БДВП 6.3

Engineering analysis of the BDVP 6.

The BDVP 6. trailed disc harrow was engineered as a tool for intensive soil cultivation, focusing on deep penetration and effective crop residue incorporation. The core design philosophy centers on optimized load distribution across the frame during high-speed operations.

The heart of the unit is a disc system featuring large-diameter blades. The disc geometry is precision-engineered to maintain a cutting angle of 18-20 degrees, ensuring a complete undercut without leaving ridges at the furrow bottom. A significant design feature is the use of maintenance-free hub assemblies, which effectively removes human error from routine maintenance cycles.

Dynamics and Stability

• Frame Architecture: Constructed from heavy-duty profile steel, the frame is rated to dampen high-frequency vibrations when working through tough corn or sunflower stubble.
• Contour Following: The articulated section joints allow the unit to trace the field micro-relief, ensuring uniform tillage depth across the full 6-meter working width.
• Rear Roller System: The roller assembly is designed with adjustable downward pressure, allowing operators to fine-tune the machine for soil moisture levels directly in the field.

The practical result of this configuration is reduced tractor wheel slip and optimized fuel consumption per hectare. Due to rational weight distribution, the unit maintains consistent depth even in compacted or arid soils, significantly reducing the need for secondary passes.