The E-board Is Becoming A More Popular Option
Technology is constantly evolving. This is more apparent than in consumer electronics. A few years ago, nobody would have believed an electric skateboard would exist. It is not a fantasy anymore. An steep is a skateboard that has a battery and an electric motor. People are always looking for efficient and new ways to move around. They want to see their community, get to work on time, or just show off to their friends. The electric skateboard is becoming a more popular option.
An e-board is almost identical to an electric bike. It does not seem like a newfangled gadget. You are riding an electric skateboard. It looks just like you are riding a skateboard. It is fine if you ride on flat, level pavement. However, what about the steep sidewalks and campuses? You can kick harder with a traditional skateboard to tackle those steep inclines. An electric skateboard might be a better option. They can also be used to go uphill.
The Factors At Work
The theory is that electric skateboards can travel uphill. It might not be possible to go uphill, however. How steep is the ascent? What is the motor power of the e-board? What is the weight of the rider?
The Slope
When you are climbing up a hill, the most important thing to remember is its incline or gradient. A sidewalk’s incline can be measured in percentage or degrees. To avoid boring you with geometry, 10% is equal to approximately 5.7 degrees.
Even the cheapest electric skateboards are capable of climbing at least 5%. An electric skateboard should be capable of climbing at least 10-15% inclines. This shouldn’t be difficult.
If you are 250 lbs and trying to ride up the steep hills of Asheville, North Carolina, you might need something with more power. You may need something with more power! This brings us to the next crucial factor:
Motor Power
Higher motor power means your electric skateboard is more likely to be capable of tackling steep hills. You will find that electric skateboards come in many power levels. These are measured in watts. Low-end e-boards usually have at least a 100-watt motor. These boards will require you to use flat sidewalks.
Premium electric skateboards may have motors that run between 350-500 watts and the average rider will not be disappointed with motors running from 150 watts up to 350 watts.
Capacity Of The Battery
As we mentioned earlier, an electric skateboard requires a lot of power. It needs a high battery capacity. The battery will go down faster if you climb a steep gradient (around 20%). It is important to preserve your battery power with various riding techniques so you have enough energy to climb uphill.
The Power Of Torque
The electric skateboard’s torque must be calibrated for use uphill. Manufacturers spend a lot of time balancing power, speed, and torque. The amount of torque transferred to the wheels can be affected by nearly every component of an electric skateboard. This can affect the electric skateboard’s climbing ability.
Larger wheels can help the board go faster. However, this reduces the torque applied to the wheels making it a little more difficult for the board to climb uphill. This information is crucial for anyone building their electric skateboards. It is a good idea even if your goal is to buy one.
Rider Weight
Similar to electric bikes, electric skateboards are driven uphill by the rider’s weight. Your weight will determine how much power you need to climb hills. A normal electric skateboard can easily take a rider who is 70 kg uphill. The premium motor will be more efficient for riders who weigh over 80 kg.
Riding Downhill
You must always go down what you have just done. You will most likely need to descend a hill during your adventure. You can easily lose your speed going downhill so be extra careful. You should make sure your electric skateboard has some form of braking mechanism if you plan to ride on hills. This can be done through either regenerative brakes or dynamic brakes.
Uphill Riding With An Electric Skateboard
Now you know that electric skateboards can climb. It is important to understand the factors that affect how your e-board can go uphill. These factors will help you determine if your electric skateboard can climb uphill.
All you have to do now is grab your electric skating board, point it uphill and go!