May 30th, 2017

Go Kart Engineering Tool Kit

Click on a links below to access the programs

Go Kart Performance Programs
 Go Kart Engineering Design Programs

 

Watch the Go Kart Engineering Program Demonstration Video on How to Operate the Program

 





Go-Kart Performance Program

Program Explanation

The Go-Kart Performance Program is a great tool for predicting what the performance of your go kart will be. It is quite fun to play with the gear ratios, rpms, and HP to figure out what the go kart will do for 1/4 mile drags.

To use this program note that the items above the button are variables (things you can change). As you can see there are a lot of variables. I would suggest that you play with the program and see how things change. For example: change the HP to 12 and the weight of the person to 300.

What does the final analysis say?

To Run Program:

To run the program enter your desired weights, gear ratios horsepower and distance data and press the button for the program to run the analysis. (All data is currently defaulted in the program, so all you have to do is press "Calculate")

All the results are below the "calculate button."

The program is set up so all you have to do is put in the number of teeth on the sprockets and it automatically calculates the pitch diameters for you!

Analysis Data Explaination

The program is set up to simulate a 200 foot run using a 5 horsepower motor.The time it takes for example to go 200 feet from a dead stop is 6.84 seconds.

The theoretical zero to sixty time is given as well, to give you an idea, just how fast your go kart would be.

And finally, the last comment in the program is an evaluation of of how much power the go kart has. Will the gokart just sit there and spin the tires?!


Weight of Frame lbs

Weight of Person lbs

Engine HP hp

Engine Rated at RPM rpm

Engine RPM Max rpm max

Chain Pitch inches

Engine Clutch Sprocket # Teeth teeth

Clutch Pitch Diameter

Drive Axel # Teeth teeth

Drive Gear Pitch Diameter

Tire Diameter inches

Distance feet

Percentage of Wieght Over Rear Wheels %

Coefficient of Friction



Program Analysis Data

Time seconds

Speed mph

Max Speed @ rpms MPH

Theoretical Time Zero to 60 MPH seconds

Ratio to 1 (Final Ratio of Engine to Wheel Spins)

Total Weight lbs

Engine Torque in-lbs

Acceleration feet per second squared

g's

Force from engine pushing cart pounds

Chain Tension pounds

Force required to make tires slip pounds

Drive Tire Condition


 
 

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



Search Site For: