A Clear View of the Job Site
The domain of the operator is the telescopic forklift's cab. This is the place where they make all the things happen. Lull was very aware of this fact when designing their latest machines. They implemented side-mounted engine in order to enhance the operator's visibility so as to enable easier access. Cab-mounted controls, along with easy to read gauges let you know exactly where you should be and what you are doing. The proportional joystick provides more accurate boom placement. Working in comfort from the driver's seat is amongst the main objectives of the company.
The Power to Hit Your Mark Each and Every Time
When your specific needs require you to place cargo precisely where they need to be, there is only one equipment suitable for you. Lull equipment have the capacity to transport a load 80 inches horizontally, at full height. Their machines have the load capacity to raise as much as 4000 lbs. of steel, block or brick as high as 54 feet. The precision load placement system along with the proportional joystick controls enables the operator to place loads faster and more precisely since the operator is in control.
The horizontal load placement system functions by moving the back of the chassis forward. This makes it easier to load material onto other work sites and scaffolding in a precise manner. Complex driving and maneuvering is no longer required because of the Lull telehandlers' unique ability.
Attachments
There are lots of unique attachments including sheet material carriages and special fork-mounted work platforms to provide maximum versatility on the jobsite.
Boom Design
The design of the boom is made for strength and durability utilizing high strength steel making it able to handle each and every heavy cargo.
Proportional Controls
Since the movement of the joystick directly corresponds with the boom action, the proportional controls offer the operator more control.
Horizontal Placement System
The traversing carriage allows you to move an entire load 80 inches horizontally while at full height.