The Genie® S®-80 HF high float telescopic boom is designed to perform heavy-lifting tasks in sensitive turf conditions, such as sand and turf ground conditions. Engineered to “float” on soft or delicate surfaces, the Genie S-80 and S-85 HF booms protect softer surfaces during operation that could be damaged by the more aggressive tread on regular rough terrain tires.
The Genie® S®-65 HF high float telescopic booms are designed to perform heavy-lifting tasks in sensitive turf conditions, such as sand and turf ground conditions. Engineered to “float” on soft or delicate surfaces, the Genie S-60 and S-65 HF booms protect softer surfaces during operation that could be damaged by the more aggressive tread on regular rough terrain tires.
The Genie® S®-60 HF high float telescopic booms are designed to perform heavy-lifting tasks in sensitive turf conditions, such as sand and turf ground conditions. Engineered to “float” on soft or delicate surfaces, the Genie S-60 and S-65 HF booms protect softer surfaces during operation that could be damaged by the more aggressive tread on regular rough terrain tires.
The Genie® S-45 HF high float telescopic booms are designed to perform heavy-lifting tasks in sensitive turf conditions, such as sand and turf ground conditions.
Compact dimensions and zero inside turning radius make the Genie® GS™-3246 E-Drive slab scissor lift ideal for indoor and outdoor construction, maintenance, and installation tasks on level ground and in tight spaces. Boasting the state-of-the-art Genie AC electric E-Drive system, it offers unmatched efficiency and runtime when a significant amount of driving is required.
The quiet, electrically-powered Genie® GS™-2632 slab scissor lifts are excellent for indoor and outdoor construction, maintenance and installation applications on firm, level surfaces. Available with Genie® AC E-Drive or hydraulic drive configuration.
The Genie® GS™-1930 slab scissor lifts are easy to maneuver in tight spaces, boast quiet electric operation and are ideal for indoor and outdoor applications on firm, level surfaces.
