Advantages of Using an All-Terrain Crane
There are many different types of cranes available for construction projects. From tower to railroad to floating and harbor cranes, there is an option for every construction job. For instance, if your job site requires something mobile and versatile that can still conduct heavy lifting, an all-terrain crane may be your best option. With its all-terrain capabilities, reachability, and workflow, there are several advantages to using an all-terrain crane to achieve your project goals.
One of the greatest advantages of an all-terrain crane is its mobility. Their movement allows for easy use on any surface, such as asphalt, gravel, dirt, or sand. No matter the landscape of your location, an all-terrain crane can get the job done. Additionally, the mobility of the crane is perfect for traversing across work sites with ease.
Don’t let the compact size fool you—the all-terrain crane can lift anywhere from 60 to 450 tons to various heights. The size and capability of these cranes allow for greater service within tight job sites. Workers can position the crane with outriggers symmetrically right and left or front and rear.
All-terrain cranes also provide significant versatility. Their extendable booms allow for full reachability during lifting jobs. Additionally, their sturdiness ensures a safe work environment, as manufacturers design these cranes with safety and resiliency in mind. Even in poor weather conditions, all-terrain cranes work efficiently.
The superstructure cab offers a clear view of the job site through its windshield. There are no blind spots to ensure full visibility of the surrounding areas. Adjustable seating, a soundproof cab, and heating and air conditioning all offer an operator-friendly interior. Optional boom, head, hoist, and rear-view cameras provide easy use and optimal maneuverability without sacrificing comfort.
Conventional all-terrain cranes use modern engines that meet EPA emission standards. This reduces energy consumption and operating costs. Additionally, modern engines and hydraulic pumps reduce RPMs and idle fuel consumption. External electricity supplies can provide an additional energy source without the need for gasoline.