ROCHE 151013 Rapide P12-EVO 1/12 Competition Pan Car Kit  [RH-151013]

ROCHE Rapide P12-EVO 1/12 US Ver. Competiton Car Kit
Price:
CAD$356.89
Brand:
ROCHE
Model:
RH-151013
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Track Overview of the ROCHE Rapide P12-EVO

RC racers looking for a pure competition platform will appreciate the ROCHE 151013 Rapide P12-EVO 1/12 US Version. This kit targets lap-time improvements with an emphasis on balance, reliability, and parts you can tune to suit race conditions.

Engineered for Balanced Handling

The Rapide P12-EVO features a precisely laid out pan chassis that promotes stable cornering and predictable weight transfer. At 1/12 scale the layout is optimised for low center of gravity and responsive steering, helping drivers extract consistent lap times on technical tracks.

Tunable Components for Race-Day Setups

Suspension and adjustability are front and centre on this kit, giving racers a wide tuning window. Adjustable mounting points and refined suspension geometry let you dial in grip levels and turn-in to match surface changes or different tyre choices.

How It Stacks Up Against Rivals

Compared with other 1/12 pan cars, the ROCHE Rapide P12-EVO stands out for its quality fit and the breadth of setup options. It is aimed at competitors who expect workshop-level adjustment and track-proven stability rather than a basic RTR layout.

Specifications

  • Scale: 1/12
  • Chassis Type: Pan Car
  • Drive Type: 2WD
  • Suspension: Advanced Tuning Options
  • Body: Lightweight Design

The ROCHE Rapide P12-EVO is suited to experienced hobbyists and racers who want a tunable, competition-focused 1/12 platform for track use.

A small hex driver set, precision tweezers, thread lock for metal screws, and a set of fine screwdrivers will cover most of the build steps. A setup board helps with measuring ride height and camber.
Use a compact 1/12 appropriate brushless motor and a low-profile speed controller to fit the pan chassis. Choose a servo with good torque and a slim case for steering duties.
Start with neutral camber and standard ride height, then adjust droop and toe to tune responsiveness. Make small changes and test one variable at a time to find the best balance.

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