The unique design of the SHERP utility task vehicle allows it to ride on any surface and under any weather conditions. This amphibious vehicle is unrivaled throughout the world. Its technical characteristics ensure it will not be stopped by water, sand, swamps, fallen trees, snow, etc. Swim anywhere, drive anywhere!
A versatile logistics solution, allowing to ride any terrains inaccessible for other special equipment. Makes sure that both cargo and people get transported regardless of weather conditions.
Additional fuel tanks are placed in each wheel disk, increasing the total fuel capacity to 86.2 gal.
The UTV can be operated in the autonomous mode for 65 hours and operated non-stop for 19 hours on a single tank of fuel.
The tires are connected to each other and can be inflated and deflated at the touch of a button. This unique technology allows SHERP UTV to overcome the most difficult obstacles.
The elasticity of the tires makes them less susceptible to damage, and if a puncture is unavoidable, it can be easily repaired even in the field.
The SHERP uses the Korean high-tech and eco-friendly Doosan engine. The engine provides fuel efficiency and high torque.
The SHERP UTV has the lowest ground pressure of all amphibious vehicles and therefore does not damage the ground while riding.
The engine also meets the requirements of Stage V/Tier-4-final emission standards and delivers the power of 55 hp / 41 kW.
The SHERP has ROPS steel rollover protection and a low center of balance, which greatly reduces the risk of rollover.
The utility task vehicles SHERP also have adjustable 2-, 3- and 4-point seat belts, a solid body and multi-functional hatches.
The driver has full visual control of the surroundnings through the large windshield and side windows, as well as the rear view camera.
The vehicle’s suspension has no springs or shock absorbers. Fewer parts means fewer breakdowns, better durability, and lower repair costs.
High maneuverability allows the UTV to move even in dense forests and on any impassable terrain that provides limited space.
The vehicle’s inner turning radius is 2.5 m, and an outer turning radius is 8.0 m.
