Overview of Compact Articulating Loader
A Compact Articulating Loader is a nimble, multipurpose machine designed to operate within the confines of restricted locations where standard loaders would typically struggle to do so. Due to the pivoting articulation joint located between the loader arms and the cab of the machine, it enables tremendous maneuverability, accurate and precise load placement, and a smooth, immediately responsive controlled environment when operating. Ideal for contractors, farmers, fleet operators, landscape professionals, and general contractors, a Compact Articulating Loader has a small footprint combined with high lift capabilities and can utilize a full suite of attachments (e.g. attachments include but are not limited to: tooth bar, forks, buckets, grapples, brooms, trenchers, etc.). Its Articulated Design allows for a nearly zero turning radius, increased ability to follow contoured and sloped terrains, increased visibility of jobsite surroundings from the operator's perspective, and increased operator accuracy when loading and unloading materials to and from locations. Its standard features include a Tier 4 final compliance diesel engine, a hydrostatic drive system, load sensing hydraulic systems, and fully proportional joystick control. In addition, it includes safety features such as Rollover Protective Structures (ROPS), Falling Object Protective Structures (FOPS), a rearview camera, and a pedal lockout. The loader is capable of being outfitted with buckets, forks, grapples, brooms, trenchers, and other work tools allowing it to perform a wide range of applications including, but not limited to; material handling and removing snow from parking lots, performing site prep, and installing Landscape materials. The loader's robust construction, ease of access to service points, and intelligent diagnostics contribute to its superior performance and ability to realize low operating costs. Thus, a Compact Articulating Loader is an adaptable, user-friendly solution for busy job sites requiring compact power while maximizing performance to achieve maximum production.
Get A Quote