Battery powered self-propelled articulated boom aerial work platform delivers flexible high-altitude operation with max working height ranging from 11.5m to 22m and max platform height from 9.5m to 20m. It provides max up and over clearance from 4.1m to 9.4m and max working radius from 6.5m to 12.23m. The lifting capacity varies from 200kg to 350kg, equipped with ±80° platform rotation, ±70° jib rotation and 355° turntable rotation, stable for indoor and outdoor overhead maintenance, painting, installation and inspection jobs. Powered by 48V/420Ah battery, the electric boom lift adopts 2*2 or 4*2 drive and steer structure, driving gradeability from 30% to 45%, max working angle 3°, suitable for uneven ground in construction sites, shopping malls, warehouses and industrial plants. Supplied by DAXLIFTER, this electric aerial boom equipment brings zero-emission, low-noise performance ideal for environmentally sensitive working environments.

The platform dimensions have two specifications: 1.4*0.7m /1.4*0.76m and 1.8*0.76m. Stowed length ranges from 3.8m to 8.99m, stowed height keeps 2.0m or 2.38m, machine width from 1.27m to 2.49m. Wheelbase covers 1.65m to 2.5m, outside turning radius between 3.2m and 5.0m. The machine weight spans from 5200kg up to 10000kg. It is fitted with 4kw or 12kw pump motor, 3.3kw drive motor and 24V control voltage. Travel speed in stowed status ranges from 4.5km/h to 5.1km/h. Different models can be shipped via 20ft or 40ft container for global delivery.

Self-propelled articulated boom aerial work platforms are widely preferred for versatile overhead works. The articulated boom design allows the platform to bypass obstacles to reach hard-to-access work zones. Fully electric drive eliminates exhaust pollution, making it perfect for indoor factory maintenance, exhibition hall setup, hotel ceiling repair and outdoor building facade servicing. The solid rubber rough-terrain tires ensure reliable traction on rough ground, while integrated safety sensors and stable lifting system guarantee operator safety during high elevation tasks.

Key Technical Specifications