Electric Small Road Sweeper Quickly Improves Cleaning Efficiency

After several iterations, the new Electric Small Road Sweeper vehicle has emerged, offering expanded functions that enhance both its practicality and aesthetics. This modernized vehicle combines beauty with advanced technology, making it an essential tool for urban sanitation.

The Electric Small Road Sweeper has evolved from the first-generation red sweeper to a bright yellow version, with an increased size and a more visible color. This ensures passersby can easily identify sanitation operations. The vehicle now features automatic obstacle avoidance, enabling it to return to its path if it deviates. Additionally, the negative pressure suction system has been adjusted for more efficient debris collection, ensuring that no dirt is left behind.

One of the most notable improvements is the modification of the original built-in 15-meter hose, which has been relocated to the top of the vehicle, forming an external hose reel with a robotic arm. This upgrade not only boosts functionality but also allows the vehicle to flush obstacles, clean roadways, and reach areas like green belts and guardrails with ease.

The Electric Small Road Sweeper is powered by a new energy battery, making it eco-friendly, efficient, and low-maintenance. After just 2 hours of quick charging, the vehicle is ready to go again. With a large-capacity waste box, the sweeper is designed for road cleaning operations in narrow spaces, back alleys, and other challenging environments. Its compact size, combined with high mobility, makes it an excellent choice for urban roadways and small street sections.

The vehicle is built with a rigid cold riveted frame, ensuring stability, while the special asymmetric suspension system and 8-layer radial high-load tubeless tires provide durability and wear resistance. The hydraulic self-unloading system and integrated “3D” washing system make cleaning more efficient, while the 360° HD intelligent surveillance camera enhances safety and monitoring during operations.