TRAXXAS MINI XRT VXL 3S Front Driveshaft Upgrade XRTM062FS by GPM  [XRTM062FS]

TRAXXAS MINI XRT VXL 3S 4140 Carbon Steel Front Driveshafts And Drive Cups - GPM XRTM062FS
Price:
USD$26.90
Brand:
GPM
Model:
XRTM062FS
GTIN:
4894538402759
Condition:
Brand New
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Technical front driveline upgrade

This aftermarket assembly replaces the front CVD driveshafts on the TRAXXAS MINI XRT VXL 3S chassis. The components are CNC-oriented 4140 carbon steel with a hardened black treatment and a CVD-style joint to allow increased steering angle while maintaining efficient torque transfer from the motor to the drivetrain. Each shaft measures 62mm from dog bone end to midpoint for the designated front CVD location on this model.

Units are supplied pre-assembled for quick installation. Drive cups and the specified set screws are included to complete the front assembly. For reliable fastener retention apply medium-strength screw thread adhesive to the set screws and verify torque values during initial break-in.

Packing includes

  • Front Driveshafts - 2 pcs
  • Drive cups - 2 pcs
  • Set Screws M4x2.5x12.5 - 2 pcs

Original Name / Part No:

10789,10789X

Compatible Models

  • TRAXXAS MINI XRT VXL 3S-108076-1

This precision replacement set focuses on strengthening the front driveline using hardened 4140 material and a CVD-style interface to support increased steering lock and consistent torque transmission; follow recommended thread-lock procedures and verify fitment with existing front CVD components before extended use.

Each shaft measures 62mm from dog bone end to midpoint and is intended for the front CVD mounting position on the MINI XRT VXL 3S; confirm against your chassis geometry before final assembly.
Hardened 4140 offers superior tensile strength and resistance to wear compared with softer steels, improving durability under high torque and reducing deformation in aggressive driving conditions.
Yes, the assembly is supplied pre-assembled; verify set screw torque and use a medium-strength thread adhesive to ensure retention during initial break-in.
Inspect the CVD joint for play, check set screw torque after the first run, and look for surface wear at contact points; address any looseness immediately.
The CVD-style interface allows increased steering lock compared with some stock arrangements, but final clearance depends on wheel, tyre, and body choices and should be checked prior to aggressive use.