The hydrostatic system transfers engine power to the wheels or tracks via hydraulic pumps and motors, allowing continuous speed changes without mechanical shifting.
This system uses hydraulic cylinders and motors to raise, lower and rotate booms, buckets or platforms.
The controls integrate electronic and electrohydraulic systems to manage all machine functions proportionally.
These systems protect hydraulic and electronic components from overheating and contamination.
Auxiliary circuits provide hydraulic power to additional devices and equipment.
Electrification replaces or supplements combustion engines with electric motors, reducing emissions, noise and fuel consumption.
The hydrostatic system transfers engine power to the wheels or tracks via hydraulic pumps and motors, allowing continuous speed changes without mechanical shifting. It ensures precise movements and easy maneuvering in tight spaces. It is resistant to variable loads and ensures smooth driving over uneven terrain. It is used in excavators, wheel loaders and compact tractors. Its efficiency and ground protection make it ideal in agricultural and construction site applications. Maintenance is simplified thanks to closed and filtered circuits.
The hydrostatic system transfers engine power to the wheels or tracks via hydraulic pumps and motors, allowing continuous speed changes without mechanical shifting. It ensures precise movements and easy maneuvering in tight spaces. It is resistant to variable loads and ensures smooth driving over uneven terrain. It is used in excavators, wheel loaders and compact tractors. Its efficiency and ground protection make it ideal in agricultural and construction site applications. Maintenance is simplified thanks to closed and filtered circuits.
The hydrostatic system transfers engine power to the wheels or tracks via hydraulic pumps and motors, allowing continuous speed changes without mechanical shifting. It ensures precise movements and easy maneuvering in tight spaces. It is resistant to variable loads and ensures smooth driving over uneven terrain. It is used in excavators, wheel loaders and compact tractors. Its efficiency and ground protection make it ideal in agricultural and construction site applications. Maintenance is simplified thanks to closed and filtered circuits.
The hydrostatic system transfers engine power to the wheels or tracks via hydraulic pumps and motors, allowing continuous speed changes without mechanical shifting. It ensures precise movements and easy maneuvering in tight spaces. It is resistant to variable loads and ensures smooth driving over uneven terrain. It is used in excavators, wheel loaders and compact tractors. Its efficiency and ground protection make it ideal in agricultural and construction site applications. Maintenance is simplified thanks to closed and filtered circuits.
The hydrostatic system transfers engine power to the wheels or tracks via hydraulic pumps and motors, allowing continuous speed changes without mechanical shifting. It ensures precise movements and easy maneuvering in tight spaces. It is resistant to variable loads and ensures smooth driving over uneven terrain. It is used in excavators, wheel loaders and compact tractors. Its efficiency and ground protection make it ideal in agricultural and construction site applications. Maintenance is simplified thanks to closed and filtered circuits.
The hydrostatic system transfers engine power to the wheels or tracks via hydraulic pumps and motors, allowing continuous speed changes without mechanical shifting. It ensures precise movements and easy maneuvering in tight spaces. It is resistant to variable loads and ensures smooth driving over uneven terrain. It is used in excavators, wheel loaders and compact tractors. Its efficiency and ground protection make it ideal in agricultural and construction site applications. Maintenance is simplified thanks to closed and filtered circuits.
