Finding the right Type of Boom Lift Equipment that suits your needs.

Finding the right Type of Boom Lift Equipment that suits your needs.

Boom lift is typically a type of aerial work platform used by professional licensed operators or personnel to reach high places, may it be indoor or outdoor. Yet, boom lift works for difficult to reach steep or elevated areas that are viewed dangerous.



A standard boom lift is made of a bucket, with an extended jointed crane run by a hydraulic lift system and connected to a grounded base. Sometimes a boom lift is seated on a truck or van, while the bucket is designed to safely box a person, who must be able to execute work at high elevations.


Several Type of Boom Lift

The operator must know the type of boom lift He must use before performing the work. There are different kinds of boom lifts that are designed to be used in different situations.


Mast boom lifts – are designed for working in a narrow space, able to fit through doorways and narrow aisles. Powered by electricity, and it is ideal for hard or slab work.

Knuckle boom lifts – come powered by electricity or by diesel. Electric knuckle boom lifts are more suited for indoor work while the diesel-powered, 4×4 lift is more ideal for outdoor work. These lifts are designed for easy up and over reach.

Telescopic boom lifts – are powered by electricity for indoor use or diesel in a 4×4 wheel drive for outdoor work. These lifts are appropriate for outreach and height use. Most of them are fitted with a 5.5KV on board generator and basket lifts.


Safety measures

Following the code of safety is the utmost critical part of operating a boom lift, as possible fatal injuries can result when wrongfully used.


The operator must make sure to Investigate the boom lift before use. Inspect any of the hydraulic hoses and fittings for leaks. Check the tires.

Evaluate the area around you and check for any potential harm, such as terminated power lines, boggy ground and any other obstacles. Also be sure you steer clear of power lines as an overhead hazard.