Step Through Electric Bikes
A collection page of Electric Kicks
About
Learn More About Step Through Electric Bikes Looking for an electric bike that's comfortable, powerful, and easy to get on? Look no further than an Aventon step-through electric bike. Featuring lower, easily-accessible frames, you'll find comfortable riding positions for more relaxed riding without the sacrifice of build quality, stability, or performance. What is a step-through electric bike? A step-through electric bike either has no top tube, or a lower top tube than their step-over counterparts. Depending on the frame style, they can also be described as low-step electric bikes. For example, the Aventon Level.2 Step Through would be considered step-through because of its frame geometry, whereas the Aventon Pace 350.2 Step Through could be considered both step-through or low-step due to its low height at the centre of the frame. In short, all low-step electric bikes are step-through, but not all step-through electric bikes are low-step. What are the benefits of a step through-electric bike? The most common reason riders buy step-through electric bikes for comfort. Because riders don’t have to kick or swing their leg over a top tube to get on, they are easier to mount and dismount. This has proven more popular for a number of different types of rider: Riders with limited movement Whether through age or injury or just size, some riders find it difficult to kick their leg over a higher frame. Regardless of whether this is because doing so is simply uncomfortable, or whether there is something else that prevents them from raising their leg that high, a step-through frame is significantly easier to get on and off than its step-over counterpart. Riders that will need to get on and off frequently Step-through electric bikes are much more popular with delivery drivers who will regularly need to hop on and off their bikes. It’s just easier. Commuters Riders who regularly have to come to a stop, such as those commuting from urban traffic, will generally find step-through f