Zetor Proxima Plus 95 71kW 2009-2010 - Technical data

Zetor Proxima Plus 95 - Product Description

Drive and Construction

The Zetor Proxima Plus 95 is a 4WD tractor, popular among farmers for its performance. The machine is equipped with a Zetor Z1005 engine, a four-cylinder turbocharged diesel generating 67.1 kW (90 HP) at 2200 RPM. Its construction ensures stability and work efficiency in challenging conditions. The transport dimensions are a length of 3.67 m, a width of 1.91 m, and a height of 2.71-2.72 m.

Chassis and Hydraulics

The tractor is characterized by two essential parameters for working in the field: a wheelbase of 2.32 m, enhancing its maneuverability. The hydraulic system includes 3 valves, with a flow rate of 50 l/min and a pressure of 180 bar. Additionally, the vehicle features strong wet disc brakes and a pneumatic trailer brake, increasing safety during transport. It is fitted with standard agricultural tires: 11.2-24 at the front and 16.9-30 at the rear, ensuring good traction.

Operational Parameters

The Zetor Proxima Plus 95 features 16 forward and 16 reverse gears, allowing for precise speed adjustment based on working conditions. It can achieve a maximum travel speed of up to 40 km/h. The technical specification and performance of this vehicle make it one of the best choices in its class. Moreover, the engine displacement is 4.2 L, providing high power with relatively low fuel consumption.

Additional Equipment

The Zetor Proxima Plus 95 offers a cab for comfort during field work, although it lacks air conditioning, which can impact comfort in hot days. The machine does not feature front hydraulic connections or a front power take-off shaft. Various options are available, but their selection depends on user needs and machine specifications.

Safety and Technical Data

The safety of operating the Zetor Proxima Plus 95 is ensured by high-pressure hydraulics and robust braking systems. The tractor meets emissions and construction standards, making it suitable for diverse working environments. The optimal design of the powertrain allows for operation in challenging terrain, and the use of modern solutions ensures long equipment lifespan.