ВК Технополь Богдан-

Engineering analysis of VK Technopol Bogdan-

In the segment of deep tillage, the efficiency of an implement is determined by its ability to maintain a set depth under high stress on the frame. In the VK Technopol Bogdan- model, the designers focused on a reinforced metal structure that eliminates the "bouncing" of working tools when operating in heavy or dry soils.

Working tools and geometry

The core component is the tine system, which ensures a stable angle of attack. Unlike lighter cultivators, the emphasis here is on lateral load resistance. This is crucial for maintaining uniformity across the entire working width: preventing the "wave" effect in the field directly impacts the even emergence of subsequent crops.

• Frame: The use of profile steel tubing with increased wall thickness allows the machine to withstand vibration loads without developing fatigue micro-cracks.
• Protection: The mounting points for the tines are engineered to dampen shock impacts when hitting stones or hidden obstacles, preserving the geometry of the working tools.
• Depth: Adjustment mechanisms ensure rapid setup for various tasks — from deep autumn loosening to pre-seeding preparation while preserving soil structure.

The practical value of the "Bogdan" lies in the balance between the unit's mass and the tractor's pulling capacity. VK Technopol engineers have ensured that the equipment does not "dig in" to loose soil, maintaining mobility even in high humidity conditions. Every technical decision here serves one primary goal: reducing fuel consumption per hectare by optimizing resistance during the movement of the soil tillage equipment.