Tamiya MF01X Front Adjustable Aluminium Spring Damper 53mm MF353F/PBT by GPM  [MF353F/PBT]

Tamiya MF01X Aluminium Front Adjustable Spring Damper 53mm With Plastic Ball Top - 1pr set - GPM MF353F/PBT
Price:
USD$15.90
Brand:
GPM
Model:
MF353F/PBT
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Front adjustable aluminium damper for technical setups

This front adjustable spring damper is supplied as a pair and is intended for use on the Tamiya MF01X front suspension. The component features an aluminium damper body with a plastic ball top and a nominal length of 53mm, providing a serviceable replacement or upgrade for MF01X front shock assemblies.

Engineered to accept standard MF01X shock pistons and springs, the damper permits changes to spring preload and damping via commonly used shock oils and piston choices. The plastic ball top reproduces the ball-stud connection used in Tamiya-style steering and suspension linkages, ensuring predictable fitment.

Installation guidance: the damper installs into MF01X front mounts using existing geometry and ball-stud fixtures. Routine service requires standard shock assembly tools and periodic inspection of seals and oil. For setup adjustments, change preload and oil viscosity incrementally to refine squat, roll and front-end bite without altering chassis geometry.

Specifications

  • Item: Front adjustable spring damper, 53mm, with plastic ball top, 1 pr set
  • Material: Aluminium body, plastic ball top
  • Model Number: MF353F/PBT
  • Compatibility: Tamiya MF01X

A practical aluminium-bodied front damper option for MF01X owners seeking a robust replacement that supports conventional tuning and retains Tamiya-style ball-top mounting.

One pair of front adjustable dampers with plastic ball tops for MF01X front suspension.
Yes, it accepts standard MF01X shock pistons and springs so common piston and oil combinations can be used.
Inspect seals and shock oil periodically, replace oil when damping response changes, and check ball-top fit for wear.
Increase front preload or use higher-viscosity oil to firm the front end; adjust in small steps and record changes for repeatable results.