth and a unique character to models, while maintaining an extremely realistic shade.

Difficulty level: 2/5 – designed for users who have an airbrush and basic experience with this tool. Painting is intuitive, and the fast drying and great coverage make the work easier.

Zero Paints ZP-1433 Nassau Blue Paint is the indispensable choice for every automotive classic enthusiast who expects the highest quality and full color fidelity to the original. The paint guarantees a professional result, satisfying even the most demanding modelers.