IMP58T Self-Propelled Aerial Work Platform

Mantall® IMP58T is a high-performance, self-propelled aerial work platform engineered for agile vertical access in confined indoor and outdoor spaces. Combining an exceptionally lightweight chassis (920kg) with a robust 230kg lift capacity, this compact unit is perfectly dimensioned to fit through standard doorways and inside passenger elevators. Driven by an eco-friendly 24V electric system that supports full-height walking, the IMP58T features an innovative open-frame design and dual rotating doors for unmatched maintenance access, making it the ideal choice for facilities management, warehousing, and construction finishing work.

Standard Features

• Compact & Elevator Accessible: Boasting a slim stowed width of 0.78m and an overall length of 1.4m, the machine maneuvers effortlessly through narrow corridors and standard doorways
• Full-Height Walk Capability: Maximizes jobsite productivity by allowing operators to drive the vehicle safely while the platform is fully elevated.
• One-Way Extension Platform: Extends the reach with an extra 0.4m horizontal outreach, allowing operators to easily clear lower obstacles.
• Exclusive Low-Maintenance Design: Features an open frame design for quick cleaning and two rotating side doors for convenient access to internal components.
• A Proportional Control System: Equips the operator with ultra-smooth, precise joystick positioning for driving and lifting adjustments.
• Integrated Intelligent Safety: Outfitted with an on-board fault diagnosis system, tilt protection system, automated braking, and a platform weighing sensor to actively monitor weight loads.
• Surface-Safe Tires: Fitted with non-marking tires (305mm x 114mm) to guarantee mark-free travel over sensitive finished indoor floors.
• Advanced Hydraulic Failsafe: Built with an integrated oil pipe explosion-proof system and an easily accessible emergency descent button.
• Simplified Transport Logistics: Features built-in standard forklift transport pockets and crane lifting holes for rapid, secure site-to-site relocation.