PROTOform LTC-R Lightweight

PROTOform LTC-R Light Weight 190mm 1:10 EP Touring Car Body Sell

Please note: Body shells can not be shipped out of Australia due to their size



The PROTOform LTC-R has become the industry standard race body for rubber tire touring car racing, having won multiple IFMAR world championships, ROAR National Championships, European Titles, Snowbird Nationals, and International Indoor Championship titles.

This Global Body Spec-ready race body is designed specifically for these lower-grip applications, with slightly more steering ability than the all conquering PROTOform Mazdaspeed6 body style, yet less aggressive than the PROTOform R9-R body. To further aid balance and rear grip, the wing mounting location is moved slightly rearward.

The LTC-R features two trim lines - one for IFMAR/EFRA/ROAR/JMCRA racing at the 115mm height as well as the BRCAs 120mm height rule. The oversized rear wing helps performance on a poor-grip surface that’s commonly experienced in club racing, but also incorporates trim lines for sanctioned style racing. The LTC-R is available in 2 different weights of genuine lexan and comes with protective film, decals and wing mounting hardware.

Please note: All bodies are sold in crystal clear lexan and are painted for advertising purposes only.

Best suited to:Modified Racing and experienced stock racers. Most aggressive body, giving maximum steering on and off power. Slightly less rotation on hairpins than MazdaSpeed 6.


  • Produced in Genuine .025" Lexan®
  • Attractive contemporary styling & improved downforce front and rear
  • Dual trim line for BRCA as well as all other RC sanctioned rule packages. Fits Global Body Spec rules package

Body Spec:

  • Length: 15.9" (406mm)
  • Width: 7.5" (190mm)
  • Height: 4.4" (112mm)
  • Wheel Base: 10.2" (259mm)

Package included:

  • Clear LTC-R Light Weight Body
  • Detailed decal sheet
  • Paint-then-peel overspray film
  • Window Masks
  • Wing mounting hardware

*Only standard shipping is available outside of Victoria due to the excess size.