
The BUSA MPW-2 is a special, low-disturbance subsoiler that serves to protect against rodents, such as field voles, that appear in agricultural areas.
Several factors favor the proliferation of rodents in agricultural areas. Long autumns, mild, dry, low-rainfall winters, and early spring all create favorable conditions for pests. One of the major challenges of no-till (min-till) soil cultivation is rodent control, as with these technologies, the pests’ routes are not disturbed by farmers, and as a result, they can reproduce without restriction.
The machine, integrated with a precision microgranule feeder, creates tunnels efficiently and safely, reducing manual labor requirements and increasing pest control effectiveness.
Injecting liquid fertilizers is key to maximizing nutrient utilization. When applied close to the surface, there is a high risk that the small amount of liquid will evaporate from the warm soil. The task of the injector is to deliver the liquid to deeper, cooler, and more humid soil layers.
The frame of the machine was developed from the cultivator design usually used by BUSA™. The final design was created for a partner who requested that we increase the hitch height, even though we said that it would reduce the lifted free height. This gave us the idea of creating a self-lifting frame, which is picked up by the tractor’s lifted hitch system, so it does not destroy large crops either.
To minimize costs and environmental impact, it is important to apply only as much input material as it is really necessary in every area.
In our case, this is realized by the FARMSCAN JACKAL-equipped BUSA™ nutrient applicators. The amount of liquid applied can be precisely monitored while driving, and can be adjusted at the push of a button. With BUSA™ machines, liquid quantities ranging from 30-40 L/Ha to 400-500 L/Ha can be applied.
In our case, this is realized by the FARMSCAN JACKAL-equipped BUSA™ nutrient applicators. The amount of liquid applied can be precisely monitored while driving, and can be adjusted at the push of a button. With BUSA™ machines, liquid quantities ranging from 30-40 L/Ha to 400-500 L/Ha can be applied.
and an additional front tank can also be used. If the main tank and the control assembly are at the front, the applicator can be combined with other tools.
Everyone uses chisel plows from the field looseners, which they use to destroy their soil. They tear up and roll down huge clods that cannot be cultivated. We have had a loosener for a long time that lifts the soil and loosens it. This is where the idea came from, that if we base it on this, the drip tube insertion can also be done with less energy and with better quality.
This is how the drip tube pulling machine was born, with a special discharge box at the back. In front of it is a pre-healing disc, which reduces the pulling force and, if there is any, handles the stalk residue. The automatic quick-change system can greatly shorten downtime. It doesn’t matter if the tractor runs for 5 minutes and then stops for 5 minutes or two. As a bonus, the anti-roll bar gives the same load and tension to the tube from the beginning to the end of the roll.
SDI involves placing drip lines below the soil surface, delivering water and nutrients directly to the root zone. Unlike traditional surface systems, SDI reduces water loss and provides targeted water to plants.
In SDI, drip tape is placed 20–40 cm below the root zone, 100–150 cm apart. These are connected to PVC pipes that deliver irrigation water and drain excess water.
The water stays in the soil, so it does not evaporate from the surface.
The dry surface inhibits weed growth.
Plants receive water and nutrients evenly. The nutrients reach the roots directly. The roots grow deeper and stronger.
This helps avoid overwatering, improves root oxygenation and stimulates growth.
There are no surface pipes, so machines can move freely, for example during harvesting.
SDI can be installed in places where other systems would not work effectively.
The Faragoprojekt’17 Bt. and the Busa Bt.’s joint development of the F-AIRGO air-mixed frost protection machine, we can give our plantation a chance!
During spring frosts, temperatures in the inversion layers (4-30 metres above sea level) are about 10 °C warmer than at the ground surface. The patented solution protects the fruit from frost damage by delivering this warm air to the fruit layer.
The temperature difference between the blown air and the air at ground level is only a few degrees, so the blown air is less buoyant and does not rise. The F-AIRGO can protect 3-4 hectares with a working speed of 8 km/h, a return cycle time of 15 minutes, and a power requirement of 60-80 HP.
The transported frost associated with air movement is more difficult to protect against, and frost protection procedures are more effective in the windless so-called “windless” zones. work more efficiently in the event of radiative frost.
It is the first mobile machine in the world to harness the heat of inversion.
The basic function of a Rollhacke is to break up soil compaction, aerate the soil, and control weeds. This tool can be used in a variety of crops.
Using a Rollhacke loosens the soil surface, thereby improving the air and water balance of the soil – which is essential for the healthy development of plants and the strengthening of the root system.
Weeds are removed mechanically, with minimal risk to crops. The looser soil structure makes plants more resistant to extreme weather conditions, such as drought.