The JLG 20-Meter Self-Propelled Diesel-Powered Telescopic Boom Aerial Work Platform is a high-performance aerial access solution engineered for demanding outdoor tasks requiring extensive vertical and horizontal reach. Leveraging JLG’s expertise in boom lift technology, this model combines a diesel-powered drive system with a telescopic boom mechanism, delivering robust mobility, exceptional lifting capacity, and versatility for complex construction, maintenance, and industrial projects.
- Self-Propelled Diesel Power: Equipped with a diesel engine, it enables independent movement across rough terrains, providing reliable performance in remote or fuel-constrained environments.
- 20-Meter Telescopic Boom: Offers extensive vertical and horizontal reach, allowing access to high-altitude or hard-to-reach areas with precision.
- All-Terrain Capability: Designed with rugged tires and a stable chassis, it operates efficiently on uneven, muddy, or gravel surfaces.
- 360° Maneuverability: The boom’s articulation and rotation capabilities enable precise positioning of the platform in multiple directions.
- Construction & Infrastructure: Ideal for tasks like bridge inspection, high-rise building facade work, and utility pole maintenance.
- Industrial Operations: Used for machinery overhaul, warehouse racking inspection, and large-scale equipment installation in factories or refineries.
- Emergency & Rescue: Assists in aerial rescue operations, tree removal, and disaster response scenarios requiring rapid height access.
- Q: What is the fuel consumption rate of the diesel engine?
A: It typically consumes 3–5 liters per hour, depending on operating conditions and load.
- Q: Can it be used in rainy or snowy weather?
A: Yes, but avoid deep water or icy surfaces. Ensure the platform is properly maintained and operators follow safety protocols for wet conditions.
- Q: What safety features are included?
A: It integrates overload sensors, emergency descent systems, platform guardrails, and anti-entrapment devices to ensure operator safety.