Why do shared electric vehicles prefer pneumatic tires?

Shared electric bicycles have surged in popularity across various cities, emerging as a modern mode of transportation in recent years. Numerous brands have quickly developed in response to this demand, much like mushrooms springing up after rain.

Many diligent observers may have noted that the majority of shared electric bicycles utilize varying forms of air-free tires rather than the common pneumatic tires familiar to most people. So, what drives this choice? This article will explore the reasoning behind this trend.

Shared electric bicycles have distinct advantages over traditional bicycles, such as requiring less physical effort and achieving higher speeds. They provide a significant convenience for riders, especially over short distances of up to 10 kilometers, making them an attractive option for a hassle-free ride even in hot weather. Riders can easily glide along without the exhausting effort of pedaling, enjoying a refreshing breeze.

However, despite the speed advantages of shared electric bicycles, safety remains a critical concern. These vehicles are relatively lightweight and compact, making them susceptible to instability in the event of a tire blowout or skidding. Such incidents can pose a significant danger to riders, highlighting the importance of selecting the right tire.

Traditional pneumatic tires are prone to punctures, which can lead to dangerous situations. While vacuum tires reduce puncture risks, they still aren’t entirely resistant to them. On the other hand, conventional solid tires do not puncture, but they tend to be heavier, which negatively impacts the riding experience. The new breed of air-free tires balances safety and comfort, making them a more suitable choice for shared bicycles and electric vehicles.

For instance, flick tires utilize a honeycomb internal structure combined with innovative materials to significantly reduce weight, enhancing the riding experience while also providing cushioning and shock absorption. Compared to similar products available today, flick tires can weigh approximately 30% less, contributing to a smoother and more enjoyable ride.

Beyond puncture prevention, flick tires are designed to offer superior anti-skid and wear-resistant abilities. Their carefully crafted tread pattern efficiently channels water away from slippery surfaces, providing excellent traction. They also resist damage from environmental factors like UV rays, ozone, and acid rain, enhancing durability.

Numerous shared travel platforms have already adopted flick tires for their electric bicycles, receiving positive reviews from users. It is anticipated that more shared electric bicycles will incorporate high-quality flick tires in the future, offering riders an improved experience that is both comfortable and safe.