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Anti-skid tires: Improve grip and protect every journey
In order to cope with the changing urban road conditions, especially the slippery roads after rain, smart travel scooters generally use high-performance anti-skid tires. The design inspiration of these tires is often derived from the tire technology of racing cars or off-road vehicles. By increasing the friction coefficient of the tire surface, it effectively prevents the occurrence of side slip accidents. The core of anti-skid tires lies in their deeper tread design. These carefully carved grooves can not only quickly drain water and reduce the impact of the water film effect on the contact between the tire and the ground, but also provide more grip on dry roads, ensuring that the scooter can remain stable when accelerating, braking and turning.
In addition, some high-end smart travel scooters also use tires made of special materials, such as polyurethane or reinforced rubber. These materials are not only wear-resistant, but also maintain good elasticity in low temperature environments, further improving the grip performance of the tires. When users ride in different seasons and weather conditions, they can feel the stable support brought by the tires, which greatly enhances the sense of safety when traveling.
Night lighting device: illuminate the way forward and protect night safety
With the enrichment of urban nightlife, the demand for night riding is growing. Therefore, smart travel scooters are equipped with a comprehensive night lighting system to ensure that users can travel safely at night or in low-light environments. This system usually includes headlights, turn signals and taillights, which each perform their duties and jointly build a safe lighting defense line.
The headlights usually use LED light sources, which are not only high in brightness and low in energy consumption, but also have a long life. They can provide riders with a long enough illumination distance to help identify the road conditions and obstacles ahead and avoid collisions. The turn signal sends a turn signal to surrounding vehicles and pedestrians by flashing, which improves the recognition of the scooter in complex traffic environments and reduces the risk of traffic accidents caused by changes in direction. The taillights also use high-brightness LEDs. When the scooter slows down or brakes, the taillights will become brighter or flash, warning the rear vehicle to keep a distance and effectively preventing rear-end collisions.
It is worth mentioning that some advanced smart travel scooters are also equipped with intelligent sensing systems, which can automatically adjust the light brightness according to the ambient light, and even automatically turn on the double flash warning during emergency braking, further improving the safety of night riding.
