Rev D Nissan 180SX WISTERIA Unpainted Body Set DB-180SXW

This model is based on the Nissan 180SX WISTERIA, driven by Hideyuki Fujino, a hugely popular driver in the D1 Grand Prix, and produced in collaboration with Addiction, a company with a proven track record for creating realistic body shapes! To accurately recreate the impressive aerodynamic design of the actual car, the body is sculpted using a three-piece design with separate aero parts: front, rear, and main body. The taillights come with inner parts for both early and late models, as well as WRAP-UP 3D decals (for interior and exterior application), allowing for a more realistic build. The Nissan 180SX WISTERIA body combines racy styling with a smooth, nose-in design, so be sure to try it out!

*The image shows a completed sample. The actual product is an unpainted polycarbonate body, and painting and assembly are required before it can be driven.

[Product Dimensions] Length: 479.5mm Width: Front 198mm / Rear 196mm Overall height: 123mm. Wheelbase: 258mm.

*This product does not include fuel, batteries, charger, paint, adhesives, oil, or grease. This model is based on the NISSAN 180SX WISTERIA used by Hideyuki Fujino, the hugely popular driver in the D1 GRAND PRIX, and is crafted in collaboration with Addiction, a company with a proven track record of creating realistic body shapes! To accurately recreate the impressive aero design of the actual car in every detail, the body is sculpted into three sections: front, rear, and main body, plus separate aero parts. The taillights come with inner parts for both early and late model models, as well as WRAP-UP 3D decals (for interior and exterior application), allowing for a more realistic build. Try out the NISSAN 180SX WISTERIA body, combining racy styling with a smooth, nose-in characteristic!

[Product Dimensions] Length: 479.5mm, Width: Front 198mm / Rear 196mm, Height: 123mm, Wheelbase: 258mm *Images are of a completed model. The product comes with an unpainted polycarbonate body; painting and assembly are required before it can be driven.