Axial SCX10 II Aftermarket Rear Shock Damper Stay Hoops - JR-AS212 by Jazrider  [JR-AS212]

Axial SCX10 II Aluminum Rear Shock Damper Stay Hoops
Price:
USD$9.29
Brand:
JAZRIDER
Model:
JR-AS212
Condition:
Brand New
Available in shop
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alt="Axial SCX10 II Aluminum Rear Shock Damper Stay Hoops" title="Axial SCX10 II Aluminum Rear Shock Damper Stay Hoops"
alt="Axial SCX10 II Aluminum Rear Shock Damper Stay Hoops" title="Axial SCX10 II Aluminum Rear Shock Damper Stay Hoops"
alt="Axial SCX10 II Aluminum Rear Shock Damper Stay Hoops" title="Axial SCX10 II Aluminum Rear Shock Damper Stay Hoops"

SCX10 II rear shock stay hoop description

This machined aluminum rear shock damper stay hoop is an RC-scale replacement designed for the Axial SCX10 II chassis. It provides a metal mounting point at the rear shock area and is intended as an aftermarket alternative to original stay parts.

Use the hoop to achieve a firmer mounting surface for rear shock assemblies and improved alignment during tuning. The part is typically fitted at the factory rear shock mounting locations on the SCX10 II, so confirm fitment at the chassis before final tightening.

Selection of material and mounting geometry will influence suspension behavior; view this hoop as a component-level option to refine rear suspension stiffness and repeatability during setup.

Compatibility

  • Axial SCX10 II

How should I verify fitment before installation?

Place the hoop on the chassis and align it with the rear shock mount holes. Confirm that mounting holes, clearances, and shock travel are unobstructed before final fastening.

What should I check after fitting the hoop?

After fitting, recheck shock alignment, ride height, and damping feel. Tighten hardware to spec and perform a short test run to ensure the change meets your tuning goals.

Is any additional modification usually required?

Most installations use existing mounting points without modification. If clearance or geometry issues appear, evaluate spacers or alternate mounting hardware as needed for a correct fit.