Tamiya MF01X Aluminium Front+Rear Magnet Body Mount by GPM MF201FR  [MF201FR]

Tamiya MF01X Aluminium Front+Rear Magnet Body Mount -1set - GPM MF201FR
Price:
USD$31.90
Brand:
GPM
Model:
MF201FR
GTIN:
4894538272499
Condition:
Brand New
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Aluminium front & rear magnet body mounts for MF01X

This is an RC-scale aluminium front and rear magnet body mount set designed for use with the Tamiya MF01X chassis. The parts replace conventional body clips or posts with magnetic retention points to make body removal and refitting faster during setup and between runs. The component set is intended for hobby use on MF01X cars for body retention and micro-adjustment of body position.

The design focus is practical: aluminium for stiffness and wear resistance, plus embedded magnets for repeatable engagement. This helps when you need to remove the body frequently for battery changes, electronics access, or incremental tuning without stressing plastic posts. The parts work as an accessory to existing body mounting points rather than altering suspension, motor, or steering systems.

Specifications

  • Item: Front and rear magnet body mount set
  • Material: Aluminium
  • Model Number: MF201FR
  • Compatibility: Tamiya MF01X

Use these mounts to simplify body removal and improve repeatability of body placement on MF01X scale RC cars, keeping setup time low between sessions.

The product is specified for the Tamiya MF01X chassis, use on other chassis requires confirmation of body post locations and hole spacing before installation.
Typical small magnets used for body retention have minimal effect on RC electronics; keep them away from sensitive sensors if present and follow manufacturer guidance for placement.
Installation generally uses existing body mounting points; minor trimming of body holes may be required to align with the magnet mount locations depending on body shape and aftermarket shells.
The magnetic mounts permit repeatable body seating, which helps preserve consistent aerodynamic and weight distribution settings when making incremental tuning changes between runs.

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