Massey Ferguson MF 9595 264kW 2025-2025 - Technical data

Massey Ferguson MF 9595 - Product Description

Drive and Structure

The Massey Ferguson MF 9595 is a modern combine harvester featuring the AGCO Power AW3 engine with a power output of 264 kW and a displacement of 8.4 l. It has 6 cylinders and a maximum torque of 643 Nm, ensuring high efficiency during field operations. The standard tire configuration includes 800/65 R32 front tires and 23.1×26 12PR rear tires, providing stability and traction. The machine's transport height is 3.9 m, meeting transport regulations.

Mobility and Hydraulics

The MF 9595 is not equipped with all-wheel drive, which may affect maneuverability in challenging conditions. It features a cabin that offers comfort during long working hours in the field. The hydraulic system is designed for effective operations under heavy loads, which is crucial for this type of agricultural machinery. With proper usage, the MF 9595 ensures high harvesting productivity and ease of operation.

Operational Parameters

The MF 9595 is distinguished by an efficient threshing system and a rotor with a diameter of 700 mm. The grain tank capacity is 8800 l, allowing for extended operation without the need for frequent emptying. The cutting width is 7.6 m, which enhances harvesting efficiency. The technological solutions applied in this machine contribute to increased productivity and savings in work and fuel usage.

Additional Equipment

The MF 9595 is equipped with air conditioning, significantly increasing operator comfort during hot days. The cabin provides good visibility and protection against adverse weather conditions. It is noteworthy that there are no additional options such as all-wheel drive, choppers, or stone grabbers, which may limit the machine's versatility. However, the MF 9595 is optimized for efficient grain harvesting.

Safety and Technical Data

User safety when operating the MF 9595 is ensured by a robust construction and compliance with safety standards. The machine weighs 17.985 t, ensuring stability on rough terrain. All key technical data are verified by reliable sources and comply with market requirements for agricultural machinery. Appropriate design solutions contribute to minimizing the risk of malfunctions and enhancing the machine's durability.