In a moment, the riders will face steep and challenging terrain. In this case, who will win? Is it possible that your electric skateboard will handle the amount of gravity, or that you have to pay close to all kinds of rough terrain?
To help solve the whole problem, there are a few underlying factors that will affect an electric skateboard when climbing a mountain. Depending on these factors, which will vary depending on the brand,
Riders can evaluate and determine the winner. Sounds fair, doesn’t it?
The underlying cause
In most cases, the motor power goes hand in hand with the size of the engine. A two-thousand-watt motor is expected to produce more power than a typical fifty-watt motor.
Battery capacity will play a huge role in all this. To operate a steep hill for your electric skateboard, will need more power and energy from the battery.
Therefore, unless you are ready to give in to a sharp terrain, you need to get high battery life. Most importantly, your electrical board should be fully charged for the best possible results.
According to ollie_physics, on a steep hill, you need to pivot your electric skateboard towards the rear wheels so that the skateboard starts to rise. This means that the steeper the terrain, the more twisting force or torque, you have to win.
The time factor is also an issue you may want to keep in mind.
The hub motor electric longboard has more torque, the belt drive system is excellent for ascent and descent. Higher torque boards are made for special purposes such as climbing, jumping, etc. This is something you should keep in mind when searching for a quick electric board.
The degree of inclination is arguably a significant factor affecting the entire mountaineering process. Some mountain gradients can be around 40 degrees and it can be even higher!
A significantly important metric is an e-board motor KV rating. The advantage of a higher KV rating is that riders fill less drag, can reach maximum speed faster, and reach the top of a hill faster.
You notice the difference between a high KV rating versus a low KV rating Since an e-board with a low kV rating will be stagnant through climbing. The fastest electric skateboards will get a higher KV rating
Simply put, skateboards are rated based on how much they can handle. A skateboard rated 20-degree inline cannot win over a 40-degree mountain.
On wheels! Material and quality are a must based on their ability to compete with gravity. The fastest electric skateboards require all well-made cores and casts. The look, feel, and shape of the cast wheel contribute to the maximum speed.
In general, the size of the wheels will also affect the ability of your electric skateboard to climb mountains. You’ll need big enough to make sure they can roll fast and keep up the speed as much as possible, especially on a steep hill.
After all, your weight will have everything you need to crawl up that hill on an electric skateboard. The heavier you are due to gravity, the more force will be stretched across the board and hence the greater the friction.
This translates into a larger gravitational pull that your electrical board needs to rush to get to the top of the hill. As a rider, you must always work to reduce gravity.