Vogel & Noot c-plus XMS 1050 1.65m 2007-2017 - Technical data

Vogel & Noot c-plus XMS 1050 - Product Description

Powertrain and Design

The Vogel & Noot c-plus XMS 1050 plow is an advanced agricultural machine designed for effective soil cultivation. It is built with an emphasis on efficiency and cost-effectiveness during field operations. The robust frame construction enhances its durability and stability in challenging soil conditions. Its ability to adapt to local requirements makes it a versatile tool for modern farms.

Working System and Hydraulics

The c-plus XMS 1050 plow utilizes modern hydraulic solutions that allow precise and easy angle settings for operation. The double-acting cylinder ensures smooth switching between different functions during both working and transport modes. The mechanical width adjustment system makes it easy to tailor the equipment to the user's specific needs. Proper depth regulation impacts crop quality and overall work efficiency in the field.

Operating Parameters

The Vogel & Noot c-plus XMS 1050 is designed for tractors with a power rating of up to 128 kW. With a maximum working width of 1.65 m and three furrows, this plow provides efficiency that can meet the needs of medium-sized farms. The space between the bodies is 1050 mm, which contributes to effectiveness in deep plowing. The frame height is 820 mm, ensuring adequate maneuverability and comfort in the field.

Optional Equipment

The plow does not come equipped with transport wheels or packer arms. However, various accessories, such as additional bodies or skimmers, can be utilized to increase its versatility. The machine is compatible with various types of tractors, making it a flexible solution for modern agriculture.

Safety and Technical Data

The c-plus XMS 1050 plow guarantees user safety through its solid construction and meticulous quality control. Key technical parameters include a weight of 0.985 t and a required operation power of 128 kW. The device has undergone strict quality checks to ensure reliability in demanding operating conditions. Materials used and modern technologies ensure long machine life and minimize operational costs.