Uphill rides are generally challenging for beginners and even some advanced skaters. They can get worse with conventional skateboards. On the other hand, e-skates are powered by motors, which sounds better than using the mere human body in putting more force onto the wheels for steep slopes.
Fortunately, certain electric skateboards can indeed go uphill. Not all e-skates have that ability since specific features are required.
The standard for uphill riding is to use the top electric skateboard for that particular purpose or any high-quality unit with a precise and powerful system. That leads to consistency in speed, which is crucial for steep slopes. A stronger structure, especially of the deck and wheelbase, is also needed to support the rider’s weight even at a difficult angle.
Speaking of speed, multiple settings are a must. The availability of medium and high settings can help the skater adjust speed according to the steepness of the slope.
When it comes to the motor, a dual system is necessary. It can usually generate a top speed of more than 25 miles per hour at a 20-degree grade. A brushless design can also significantly help with maintenance since total replacement of the motor would be unnecessary for most repairs. It’s best for skaters to check comprehensive guides about electric skateboard motors[Electric Skateboard Motors Guide] so they can use the ideal type of their e-skates.
Since uphill riding can push e-skate systems to the limit, a powerful battery with high capacity should be used. Just like in the case of motor options, electric skateboard battery guides[Electric Skateboard Batteries Guide] also exist for every skater’s convenience.
How to Ride an Electric Skateboard on Slopes
The logic is quite simple: the higher the slope, the higher the speed setting needed to forcefully make the wheels move. On the other hand, going downhill requires the skater to activate the braking system and maintain lower speeds.
The initial position should be a big deal as well. One foot of the skater must stay on the front end of the deck while the other should ensure balance on the ground while there’s still no movement. Then, once the electric skateboard accelerates, the rider should immediately step the other foot on the deck or make a few kicks if the wheels need a little push.