Jazrider TAMIYA Hotshot Rear Suspension Crank and Ball Rod Set - JR-THS09-BK - RC Spare Part  [JR-THS09-BK]

Tamiya Hotshot Rear Suspension Crank (Parts E2, E4, E6) With Ball Rod Set (Black)
Price:
CAD$9.20
Brand:
JAZRIDER
Model:
JR-THS09-BK
Condition:
Brand New
Available in shop
Write a review

Hotshot rear crank and ball-link replacement kit

This is an RC-scale replacement rear suspension crank assembly intended for TAMIYA Hotshot models, supplied as model JR-THS09-BK. The package addresses the specific E2, E4, and E6 rear arm components and includes a matched ball rod set in black to replace worn or broken elements on the Hotshot rear end.

Compatibility is limited to Hotshot rear suspension parts labeled E2, E4, and E6; make sure you confirm part labels before installing. The set is intended as like-for-like replacement components for model maintenance and basic tuning rather than performance modification.

Installation notes: remove the rear assembly for access, swap the E2/E4/E6 crank pieces with the replacements, and install the ball rod set maintaining correct ball joint orientation and thread engagement. Use the appropriate hex driver and small hand tools to avoid stripping fasteners, and verify free suspension travel and alignment after reassembly.

Tuning role: replacing these rear crank components restores intended suspension geometry and ball joint alignment, which helps maintain predictable handling and consistent setup when adjusting ride height or rear end toe. This set is a practical spare for maintenance and minor setup changes on RC Hotshot models.

The kit contains replacement rear crank pieces corresponding to the E2, E4 and E6 locations plus a set of black ball rods sized for the Hotshot rear assembly.
Remove the rear subassembly to gain clear access, keep fasteners organized, and use the correct small hex driver to prevent stripping while swapping crank parts and ball rods.
After reassembly check ball joint seating, confirm free suspension travel, and verify rear toe and alignment before running the model.

Copyright © 2008-2026 rcjaz.ca All rights reserved