Overload protection systems in telehandlers, such as Load Moment Indicators (LMI) or Rated Capacity Limiters (RCL), function by comparing boom…

Telehandler load charts represent ideal, as-new machine performance, assuming original hydraulic pressure, tight pin-and-bushing tolerances, correct tire specification, and zero…

Hydraulic wear in telehandlers develops as increased internal leakage and friction within pumps, valves, and lift cylinders, causing gradual loss…

Telehandler load charts and published capacities are based on ideal, factory-new conditions, including precise tire pressures, unworn boom assemblies, and…

Field data consistently demonstrates that operator technique has a significant impact on the real-world rated performance of telehandlers. Load charts…

Telehandler load charts are developed under strictly static, laboratory-like testing scenarios that eliminate variables such as movement, gradients, and environmental…

A telehandler’s working envelope defines the zone within which rated loads can be safely handled, accounting for both lift height…

Boom extension sequence refers to the programmed order in which telehandler boom sections telescope outward, impacting the position of both…

Maximum height ratings for telehandlers are based on geometric reach, not real-world lifting scenarios. The true working height is dictated…

Telehandler specification charts are built around ideal test conditions: perfectly level, rigid ground with no deformation, calibrated tyre pressures, and…