Tamiya 86060 Bright Mica Red (PS60) – Spray Paint for Polycarbonate Bodies 100ml

Tamiya 86060 Bright Mica Red (PS60) is a high-quality spray paint featuring a unique pearlescent red color, created specifically for painting model car bodies made from clear polycarbonate (lexan). This product comes from the renowned model manufacturer Tamiya, respected worldwide by modelers for precision, durability, and the amazing effects achieved using their paints.

Specialized Formula for R/C Models

The Bright Mica Red (PS60) color provides an eye-catching, glossy finish with fine metallic highlights, perfect for replicating both factory and racing car paints. The paint offers excellent coverage and adhesion to clear polycarbonate surfaces, which are most commonly used in remote control (R/C) car bodies. This ensures a durable and damage-resistant finish, ideal for challenging track conditions.

• Capacity: 100 ml – perfect for painting several 1/10 scale or larger model car bodies
• Intended Use: Clear polycarbonate bodies in R/C models
• Material: Paint based on a special chemical blend (intended for polycarbonate only, not for regular plastic)
• Category: Spray model paint for polycarbonate car bodies
• Manufacturer: Tamiya – a leader in the modeling industry

Application Technique and Durability

The spray paint allows for even coverage of the entire model surface without streaks or runs, even with thin coats. It is recommended to apply the paint from a distance of about 20-30 cm, using multiple thin layers, which enhances depth and gloss. PS60 Bright Mica Red features a fast drying time and high resistance to cracking and abrasion, even during dynamic R/C driving.

Who Is It For?

This product is especially recommended for intermediate and advanced modelers looking for a professional paint finish on their R/C models. We rate the application difficulty as 2/5 – basic knowledge of spray painting techniques is advisable. Tamiya PS60 Bright Mica Red is the perfect choice for those who value durability, visual effect, and authenticity of their models’ appearance.