3Racing KIT-M4TCR/CL Sakura 1/10 M Chassis 4WD Technical Kit  [KIT-M4TCR/CL]

3racing Sakura 1/10 M Chassis 4WD 2018 & TCR Body Set - KIT-M4TCR/CL
Price:
USD$121.80
Brand:
3Racing
Model:
KIT-M4TCR/CL
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Technical Overview of 3Racing Sakura KIT-M4TCR/CL

The 3Racing KIT-M4TCR/CL is a purpose-built 1/10 scale M Chassis platform engineered for circuit performance. The compact layout and 4WD system allow precise weight distribution and predictable handling, providing a solid base for tuning and competitive setup work.

Chassis Geometry and Dynamics

The Sakura's M Chassis offers adjustable suspension mounting points and a low polar moment to aid rotation. The 4WD drivetrain balances traction and cornering response, enabling finer adjustment of understeer and oversteer through shock rates and roll stiffness.

Recommended Tuning Path

For track optimisation focus on spring rate progression, damper oil selection and droop settings first, then refine gear ratios and motor timing for lap time gains. Typical upgrades include stiffer anti-roll bars, reinforced dogbones and aluminium shock towers for improved repeatability.

Competitive Fitment and Upgrades

The KIT-M4TCR/CL accepts standard racing electronics such as compact brushless motors and low-profile servos. Upgrading to hardened driveline components and precision bearings will increase reliability under aggressive race conditions.

Specifications

  • Scale: 1/10
  • Drive Type: 4WD
  • Chassis Type: M Chassis
  • Body Set: TCR

As a tunable M Chassis platform, the 3Racing Sakura KIT-M4TCR/CL is well suited to racers who prioritise setup refinement and predictable handling on the circuit.

Reinforced driveshafts, hardened dogbones and aluminium bulkheads are the first upgrades to reduce wear under high torque conditions.
Start with damper oil and spring changes to improve mechanical grip, then adjust droop and camber to fine tune tyre contact for faster cornering.
Use conservative gearing on higher torque motors to protect the drivetrain, and test incremental changes to find the best compromise between acceleration and top speed.