Recreate an iconic legend of Japanese motorsport history with the Tamiya 1/10 Nissan R32 GT-R Unpainted Body Shell. Moulded from high-quality, impact-resistant clear polycarbonate, this detailed body shell replicates the aggressive stance, wide wheel arches, and classic lines of the legendary supercar. Designed for a 1/10 scale on-road touring car chassis with a 257mm wheelbase and 187mm width, it fits directly onto popular Tamiya platforms, including the TT-01 and TT-01 Type-E.

• Arriving completely clear and unpainted, this body shell allows custom builders to apply their own livery and colour choices. The lightweight polycarbonate construction maintains a low centre of gravity while protecting underlying electronics from dirt and light track impacts during high-speed runs. To complete the body shell, painters must use polycarbonate-safe paints such as the Tamiya PS spray series, as standard acrylics or enamels will fail to adhere properly and can damage the surface. Trim the body, mask the windows, spray your favourite shade, and mount it to your chassis for a striking trackside presence.

• Scale 1/10 Replica Of The Classic Nissan Skyline GT-R R32 On-Road Car

• Moulded From Lightweight And Durable Clear Polycarbonate Material

• Designed For On-Road Chassis Platforms With 257mm Wheelbase And 187mm Width

• Direct Fitment For Tamiya TT-01 And TT-01 Type-E Chassis Cars

• Includes Window Masking Sheets And Detailed Scale Exterior Decals

• Requires Trimming Painting And Body Mounting Hole Drilling Before Installation

• Genuine Tamiya Product

• 1x Tamiya 1/10 Nissan R32 GT-R Clear Unpainted Body Shell

• 1x Window Masking Sheet Set

• 1x Sticker & Decal Sheet Set

• 1x Polycarbonate Spray Paint (e.g. Tamiya PS Series)

• 1x Curved Body Scissors

• 1x Reamer Tool

• 1x Wheel Arch Cutter

This body shell comes completely UNPAINTED and may or may not require body post holes to be drilled. Only use a polycarbonate style paint such as the Tamiya PS series to finish these bodies, as standard paints will not adhere and/or cause damage to the body shell's surface.