June 25th, 2017

Go Kart Weight Distribution Calculations

The weight distribution calculator sums up all the weight data and calculates the center of gravity (or in this case how much percentage of weight is over the tires). 

The center of gravity is calculated by summing the moments about the rear axel. So all the radial moment arms and wieghts need to be either calculated or measured. 







The diagram on the left has the tubes numbered.  Example Tube7 is the top tube in the roll bar and tube2 is the long horzontal tube on the frame side.

To change the position of the center of gravity, start changing the positions of the larger parts like the engine, and the person.

(Note:  All items behind the rear wheel have a negative sign, or negative radial value)

The actual theory of Center of Gravity is discussed and derived in the Go Kart Building 301.  What you will find out is that placing the components correctly is critical to go kart performance and handling.

Engine (lbs) in

Person (lbs) in

FrontTire (lbs) in

Rear Tire (lbs) in

Seat (lbs) in

Motor Plate (lbs) in

Bottom Plate (lbs) in

Muffler (lbs) in

Tube1 (lbs) in

Tube2 (lbs) in

Tube3 (lbs) in

Tube4 (lbs) in

Tube5 (lbs) in

Tube6 (lbs) in

Tube7 (lbs) in

Tube8 (lbs) in

Tube9 (lbs) in

Tube10 (lbs) in

Tube Seat (lbs) in

Tube Steer (lbs) in

Tube Front (lbs) in

Tube Front Axel (lbs) in

Steering Shaft (lbs) in




Total Weight lbs

Weight of Frame lbs

Force Front lbs Percentage Front %

Force Back lbs Percentage Back %

 
 

Great Birthday Present:  The Father and Son Wood Go Kart Project

Wood Go Kart Project
 

 

 

Great Gift Idea For Any Occasion:  The Model Go Kart From the Movie "God Bless the Broken Road"

Wood Go Kart Project



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