XINLEHONG 9125 RC Car Servo Steering Gear

Quick Answer:

• Durable plastic servo steering gear designed for the XINLEHONG 9125 1/10 scale RC car.
• Supports 4WD functionality and a top speed of 46km/h.
• Essential replacement part for maintaining optimal steering performance.

What is the XINLEHONG 9125 RC Car Servo Steering Gear?

This is a replacement servo steering gear specifically designed for the XINLEHONG 9125 1/10 scale remote-controlled car.

Constructed from high-quality plastic, this component ensures durability and longevity, even under demanding RC driving conditions.

It is a crucial part for maintaining precise steering control and overall functionality of your RC vehicle.

Key Features and Compatibility

The servo steering gear is engineered to be compatible with the 4WD system of the XINLEHONG 9125, supporting its impressive 46km/h top speed.

Its robust plastic construction makes it resistant to wear and tear, ensuring reliable operation during races and off-road adventures.

This part is ideal for hobbyists looking to replace a worn-out or damaged steering gear, or for those upgrading their RC car's components for enhanced performance.

Specifications

Specifications:

• Material: Plastic

Frequently Asked Questions:

What is this servo steering gear compatible with?

This servo steering gear is specifically designed for the XINLEHONG 9125 1/10 scale RC car. It is a direct replacement part for this model.

What material is the servo steering gear made of?

The servo steering gear is constructed from durable plastic. This material ensures longevity and resistance to wear during RC car operation.

Does this part affect the RC car's speed or drive type?

This servo steering gear is designed to work with the XINLEHONG 9125's 4WD system and supports its top speed of 46km/h. It ensures proper steering function for optimal performance.

Is this an original XINLEHONG part?

This is a replacement part manufactured by MagiDeal, designed to be compatible with the XINLEHONG 9125 RC car. It serves as an alternative to the original component.