This Tamiya R/C kit recreates the classic 1992 Audi V8 Touring. The 1992 Audi V8 Touring employed an improved 3.6-litre V8 engine, Audi's famed quattro four-wheel drive, and an imposing body. It overcame significant ballast handicaps and showed off overwhelming strength, particularly in a podium sweep at the 1st race of the 2nd meet at the Nürburgring. The model faithfully recreates this classic racing car with a detailed polycarbonate body mated with the entry-level and user-friendly TT-02 chassis.

The shaft-driven 4WD TT-02 chassis employs a longitudinal layout with the battery on the left and the motor on the right for excellent stability. It features identical left and right suspension arms and uprights for ease of assembly, plus easy-to-maintain gearboxes. It offers 2 different wheelbases, 2 ground clearance settings, and 2 tread set-ups in addition to a range of 10 possible gear ratios, with brake disc-shaped wheel hubs and stylish front bumper supports.

1992 Audi V8 Touring RC Car — overview

This Tamiya R/C kit recreates the classic 1992 Audi V8 Touring with a detailed polycarbonate body mated to the entry-level TT-02 chassis.

• Includes polycarbonate (clear unpainted) body shell
• Window masking stickers included to aid in the paint job process
• Stickers included to recreate the markings for the 1992 Audi V8 Touring
• Two-piece mesh wheels have silver rims and spokes and are paired with racing slick tyres
• Separate parts included to depict side mirrors
• A wealth of Hop-Up Option parts available to tune the TT-02 chassis to your performance needs

• 1x Tamiya TT-02 1992 Audi V8 Touring RC Car Kit

• 7.2V NiMH Battery & Compatible Charger
• 4 x AA Batteries
• Standard Sized Servo
• Electronic Speed Controller (ESC)
• 2Ch Transmitter & Receiver
• Tamiya PS Paint

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.