Otis Singleton
The tightness of an electric skateboard belt is a topic that has been widely discussed, with varying opinions on the optimal tension. The belt tightness can impact the performance and handling of the skateboard, with a tighter belt providing more traction and responsiveness, while a slightly looser belt can offer smoother acceleration and deceleration. It is recommended to tighten the belt to the point where it has minimal slack, without causing excess strain on the motor or wheels. This balance ensures efficient power transfer and reduces energy loss, resulting in improved range and performance. To achieve the correct tension, one method involves adjusting the belt to the tightest position without increasing the resistance beyond the natural weight of the motor. This process involves trial and error, gradually increasing tension while rotating the wheel to observe the resistance.
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What You'll Learn
Optimal tightness for street vs all-terrain setups
The tightness of your electric skateboard's belt can impact its performance and handling. The optimal tightness depends on whether you have a street setup or an all-terrain setup.
For a street setup, the belt should be tightened to the point where it has minimal slack, with about 5mm of play on the belt when pinching. This provides a balance between smooth acceleration and deceleration and traction and responsiveness. Street setups typically have smaller and harder wheels, which are better for performing tricks that require more traction and control. The tightness of the belt can be adjusted by tightening two of the four motor bolts on either side of the cog.
For an all-terrain setup, the belt should be slightly tighter than a street setup. All-terrain setups are designed for off-road use and are equipped with pneumatic tires that provide better grip and impact absorption. The tighter belt provides more traction and responsiveness, which is beneficial for riding on rough terrain. However, it is important to note that all-terrain setups may not provide the same speed and range as street setups. The belt tightness can be adjusted by tightening the only motor bolt you can access, just past finger-tight.
It is important to find the right balance that suits your riding style and preferences. Regular maintenance and adjustments may be required to ensure optimal performance and safety.
Additionally, it is recommended to test the board after adjusting the belt tightness by speeding up and braking hard. If the belt slips, repeat the process with a tighter tension.
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Impact on performance and handling
The tightness of an electric skateboard belt impacts the performance and handling of the board. A loose belt can provide smoother acceleration and deceleration, while a tighter belt offers more traction and responsiveness. A belt that is too loose can cause the board to slip, while one that is too tight can put unnecessary strain on the motor and wheels, leading to increased wear and tear.
A belt with the optimal tension will have minimal slack, allowing for a full brake without slipping. This ensures the belt is tight enough to provide good traction and responsiveness while not so tight that it hinders the wheel's ability to turn freely. The correct tension is often described as having a little "'flex" or "give" when pinched.
The type of terrain can also play a role in determining the ideal belt tension. For off-road or all-terrain setups, a slightly tighter belt is recommended. This is because a tighter belt can provide better traction on uneven surfaces and help prevent slipping. Conversely, a looser belt may be preferable for street riding as it can provide smoother acceleration and deceleration on smoother surfaces.
Additionally, belt tension can impact the range and efficiency of the electric skateboard. A tighter belt results in increased power transfer and reduced energy loss, leading to improved efficiency and a potentially longer range. Conversely, a loose belt can provide slightly more range due to reduced friction when the board is not accelerating. However, it is important to ensure that the belt is not so loose that it causes the board to slip, as this can damage the motor gear over time.
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Belt tension and power transfer
The tightness of an electric skateboard belt impacts performance and handling. A belt that is too tight can put unnecessary strain on the motor or wheels, whereas a belt that is too loose can cause the belt to slip. The optimal tension is when the belt has minimal slack but still allows for smooth acceleration and deceleration.
A tighter belt can result in more power transfer and efficiency, leading to improved range. This is because a tighter belt reduces energy loss. However, it is important to note that a tighter belt can also increase friction, impacting battery life. Therefore, finding the right balance in belt tension is crucial.
To achieve the correct tension, the belt should be tight enough to prevent slipping during braking but not so tight that it significantly increases resistance at the wheel. A recommended method is to first tighten the belt as much as possible without causing increased resistance beyond the natural weight of the motor. Then, slowly loosen the belt while rotating the wheel to observe the free movement gained. Finally, gradually increase the tension while rotating the wheel to find the optimal balance between tension and resistance.
For all-terrain setups, it is recommended to have a slightly tighter belt for improved traction and responsiveness. However, for street riding, a slightly looser belt can provide smoother acceleration and deceleration. Ultimately, the belt tension should be adjusted to suit the rider's style and preferences.
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Belt slipping and motor gear damage
To adjust the tension, start by removing the wheel, drive gear, and belt. Pull the motor towards the rear of the board until the tension is just right, and then tighten the motor bolts. For street setups, tighten two of the four motor bolts on either side of the cog. For all-terrain setups, tighten the only accessible bolt. The bolts should be tightened to 'just past finger tight'.
Once the bolts are tightened, reinstall the belt, drive gear, and wheel. Spin the wheel and double-check the belt tension. If the belt is still slipping, repeat the process with a tighter tension. It is important to note that overtightening the belt can lead to motor gear damage, so it is crucial to find the right balance.
Additionally, ensuring the belt is running straight can help prevent slipping. You can adjust the alignment by using spacers under the drive gear or shimming the motor mounts. Checking that the motor mounts and support bars are straight, even, and tight can also help prevent slipping and damage.
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Finding the right balance
Firstly, it is important to understand the implications of belt tightness on your skateboard's performance. A tighter belt generally provides more traction and responsiveness, improving power transfer and efficiency. On the other hand, a slightly looser belt can offer smoother acceleration and deceleration and may be beneficial for the battery due to reduced friction when not accelerating.
The ideal tightness should be just right—tight enough to prevent slipping during braking and provide minimal slack, but not so tight that it strains the motor or wheels. A good rule of thumb is to aim for about 5mm of play on the belt when pinching for street setups, while all-terrain configurations may require a slightly tighter belt.
To achieve the perfect tension, start by installing the belt on the motor and wheel pulleys. Temporarily fix it at its tightest position, then rotate the wheel back and forth to feel the increased resistance. Next, loosen the belt to its loosest level where you believe it would still function when powered, and observe the free movement gained. Slowly increase the tension while rotating the wheel to find the sweet spot where resistance is similar to the natural weight of the motor.
It is worth noting that you should avoid over-tightening the belt, as this can put unnecessary strain on the components and affect your riding experience. Similarly, a belt that is too loose can cause slipping and wear off your motor gear prematurely. The goal is to find a balance that suits your riding style and preferences, ensuring optimal performance, efficiency, and longevity of your electric skateboard.
Remember to test your setup by riding at different speeds and braking hard. If you encounter any slipping or rattling noises, adjust the tension accordingly, always aiming for that perfect balance between tightness and looseness.
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Frequently asked questions
The belt should be tightened to the point where it has minimal slack, but not so tight that it puts unnecessary strain on the motor or wheels.
A slightly looser belt can help with smoother acceleration and deceleration, while a tighter belt can provide more traction and responsiveness.
A loose belt will result in a rattling sound when breaking. This is caused by belt skipping.
The belt should be tight enough that you can do a full brake without slipping. The tightness should not make the wheel harder to turn.
Yes, a tighter belt will result in more power transfer and less energy loss, resulting in more efficiency and range.
