Introduction: Homemake Wooden GoKart 2.0
Well, after my first and mostly successful wooden gokart, I decided to build a sturdier and better one. I used the same wheels, engine, axles, and seat from the first one. For specific details on mounting the engine, sprocket, and wheels, visit my first gokart. This is definitely an improvement from the first. For your convenience, I made a 3D Sketchup model. Download it here. The following steps contain pictures from Sketchup. I recommend you use Sketchup to find the exact dimensions.
Step 1: Step One
Put two 3 1/2" x 1 1/2" x 75" beams 3 1/2" apart.
Step 2: Step Two
Place a 22" long beam underneath. Do not attach. Next, place a 3 1/2"x3 1/2" in between the long beams. Place a 1/2" thick beam and attach it to the longest two beams. Then, drill down the middle of the 1/2" thick beam through all three layers. Put a bolt Into the and tighten. The bottom beam should pivot.
Step 3: Step Three
Attach two 15" long beams
Step 4: Step Four
Attach a 10 1/2" long beam to tilt the seat bottom. Install the seat bottom.
Step 5: Step Five
Attach the seat back and install a brace. Place the engine on the mount.
Step 6: Step Six
Attach a beam underneath the engine, and install blocks underneath that on either side. Drill holes through either side for the axle. Insert axle and and attach sprocket to axle or wheel then install wheels.
Step 7: Step Seven
Do the same for the front. Add blocks, axle, and wheels.
Step 8: Step Eight
Add a steering lever and throttle. The throttle lever is connected directly to the engine's throttle.
Step 9: Finished
Hopefully, I have given you a complete tutorial on how to build your own gokart. Some things on the Sketchup version may be slightly different from the real gokart, but the dimensions are accurate.

Participated in the
Green Tech Contest

Participated in the
Woodworking Challenge

Participated in the
Make It Real Challenge

Participated in the
Wheels Challenge
171 Comments
2 years ago
Hi there, the dropbox link for the 3D Sketchup model seems to have broken.
Any chance we can still download the file?
Thanks!
Yo
8 years ago on Introduction
This thing is awesome!
I would like to make something like this for my son but pedal powered.
Any thoughts? Ideas? He's 6.
Thanks.
Reply 2 years ago
Great idea maybe you could use this design then get a longer chain remove the engine, drill a hole where his feet will reach then attach an axle put pedals on each side of the axle and attach the chain... probably won’t work though I’m just getting into this stuff
8 years ago on Introduction
Is it possible to make from metal?
Reply 8 years ago on Introduction
of course but the steering may be a little harsh but would be better be cause less chance of throttle snapping or any piece of the kart
Reply 3 years ago
to true
7 years ago
ho many cc
Reply 4 years ago
That depends on the motor you use
8 years ago on Introduction
Hi... may I know what type of wood did you used? and are there any other suitable type of woods other than the one that you used?
Reply 4 years ago
He used spruce wood
10 years ago on Introduction
where is the brake
Reply 10 years ago on Introduction
Nowhere, thats what makes it so fun ;)
Reply 6 years ago
could you make one by having a lever system that makes the wheels stop as a friction brake?
Reply 8 years ago on Introduction
i put a metal piece by my foot that i can kick so it slows the tires down fast :)
Reply 8 years ago on Introduction
i put a metal piece by my foot that i can kick so it slows the tires down fast :)
6 years ago
Isn't there a brake?
Reply 6 years ago
NOPE
7 years ago
I have a question how did u put the sprocket on me and my dad really have never worked with engines and drive systems before did u attach it to the wheel or axel thanks
7 years ago on Introduction
HI, what 3d software did you use? Awesome cart by the way
7 years ago on Introduction
Please answer!
On mine the chain ALWAYS falls off right away. I tried my best to align the chain, but nothing is working. Also do you need to attach the drive wheel to the axle, because my drive wheel is just free spinning over the axle.
Thank you very much!!!