A go-kart corners on rails like a porch, looks like a Ferrari and all the heads of your neighbors, we must go back to the truck and go to the beginning.

In a short hand, there are five steps for creating a simple framework. First of all, the following steps:

1. Engine and passenger compartment layout
2. Drivetrain System
3. Steering
4. Brake System
5. Throttle System

Let’s get into it now ….

1. Engine and passenger compartment layout

In particular, the assumption that if this go-kart is made of wood or steel that you have some type of layout in your head. Typically, the engine behind, and the person sitting in front of the engine. A good layout is sure to protect the passenger seat out of the engine.

Thus, a structure of a species is necessary to keep the seat in position. You can use a seat away from a chair, but a protective seat is a ½ piece of plywood angled back and supported. For the piece of wood is optional, but it is more comfortable with basically a piece of heavy fabric for a pillow. The fabric is usually stapled into the board (s) on the back.

The support structure for the seat is made of wood or steel.

The framework can work in wood or steel as well. If using wood, with two out of four will be placed vertically, so that the strength of the wood will be optimized.

If you use steel for the frame, with a hose, at least, 070 or thicker wall. The length of the frame is really dictated the size of the person. Do you have a person sit comfortably, leaning back into the position with a steering wheel in his hand. This is the passenger compartment. Measure this length.

Add to drive the motor section of the passenger compartment and cooperate lengths and that the length of the Go-Kart is. Cut your frame tubes (or tack tubes together) to this length. You need at least two parallel lengths of tubing.

Space the pipes next to the width of the seat you made (20 “) is a good width.

Cut a minimum of four (4) tubes to the 20-inch length. Lay all the pieces on the floor. Insert the 20 inchers at the following locations: Motor Plate area, adjustable backrest, seat forward bumper section front main tube, main and rear bumper tube. (The bumper tubes can be wider than the frame of 12 inches (6 inches per side).)

Tack the tubes in place with a welder. If you do not have a welder, then you can fasten together with plates and screws. (Believe me, you buy a $ 100 welder and save yourself the wood chips and drills, busted knuckles, and despair!)

What do you now put together what I medium to a “flat-go-kart.” You will soon find out that flat gokart frames are weak and require additional reinforcement. They could give to some effort into the system, the frame design. In general, what I use is the back reference. This works very well as an integral support frame, side seat-holders and motor protection.

2. Drivetrain System

The next sequence is to the engine and drive train system, place to place. At the same time to ensure your seat placed in a position that is the seat and engine will not fight. Be sure to take off the seat so that you can actually work on the motor system when needed.

If it is your engine, usually a plate needed to keep the engine on the frame. Some designers are using pipes with holes drilled in it for engine placement. I prefer the plate option, because it gives me more options as far as engine choices in the future.

For example, the Phi-Alpha-10 and the Phi Alpha-9 (Go Karts I sketched) The motor plate served well, they are too different engines you use, if Briggs and Stratton, Tecumseh or Honda. All engine variants could easily be mounted by drilling holes in the motor carrier.

Most Go Karts use a slot system to keep the chain tight. In other words, the engine is mounted holes, but not with slots. This works, but honestly, drilling slots is intensive work and requires some patience and thought. I pull the chain tension, it works better on several fronts. (I can on and on about engines, drive trains, and so … but we have to go keep moving here …)

A word to drive: A live-axle system is really the way to go. Everything you need to do is the mountain with two brackets and off you go. On a four-wheel drive, you need special wheels, bearings that need special drive sprockets that the tires were included in combination, and the axle, it is bent, cut him out of the frame and start all over again …. Then you use a live axle …

But that’s not all true. You can use the old lawn mower wheels if they get into cans. They work for a great camp. Grease snot out of the Axel-hub port and away you go. Make sure the wheel with a Phillips screw, which retain at least 5 degrees.

3. Steering

Thus, after the rear axle (with brake disc (or drum) and pinion) and mounted with the motor and chain system put into effect, go before the assembly of the steering.

Before we have some measurements of the person sitting in the comfortable position, make sure that you are related to the measurement (on the go-kart frame) of the steering wheel. This is the destination point for the steering wheel.

The current position of the front wheels is a bit more involved, however. You need a scale. Set the standard in the first place under the rear wheels. I usually use a board over the rear frame rails positioned under the wheel. Have someone sit in the go-kart. (Be sure, an over the front wheels, steering wheel and steering structure on the Go-Kart, if you weigh)

Now proceed to the front of the Go-Kart and place of the board in the general area you want the steering. Again weigh the Go-Kart.

Take the two weights and put them together. This is the total weight. The front and rear weight should ideally be with in 5 to ten pounds weight. This is called a 50/50 weight distribution. The more weight you have on the back, the more go-kart under-steer. Importance when one is the wheel of the go-kart has tended to become straight. The more weight you have on to the front wheels, the more the go-kart-control is. Most drivers are used to under-steer, it is easier to restore from.

But I digress …

Once you have the front wheels in place then put the front steering fix into place. I usually use the disks, so I can move forward or jump back steering. So I weld mating plates on the frame and the steering, then bolt them together.

For Wood Go Karts, you can actually get a very stable structure made of wooden go-kart style with the car washer, as long as the disc a supporting turn out loud.

A word to the Steering Systems: You can buy from the storage disk assemblies that you tack on tubes. This work really well, with one exception, they usually come in, 750-inch diameter shafts, where most high-speed bearings, using 625 diameter axles. The shafts may need replacing. Search, 625 waves … In addition, there are ways that are more manageable slice and user-friendly, these geometric relationships such as camber, caster, Ackerman and so on.

4. Brake System

Now you have the steering in a position, you can button up the hole through the floor of the project go-kart. Sheet Metal (used as an oven guys) is the best option. Buy a couple of tech screws (with exercises at their ends) and zip through the sheet into the tube. Once you have that have in the house, do not take care of your feet on the ground!

Now it is time to put the brake system instead. You notice we put the brakes on the axle, and now the actual brake mechanism mounted to the frame of the work needs to be. You can either weld or bolt it to the frame. I prefer screw, it is easier to forgive and repair.

A word to float brake: The brake system should be suspended. This means that the disc must be either freely mounted on the shaft or the caliper needs to be to float. If that does not is floating, you will receive a bond, and prematurely worn out brakes and quick! So think of it. It is something to float, the disc or the brake caliper (1 of 5!)

For the brakes, it is important to have the brakes while driving. A good source is necessary is to make the pedal again when the brake is not used.

On a wooden go-kart sure to use the same idea in the brake system. A lot of power goes into the brake boards be so sure, for those in the control mechanism, which typically force multiplier compounds account.

5. Throttle System

This seems like the silliest and saw more on the go-kart. It should not though. A good connection between the gas and the pedal is required and a good range of movement is also necessary. Most pedals will give you different holes to work, so you several options in the throttle control.

Again, as is the brake, a good source is required. Do not use a spring on the carburetor, but you use the spring in the pedal or pedal system.

A word about the Assemblies: Most engines come with governors. It’s a good idea to use the governor system, because it helps the engine even at speeds and congestion.