HIGHTRAC
2018 GENIE GTH636 Telehandler
2018 GENIE GTH636 Telehandler
Couldn't load pickup availability
The 2018 Genie GTH-636 is a mid-sized, high-performance telehandler widely used in construction, agriculture, and industrial settings. It combines compact maneuverability with impressive lifting capacity and extended boom reach, making it a popular choice for demanding material handling applications.
-
: Single three-section telescopic boom, with proportional controls for smooth, precise lifting.
-
: Automated selection of 2-wheel, 4-wheel coordinated, and crab steering for tight-site maneuvering.
-
: Full-time four-wheel drive, inboard wet disc brakes, and frame leveling ±10° each side for safe operation on uneven terrain.
-
: ROPS/FOPS open canopy or optional enclosed cab, multi-function joystick, full gauge cluster with diagnostics, and clear operator visibility.
-
: Options include foam-filled or rough-terrain pneumatic tires for all-surface performance.
-
: Quick-Attach™ system for fast attachment swaps (forks, buckets, work platforms).
-
: Lifting palletized materials, placing trusses, loading/unloading trucks.
-
: Baling, feed handling, barn cleanout, stacking supplies.
-
: Yard management, containers, equipment placement in tight spaces.
-
High lift capacity without exceeding 20,000 lbs in operating weight.
-
Engine does not require DPF or regeneration system, reducing downtime and maintenance.
-
Designed for lower cost of ownership by maximizing structural reliability and minimizing emissions complications.
Attribute | Value |
---|---|
Max Lift/Height | 6,000 lbs / 36 ft |
Max Forward Reach | 21 ft 11 in |
Rated Power | 74 hp (Deutz diesel) |
Operating Weight | ~18,600 lbs |
Transmission | 3F/3R Powershift |
Top Speed | 19 mph |
Frame Leveling | ±10º |
Tire Options | Pneumatic or foam-filled |
Steering Modes | 2WS, 4WS, crab |
The 2018 Genie GTH-636 telehandler stands out for its balanced mix of lifting power, reach, compact size, and advanced productivity features. It is well-suited to varied heavy-lifting and material-placement challenges on demanding worksites.
Share















