TAMIYA BBX BB-01 Front 70mm Precision 7075 Spring Damper - BBX070F by GPM  [BBX070F]

TAMIYA BBX BB-01 Aluminum 7075 Front Adjustable Spring Damper 70mm - GPM BBX070F
Price:
USD$23.90
Brand:
GPM
Model:
BBX070F
GTIN:
4894538380798
Condition:
Brand New
Write a review
alt="TAMIYA BBX BB-01 Aluminum 7075 Front Adjustable Spring Damper 70mm - GPM BBX070F" title="TAMIYA BBX BB-01 Aluminum 7075 Front Adjustable Spring Damper 70mm - GPM BBX070F"
alt="TAMIYA BBX BB-01 Aluminum 7075 Front Adjustable Spring Damper 70mm - GPM BBX070F" title="TAMIYA BBX BB-01 Aluminum 7075 Front Adjustable Spring Damper 70mm - GPM BBX070F"
alt="TAMIYA BBX BB-01 Aluminum 7075 Front Adjustable Spring Damper 70mm - GPM BBX070F" title="TAMIYA BBX BB-01 Aluminum 7075 Front Adjustable Spring Damper 70mm - GPM BBX070F"

Front spring damper engineered for BB-01 performance

This front spring damper suits the TAMIYA BBX BB-01 chassis as a precision aftermarket component. Manufactured from 7075 aluminium, the damper provides adjustable spring preload to assist with front suspension setup on 1/10 BBX platforms.

The assembly is designed to minimise internal friction and manage impact energy to improve handling stability. Preload adjustment is performed at the top spring retainer, allowing incremental changes to spring rate and front-end response. This component is dedicated to the front damper location only.

Spring specification note: the black spring matches the original wire diameter, while the silver spring increases wire thickness by 0.1mm to deliver a stiffer tuning option.

Packing includes

  • Front damper - 2pcs
  • Silver spring - 2pcs

Original Name / Part No:

54504

Compatible Models

  • TAMIYA-1/10 BBX BB-01 CHASSIS-58719

Use these dampers to precisely adjust front stiffness and balance on BBX BB-01 1/10 cars, selecting springs and preload to match handling targets or track conditions.

What exact chassis is supported?

Refer to the compatible models box; the damper is intended for the TAMIYA-1/10 BBX BB-01 CHASSIS-58719 listed there.

How should preload be adjusted for testing?

Make small, incremental changes at the top retainer and test one variable at a time. Record settings so you can return to a baseline if needed.

Will these affect ride height?

Preload alters effective spring force but does not provide a dedicated ride height adjustment; use chassis setup changes for significant height shifts.

Recommended maintenance for longevity?

Inspect mounting hardware and springs regularly, ensure retainers are secure, and replace springs if signs of fatigue appear to maintain consistent performance.