Because helicopters rise straight up when they take off, they don’t need a long runway to become airborne. And because of this, the majority of helicopters (except for some larger models) are manufactured without wheels. Instead, they are fitted with landing skids.
All well and good — until you have to move a helicopter after it’s on the ground. Starting up and flying a copter from one part of an airport to another is expensive (requiring a pilot) and disruptive (with noise and windblown debris). It is common at many facilities for some form of ground handling arrangement to essentially jack up a helicopter, put wheels under it, and require a gang of people to manually reposition the combination — consuming a lot of time and occasionally injuring a finger or two.
Hydraulics goes to work
In the tradition of a better mousetrap, the Heliporter comes to the rescue. The Heliporter is a self-propelled platform that carries a vertical hydraulic lift. Its low-to-the-ground profile enables a single operator to maneuver the unit under a parked helicopter, easily avoiding contact with antennas, lights and other hanging accessories, then lift and transport the aircraft. The Heliporter can handle most light- and medium-duty helicopters. Its design is simple and easy for operators to learn and understand. A number of fail-safe features protect personnel and equipment, even when moving the typical heavy and awkward loads.
The platform’s hydraulic functions are supplied from a packaged power unit consisting of a 2500-psi gear pump, 12- or 24-Vdc electric motor, and reservoir. A pair of on-board 12-V batteries powers the motor, and integral battery chargers (standard on all units) keeps them energized when the system is not in use.
The operator starts the pump with a toggle switch at the control handle in front of the Heliporter. This switch is preloaded toward its off position so the pump automatically stops whenever the switch is released.