High Strength Metal RC Steering Group Kit for REMO 1/16 Scale RC Cars - Red | Durable Steering System for Off-Road Bashing, Crawling & Racing | Perfect for RC Car Upgrades & Replacement Parts

Feature:1. Aluminum Alloy Material: Made of high quality aluminum alloy material, it is durable, wear resistant, high strength and more delicate in appearance.2. Reduce Vibration: Effectively improve your car's performance and reduce vibration caused by bumpy road surfaces, allowing the RC car to run smoothly.3. Not Easy to Bend: Aside from being aesthetically pleasing, aluminum alloys don't bend like plastics do under pressure or in high temperature environments.4. Strong Performance: Steering group kit has higher durability and stronger performance, suitable for REMO 1/16 SMAX 1621 1625 1631 1635 1651 1655 A2505 RC car.5. Direct Replacement: Reasonable design, easy installation and disassembly, direct replacement of plastic parts to obtain higher strength.Specification:Item Type: Steering Group KitMaterial: Aluminum AlloyWeight: Approx. 10g / 3.4ozApplication: Suitable for REMO 1/16 SMAX 1621 1625 1631 1635 1651 1655 A2505 RC Car Package List:1 Set x Steering Components (4 Accessories in Total)2 x Screws2 x Copper PillarsNote:Due to the difference between different monitors, the picture may not reflect the actual color of the object.

Aluminum Alloy Material: Made of high quality aluminum alloy material, it is durable, wear resistant, high strength and more delicate in appearance.

Reduce Vibration: Effectively improve your car's performance and reduce vibration caused by bumpy road surfaces, allowing the RC car to run smoothly.

Not Easy to Bend: Aside from being aesthetically pleasing, aluminum alloys don't bend like plastics do under pressure or in high temperature environments.

Strong Performance: Steering group kit has higher durability and stronger performance, suitable for REMO 1/16 SMAX 1621 1625 1631 1635 1651 1655 A2505 RC car.

Direct Replacement: Reasonable design, easy installation and disassembly, direct replacement of plastic parts to obtain higher strength.