Can Electric Scooters Go Uphill?

Will your Electric scooter go uphill?

Electric scooters have long struggled to provide users with adequate power to move uphill. You would have to get off your scooter whenever there was even the slightest slope and push your scooter all the way up, which is neither practical nor pleasurable. It’s good to know that some of the more recent models on the market have made an effort to produce electric scooters that can actually go uphill.

But the answer is YES

Steep Angle

Generally speaking, the harder it is for the electric scooter to climb a slope, the steeper it is. Several variables affect whether or not your electric scooter can climb hills. The ascending angle is the most crucial element of all. An inclination greater than 18° is seen as being too steep to climb for less powered electric scooters. On the other hand, that aspect might be simple for high-end electric scooters.

Photo by Okai Vehicles on Unsplash


The component that poses the greatest obstacle to your scooter’s ability to ascend a hill is its weight capacity, which must be taken into consideration. The same scooter might readily ascend a slope with a little rider on board, but it might struggle with a larger or heavier rider. Choose a scooter that can support more weight than you do because there is very little chance that it will be able to take you up a hill if it can barely hold your weight on a flat surface.

Battery, Motor & Power Output

Your electric scooter must be equipped with a strong battery to store the enormous power you will need, just like any other electrical device. The performance of the scooter is directly influenced by the battery and the motor. The performance improves as they become more potent.


Your electric scooter’s tire size, composition, and grip will determine how steep of a hill you can ascend. You can ascend steeper, bigger hills since larger wheels make climbing much easier. Rolling resistance is a result of the interaction between the substance used to make your tires and the road surface. Here, the shape of the tires will be slightly altered by your weight, which will have an impact on how well the wheels spin.

Additionally, even if your scooter is extremely strong, you will struggle to climb since the wheels won’t be able to put the power down if your tires don’t have enough traction. Hill climbs call for sufficient traction, as well as properly inflated tires. We don’t want anything to get in your way, which is why our Fuze electric scooter has 10-inch pneumatic tires with tons of grip.


When compared to an electric scooter without a suspension, one with a suspension can make it easier to travel uphill. Your body naturally puts additional weight on the scooter’s rear wheels to maintain balance as you are climbing a hill. The load placed on the back of your scooter is not entirely transferred to the wheels thanks to a suspension in the scooter. You may ride in comfort across the city on an e-scooter with a rear suspension and conquer slopes with ease.


The less powerful or lower-end scooters could struggle so much while ascending that they give up and stop. Even better scooters that have nearly depleted batteries can experience this.

If you’d like, try climbing the hill again, but this time aim to build up more momentum and speed.

You’ll have to decide to resort to pulling the scooter upward if that also fails.

For more news and updates, visit WHEELive.

Cedric Brian Regis

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