There are several ways to make a 36 volt golf cart faster:
- Upgrade the motor: A more powerful motor can generate more torque and speed, which will make the golf cart faster. However, installing a more powerful motor may require additional modifications, such as upgrading the controller and battery, to ensure that the golf cart operates safely and efficiently.
- Replace the controller: The controller is responsible for controlling the speed of the motor. Upgrading the controller to a higher amperage rating can increase the amount of power that the motor can draw, which can result in faster acceleration and a higher top speed. However, the controller should be compatible with the motor and battery to avoid damaging the system.
- Install larger tires: By installing larger tires, the circumference of the wheels will increase, which will cover more distance with each revolution of the wheel. This will increase the speed of the golf cart. However, larger tires may also require modifications to the suspension and fenders to prevent rubbing or scraping.
- Upgrade the battery: A higher capacity battery will allow the golf cart to operate at higher speeds for longer periods of time. However, it’s important to ensure that the battery is compatible with the motor and controller, and that the charging system can handle the increased capacity.
- Remove any unnecessary weight: Excess weight can reduce the speed and acceleration of the golf cart. Removing any unnecessary items, such as golf bags or equipment, can help to increase the speed and range of the golf cart.
- Adjust the gear ratio: Changing the gear ratio can increase the speed of the golf cart. By installing a higher gear ratio, the golf cart can reach higher speeds, but it may result in slower acceleration.
- Install a speed chip: A speed chip is a small electronic device that can be installed in the controller to increase the speed of the golf cart. This modification is relatively easy to install and can provide a noticeable increase in speed.
- Improve the aerodynamics: Improving the aerodynamics of the golf cart can also increase its speed. You can install a windshield or fairing to reduce wind resistance and improve the airflow around the golf cart.
- Improve the cooling system: High speeds can generate a lot of heat, which can damage the motor and battery. By improving the cooling system, you can prevent overheating and improve the performance of the golf cart.
- Upgrade the suspension: Upgrading the suspension can improve the handling and stability of the golf cart at higher speeds. You can install a heavier duty suspension, which will be able to handle the increased stress of high-speed driving.
- Install a high-performance exhaust: A high-performance exhaust can increase the airflow and reduce backpressure, which can result in improved engine efficiency and a faster golf cart.
- Install a high-performance air filter: A high-performance air filter can improve the airflow to the engine, which can increase its power output and improve acceleration and speed.
- Install a performance chip: A performance chip is a small electronic device that can be installed in the controller to optimize the timing and fuel delivery, which can result in improved performance and faster speeds.
- Upgrade the brakes: When driving at higher speeds, it’s important to have reliable brakes that can slow down the golf cart quickly and safely. Upgrading the brakes can improve their effectiveness and reduce the stopping distance.
- Improve the traction: Installing high-traction tires or adding weight to the rear of the golf cart can improve the traction and prevent the wheels from slipping, which can result in faster acceleration and higher speeds.
Table 1: Performance Parts
|High Speed Gears||Increases top speed by up to 5 mph|
|Performance Motor||Increases torque and acceleration|
|High-Speed Controller||Increases speed and acceleration|
|Lithium-Ion Battery||Reduces weight and increases range|
|Regenerative Brakes||Increases stopping power and energy efficiency|
|Upgraded Suspension||Improves stability and handling at high speeds|
|Lightweight Wheels||Reduces unsprung weight and improves acceleration|
|Performance Tires||Improves traction and reduces rolling resistance|
|Performance Exhaust||Increases engine efficiency and power output|
|Aerodynamic Upgrades||Reduces drag and improves top speed|
Table 2: High-Speed Gear Ratios
|Gear Ratio||Top Speed Increase||Torque Loss|
|1:1||No change||No change|
Table 3: Performance Motor Options
|Motor Type||Max Power Output||Max Torque||Price Range|
|DC Motor||15-20 hp||50-75 ft-lbs||$500-$1,500|
|AC Motor||20-30 hp||75-100 ft-lbs||$1,500-$3,000|
|Brushless DC||30-40 hp||100-150 ft-lbs||$3,000-$5,000|
|High-Performance AC||40+ hp||150+ ft-lbs||$5,000-$8,000|
Table 4: High-Speed Controller Options
|Controller Type||Max Current||Max Voltage||Price Range|
|Series||500 A||72 V||$400-$800|
|Sepex||500 A||72 V||$600-$1,000|
|Programmable||1,000 A||96 V||$1,000-$2,000|
|High-Performance||2,000 A||144 V||$3,000-$5,000|
Table 5: Lithium-Ion Battery Options
|Battery Type||Voltage||Capacity||Weight||Price Range|
|36V Lead-Acid||36 V||100-150 Ah||250 lbs||$600-$1,200|
|36V Lithium||36 V||60-100 Ah||100 lbs||$1,500-$2,500|
|48V Lithium||48 V||100-200 Ah||150 lbs||$2,500-$4,500|