Claas Lexion 6700 300kW 2019-2025 - Technical data

Claas Lexion 6700 - Product Description

Drive and Construction

The Claas Lexion 6700 is a modern combine harvester from the Lexion 6000 series, produced since 2020. It features a Mercedes-Benz OM470 LA engine, a 6-cylinder unit with a displacement of 10.7 liters and a power output of 300 kW. The machine's construction ensures optimal performance during harvesting, with a transport width of 3.49 m. It is equipped with an advanced threshing system that enhances the quality of the harvest.

Drive System and Hydraulics

This machine does not have all-wheel drive, which is typical for this class of combine harvesters. The drive system is based on proven solutions that provide stability during operation in challenging conditions. Information on the hydraulic system is not available, but standard Lexion combines offer advanced hydraulic capabilities that support work efficiency. The high quality of the components ensures their long-term durability in operation.

Working Parameters

The Claas Lexion 6700 is designed to operate with a cutting width of up to 9.3 m, enabling efficient harvesting of crops. The grain tank capacity is standard 11,000 liters, with an optional increase to 12,500 liters. With 6 straw walkers, the machine excellently manages various types of harvests. The emission level complies with Stage V regulations.

Additional Equipment

The standard version of the Claas Lexion 6700 does not come with air conditioning, a cabin, or other optional accessories, which reduces its weight and operating costs. However, combines in this segment often offer a range of additional features that can be tailored to user needs. Typical options include various monitoring systems for losses and mechanisms that enhance control over the harvesting process. This makes the machine versatile in agricultural operations.

Safety and Technical Data

The Lexion 6700 combine, featuring modern technological solutions, offers a high level of operator safety. While specific information on additional safety systems is lacking, machines of this class typically have built-in standard protective features that ensure safety during operation. The use of modern technologies in the machine's construction affects its efficiency and minimizes the risk of failures. Key technical parameters, such as engine power and number of cylinders, provide reliable performance under all conditions.