Kuhn Dominator 4856-7 3.2m 2025-2025 - Technical data

Kuhn Dominator 4856-7 - Product Description

Powertrain and Design

The Kuhn Dominator 4856-7 is a primary tillage machine featuring advanced technological design. Equipped with seven shanks spaced 460 mm apart, it delivers effective maximum subsoil fracture. The double-rank shank configuration ensures optimal soil and residue flow, enhancing work effectiveness in challenging conditions. Crafted for durability, the robust construction of the Dominator 4856-7 contributes to high operational efficiency.

Working System and Hydraulics

The working system of the Kuhn Dominator 4856-7 provides effective mixing and burying of residues, as well as soil leveling. Hydraulically controlled positioning of the rear disc conditioner allows for optimal working height in relation to the tilled soil surface. Utilizing components with low maintenance requirements, such as maintenance-free bearings, reduces downtime and enhances operational effectiveness.

Operating Parameters

The machine features a maximum working width of 3.2 m and weighs 6,421 kg. It is equipped with both spring-reset parabolic shanks and heavy-duty chisel shanks, enhancing its ability to reduce soil compaction. The Dominator 4856-7 features an intelligent hydraulic pressure system that allows down pressure adjustment to suit field conditions. With a maximum working depth of 16 inches, it offers a wide range of operational capabilities in varying soil conditions.

Optional Equipment

The Kuhn Dominator 4856-7 is available in various configurations, with optional shank types to meet specific user needs. There is a possibility to equip it with a 24/7 conditioning reel, further supporting soil shaping. Concurrently, the manufacturer offers the option of double K ripper points, which double their wear life. These features provide flexibility, allowing the machine to adapt to diverse working conditions.

Safety and Technical Data

The Kuhn Dominator 4856-7 is also designed with user safety in mind, which is reflected in its construction. The machine complies with safety standards, ensuring reliability in challenging working conditions. Key parameters include easy depth adjustment and hydraulically controlled settings that enhance overall operational efficiency. Users can efficiently perform both functions in a single pass, increasing the effectiveness of large-scale tillage.