Blog sidebar

Category

Recent Posts

What Is the Difference Between the MJX Hyper Go 43308 RC Car and 43311? Body Style and Specs Compared
The core difference between the MJX Hyper Go 43308 RC Car and the 43311 lies in their body licensing and exterior style. The 43308 RC Car...
What Material Is the Body of the MJX HYPER GO 43308 RC Car? Magnetic Quick-Release and Scale Details Explained
The body of the MJX HYPER GO 43308 RC Car is made of one-piece cast aluminum alloy and is secured by front and rear magnetic quick-release...
What Is the Suspension System on the MJX HYPER GO 43308 RC Car? Independent Suspension Explained
The MJX HYPER GO 43308 RC Car uses an independent suspension system, meaning all four wheels move up and down independently rather than being connected by...
In News

Why is my YIKONG YK8081 RC Car leaning to one side after installing new shocks?

Your YK8081 leaning to one side after installing new Shock Absorbers (80040) usually means the spring preload is not evenly adjusted on both sides. This is a common installation issue. Check that both shocks are filled with the same amount of oil and that the spring collars are set to equal height. If using adjustable shocks, measure the exposed thread length to ensure both sides match.

YIKONG YK8081 DF8 RC Car Parts Shock Absorber 80040

Comments have to be approved before showing up

YOU MAY ALSO LIKE

Category

Recent Posts

What Is the Difference Between the MJX Hyper Go 43308 RC Car and 43311? Body Style and Specs Compared
The core difference between the MJX Hyper Go 43308 RC Car and the 43311 lies in their body licensing and exterior style. The 43308 RC Car...
What Material Is the Body of the MJX HYPER GO 43308 RC Car? Magnetic Quick-Release and Scale Details Explained
The body of the MJX HYPER GO 43308 RC Car is made of one-piece cast aluminum alloy and is secured by front and rear magnetic quick-release...
What Is the Suspension System on the MJX HYPER GO 43308 RC Car? Independent Suspension Explained
The MJX HYPER GO 43308 RC Car uses an independent suspension system, meaning all four wheels move up and down independently rather than being connected by...