Aerial work platforms have undergone technological upgrades, with hydraulic pilot control reshaping the working experience.

The aerial work platform industry is undergoing a new round of technological innovation, with the widespread application of hydraulic pilot-operated systems completely changing the traditional control mode of aerial work. Previously, aerial work platforms mostly used linkage-type mechanical control devices, with long lever strokes and delayed feedback. Operators needed to expend a lot of effort to maintain operational movements, easily leading to fatigue during prolonged operation and affecting operational accuracy and safety. In contrast, the hydraulic pilot-operated system transmits control commands through hydraulic signals, with short lever strokes and fast response speeds. A gentle push is all it takes to extend, retract, and turn the boom, significantly reducing the operator's workload, especially during long-term, high-intensity aerial work, effectively reducing the probability of human error.

In addition to the upgraded control system, the new generation of aerial work platforms has also undergone several optimizations for complex working conditions. The boom is constructed from high-strength alloy steel and features a lightweight design, reducing its weight while maintaining load-bearing capacity, thus improving the equipment's driving stability and working radius. The electronic control system has added boom anti-collision protection and a soft-stop function. When the boom approaches a preset safety boundary, it automatically decelerates and stops smoothly, preventing equipment shaking or collisions caused by excessive operation. In the field of power operation and maintenance, aerial work platforms can also be equipped with insulated working devices to meet the needs of live-line work below 10kV. Operators can complete line maintenance, equipment installation, and other tasks without disconnecting the power, significantly improving the efficiency and safety of power operation and maintenance. These technological upgrades have significantly improved the adaptability and reliability of aerial work platforms, making them widely used in various fields such as municipal street light maintenance, bridge maintenance, exterior wall construction, and power emergency repairs.