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- The model lineup is from 3 m (the power of the tractor is up to 150 hp.) to 12 m of tillage;
- Personalization during the production (selection of knives and the width of the garden beds, adjustment to different types of soil);
- The absence of hydraulic and electric drives ;
- Simplicity in operation, configuration, and control, reliability and safety of constructions;
- Minimal service costs;
- The speed and consequently the time used on the performance of the field work (due to a specially designed construction and small overall dimensions);
- Due to fewer field trips, the utilization of diesel fuels, as well as C02 emissions are reduced significantly. 0ptimization of the costs of the process of soil preparation for growing crops due to saving expenses on fuel and lubricants;
- Fewer numbers of technique passes on the field enable less soil load (that contributes to soil consolidation), which in its turn increases crop fruitfulness;
- Enrichment of the soil with natural organic fertilizers, indentation of residual stems increases a number of nutrients in the soil, which reduces the need for chemical fertilizers. The increase of amount of organic matter in the soil helps to keep the soil temperature more stable;
- The presence of mulch on the soil surface layer with crop residues significantly increases the bearing capacity of the soil. This al- lows to start the field work earlier, compared with the traditional system of cultivation that promotes fuller utilization of resources of solar radiation;
- If the soil is saturated with crop residues, soil aggregates are resistant to mechanical stress. This prevents degradation of the soil under the influence of work items and running systems;
- Reduces costs for soil watering. Through aeration and mulching, the soil holds more moisture and demands less water. Mulch on the surface of the soil prevents active evaporation of the upper layers of the roots and protects the soil from wind and water erosion;
- The presence of large amounts of plant residues in the top layer of the soil allows to accumulate and absorb excessive moisture that appears as a consequence of snow melting. This provides the opportunity to prevent water erosion of the soil, which is especially important for the lands on the slopes and in areas with the majority of rugged terrain soils. Crops that are planted after the complex’s performance are capable of withstanding drought conditions for a longer period of time.
AGROJET – has a revolutionary design and a set of advantages in comparison with similar complexes.