Claas Dominator 88 VX 117kW 1998-2001 - Technical data

Claas Dominator 88 VX - Product Description

Drive and Construction

The Claas Dominator 88 VX is a grain combine harvester produced from 1998 to 2001, featuring a standard cab. The machine is equipped with a Perkins engine rated at 117 kW. Its threshing system is based on a conventional drum with a diameter of 450 mm, ensuring efficiency during harvesting. The transport length is 8.2 m, and the width is 3.3 m, making this model relatively compact, which facilitates maneuverability in the field.

Chassis and Hydraulics

The Claas Dominator 88 VX features a hydraulic transmission with three speeds, increasing operational flexibility. The maximum working speed is approximately 24.6 km/h. The standard tire size of 24.5R32 provides good traction and stability in various terrain conditions. The machine is not equipped with all-wheel drive, which influences its intended use in standard agricultural tasks.

Operational Parameters

Operational parameters of the Claas Dominator 88 VX include a grain tank capacity of 5200 l and a cutting mechanism width of 3.9 m. Five straw walkers are employed, providing a working surface of approximately 5.15 m². The total mass of the machine with a cab is around 10280 kg, which is sufficient for effective operation in demanding conditions. These parameters make it suitable for harvesting various types of grains.

Additional Equipment

The Claas Dominator 88 VX does not come with air conditioning or all-wheel drive as standard, which is typically seen in machines of this size. Options for additional accessories are limited, as specialized features such as grain loss monitoring or tilt limiters are absent. The cab ensures comfort during operation, despite the lack of advanced systems enhancing user convenience.

Safety and Technical Data

The machine has been designed with basic safety standards in mind, which is crucial for operating in challenging conditions. The transport dimensions of the Claas Dominator 88 VX do not exceed 3.8 m in height, which is important for road transport. A hydraulic system has also been provided to achieve optimal efficiency and precision during harvesting. Achieving high operational parameters at relatively low operating costs makes this model an interesting choice for farmers.