Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder 0mm 1.0mm Thick - 1pc GPM Design MZA031R/010G  [MZA031R/010G]

Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder (0mm, Thick 1.0mm) - 1pc GPM Design - GPM MZA031R/010G
Price:
USD$4.80
Brand:
GPM
Model:
MZA031R/010G
GTIN:
4894538122190
Condition:
Brand New
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alt="Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder (0mm, Thick 1.0mm) - 1pc GPM Design - GPM MZA031R/010G" title="Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder (0mm, Thick 1.0mm) - 1pc GPM Design - GPM MZA031R/010G"
alt="Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder (0mm, Thick 1.0mm) - 1pc GPM Design - GPM MZA031R/010G" title="Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder (0mm, Thick 1.0mm) - 1pc GPM Design - GPM MZA031R/010G"
alt="Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder (0mm, Thick 1.0mm) - 1pc GPM Design - GPM MZA031R/010G" title="Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder (0mm, Thick 1.0mm) - 1pc GPM Design - GPM MZA031R/010G"

Enhance Stability with GPM Alloy Rear Knuckle Arm Holder

The GPM Kyosho Mini-Z AWD Alloy Rear Knuckle Arm Holder is engineered to provide solid support and improved durability for your Mini-Z AWD model. Designed with precision, this component ensures better handling and stability during your RC activities.

Perfect Fit for Your Mini-Z

This alloy rear knuckle arm holder is crafted specifically for the Kyosho Mini-Z AWD series, offering a snug fit and reliable performance. Its 0mm offset and 1.0mm thickness make it an ideal choice for maintaining consistent alignment and reducing unwanted play in the rear suspension.

Durability Meets Functionality

Constructed from high-quality alloy material, the GPM knuckle arm holder enhances the overall robustness of your RC car's suspension system. This upgrade is particularly beneficial for hobbyists looking to increase the longevity of their Mini-Z models without compromising on performance.

This knuckle arm holder is specifically designed for the Mini-Z AWD series and may not fit other models.
Alloy holders offer greater durability and can withstand more stress compared to plastic, making them ideal for demanding RC environments.

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