Upgrade Gearbox for Tamiya DT Series Aluminum Housing JR-THNE06-BK for DT02/DT03/DT04 Hornet EVO by Jazrider  [JR-THNE06-BK]

Price:
NZD$55.00
Brand:
JAZRIDER
Model:
JR-THNE06-BK
Condition:
Brand New
Available in shop
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Machined aluminum housing for Tamiya DT models

This JAZRIDER JR-THNE06-BK aluminum gear box is an RC-scale replacement housing produced to fit Tamiya DT02, DT03, DT04 and Hornet EVO platforms. The single-piece black anodized construction replaces the standard plastic case to improve structural stiffness and promote a steadier gear interface when under load.

Do not expect compatibility beyond the models listed; reuse the original bearings, spur and pinion gears from your donor assembly unless your build calls for new components. The solid aluminum body preserves gear alignment more consistently during hard use and offers improved thermal transfer compared with the factory plastic housing, though it will also change the vehicle's weight distribution.

Assembly guidance: transfer all internal parts and retainers from the original gear box, confirm bearing seating and correct gear mesh during assembly, and ensure there is adequate clearance to the motor mount and suspension arms before final tightening. This product is supplied as a replacement housing rather than a complete drivetrain set.

Specifications

  • Item: Aluminum Gear Box
  • Material: Aluminum
  • Model Number: JR-THNE06-BK
  • Compatibility: Tamiya DT02/ DT03/ DT04/ Hornet EVO

Fit the JAZRIDER JR-THNE06-BK when you want a firmer mounting point or to replace a fatigued plastic housing on supported Tamiya DT platforms; always confirm component transfer and gear alignment while installing.

No chassis changes are intended; the JR-THNE06-BK is shaped for direct replacement on the listed Tamiya models. Always trial-fit components to ensure there are no unexpected interferences.
The aluminum shell can aid heat transfer away from internal gears compared with plastic, but it is not a dedicated cooling component. Improved alignment under load is its primary benefit.
You may reuse the original bearings if they are in good condition, but replacing worn bearings is recommended to ensure optimal mesh and longevity after installation.
Check bearing alignment and gear backlash as you assemble, tighten screws incrementally to avoid distorting the casing, and verify motor and linkage clearances before finishing the install.

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