Claas Jaguar 695 Mega 260kW 1995-1995 - Technical data

Claas Jaguar 695 Mega - Product Description

Drive and Construction

The Claas Jaguar 695 Mega is a 2WD forage harvesting machine designed for efficient collection and processing of crops. With its robust construction, this model offers high durability and reliability under tough working conditions. Its engine power of 260 kW allows for efficient processing of harvested forage. It also supports various header widths, enhancing operational flexibility.

Drive System and Hydraulics

This machine features an advanced drive system and hydraulics that enable precise maneuverability in different terrains. Although specific details regarding the transmission system were not provided, speed and stability are key characteristics affecting operational efficiency. The Jaguar 695 Mega is also equipped with innovative hydraulic solutions that improve work efficiency and user comfort.

Working Parameters

Regarding working parameters, the Claas Jaguar 695 Mega is optimized to work with different header widths, ranging from 2.2 m to 4.8 m. This range allows the machine to be adapted to various harvesting types and field conditions. While detailed information about other technical parameters is lacking, this machine is designed to meet the demands of modern agriculture.

Additional Equipment

The Claas Jaguar 695 Mega does not come with many comfort options, such as air conditioning or a cab. However, it can be equipped with a variety of additional accessories that increase its functionality. Users can tailor the machine to their specific needs based on the type of crops and surrounding conditions.

Safety and Technical Data

The high level of safety in the Claas Jaguar 695 Mega is ensured by its sturdy construction and the use of appropriate solutions that reduce the risk of overload. Moreover, this model complies with the standards responsible for operator safety during operation. While not many specific technical details were provided, this device is built to meet high performance and safety requirements.