Depth of 55 cm: how BEDNAR TERRALAND handled extreme depth in the Sumy region
Depth of 55 cm: how BEDNAR TERRALAND handled extreme depth in the Sumy region
Depth of 55 cm: how BEDNAR TERRALAND handled extreme depth in the Sumy region
Depth of 55 cm: how BEDNAR TERRALAND handled extreme depth in the Sumy region
Depth of 55 cm: how BEDNAR TERRALAND handled extreme depth in the Sumy region

Depth of 55 cm: how BEDNAR TERRALAND handled extreme depth in the Sumy region

04/24/2026
Depth of 55 cm: how BEDNAR TERRALAND handled extreme depth in the Sumy region

In modern agricultural production, the efficiency of machinery is tested not at presentations but directly in the field — under challenging soil and climatic conditions, where every decision has practical significance. This principle guided LLC “Zauer” (Sumy region) when they decided to test the BEDNAR TERRALAND subsoiler.

The field trial was not just a demonstration of machinery but a full-scale experiment with a clear objective — to assess the unit’s capabilities under conditions as close as possible to the real challenges faced by the farm. Particular attention was paid to operation in areas with elevated moisture levels, where soil compaction and, consequently, water stagnation had been observed in previous years.

A key moment of the test was reaching the maximum working depth of 55 cm. This is a level that often raises doubts even among experienced farmers due to the significant load on machinery and the risk of reduced efficiency. However, the BEDNAR TERRALAND TN 3000 M5R demonstrated otherwise.

The farm’s agronomist, Halyna Bezverkha, described in detail the testing process and her impressions:
“We deliberately chose a difficult plot — a meadow area where water stagnation had previously occurred. A plow pan or compacted layer could have formed there, which needed to be properly loosened. It was important for us to see how the unit performs in such conditions, not just in an ideal field.”

The testing process was gradual: first, the unit operated at a depth of 30 cm, after which the depth was increased step by step.
“We didn’t rush — we started from 30 cm and then went deeper and deeper. When we reached 55 cm, we were honestly surprised. The tractor operated steadily, without wheel slip or overload. There was no feeling that the machinery was working at the limit of its capabilities.”

It was especially important for the farm not only to reach the maximum depth but also to evaluate the quality of soil treatment after the pass.
“After the pass, we saw an even surface, well-loosened soil, and the preserved fertile top layer. It doesn’t just look good — it is exactly the result we expect from deep tillage.”

LLC “Zauer” cultivates about 400 hectares of arable land and combines crop production with livestock farming. The cropping structure includes winter wheat, winter barley, and rapeseed, as well as spring crops: corn, sunflower, and soybeans. The farm mainly operates using traditional technology but has been actively revising its soil management approaches in recent years.

Climate change, particularly moisture deficit, has forced farmers to look for solutions that allow more efficient moisture retention. That is why the farm has begun to gradually move away from excessive tillage, focusing more on deep loosening and minimizing the number of machinery passes.
“Our soils are podzolized chernozems, but over time they have become sandier. Moisture is lost faster, so it is important for us to retain it as much as possible. In this regard, the subsoiler provides a noticeable effect.”

In this context, the BEDNAR TERRALAND subsoiler acts not just as a separate implement but as a tool for optimizing the entire technology. Its design allows operation at significant depths without critical loads on the tractor, effectively breaking compacted soil layers and improving water permeability.
“We purchased the machinery from Titan Machinery Ukraine. They also handled delivery to our farm and provided full support during commissioning. The service team thoroughly demonstrated how to work with the equipment: they connected it to the tractor, explained all settings, adjustments, and important nuances. All this work was carried out by Titan Machinery Ukraine,” Halyna recalled.

Another important advantage is the surface quality after tillage: the soil remains level, with a well-structured fertile layer, creating optimal conditions for further operations or even reducing their number.

The farm’s practical experience confirms that even in challenging conditions, the BEDNAR TERRALAND TN 3000 M5R delivers stable performance and predictable results. The ability to work effectively at depths of up to 55 cm provides farmers with additional tools in the fight for moisture retention, soil structure, and yield.

Summarizing the test results, the farm’s agronomist noted:
“When machinery delivers such results in the field, without embellishment or demonstration conditions, it is the best proof of its efficiency.”
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