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German Platform NEXAT Brings Together Planting, Spraying, and Harvesting in a Single System and Impresses Producers with Record Productivity
An agricultural machine valued at up to R$ 14 million is already in experimental operation in Brazil and has been described by specialists as one of the greatest revolutions in agricultural mechanization in recent decades. Developed in Germany, the NEXAT arrives with an ambitious proposal: to replace tractors, sprayers, and harvesters with a single modular equipment, capable of executing nearly all stages of farming.
The model, which has already attracted attention at international fairs, is being tested in large productive areas in Brazil and raises an inevitable question in agriculture: is it worth investing millions in a single machine to gain efficiency, productivity, and sustainability?
What is NEXAT and Who is Behind the Project
The NEXAT (Next Generation Agricultural Technology) is a German company created with the exclusive focus on developing multifunctional agricultural platforms. Unlike traditional manufacturers, NEXAT does not produce conventional tractors — its bet is on a new concept of mechanization, based on maximum efficiency, less soil impact, and total integration of operations.
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The project gained worldwide recognition after being awarded at Agritechnica, considered the largest agricultural technology fair in the world. Since then, the equipment has been tested on large properties in Europe and, more recently, in Brazil.
A Concept That Breaks the Standard of Agricultural Machines
The big differentiator of NEXAT lies in its design. Instead of towing implements, the machine transports work modules that can be swapped in less than 10 minutes by just one person. This allows for quick transitions between planting, spraying, and harvesting, reducing the number of machines needed on the farm.
In practice, a single NEXAT can replace an entire fleet, decreasing operational costs, fuel consumption, and the need for specialized labor.
Less Soil Compaction and More Productivity
In the version with 14 meters of operational width, about 95% of the cultivated area does not suffer compaction. In addition, the total weight of the machine is up to 40% lighter than that of similar conventional equipment.
This factor is crucial for soil conservation, better water infiltration, more efficient root development, and increased productive potential over the seasons — aspects increasingly valued in large-scale agriculture.
Technology, Autonomy, and 270-Degree Vision
Although it is a machine designed for autonomous operation, the model being tested in Brazil still has an operator on board. The system uses intelligent sensors that analyze the environment in real-time, in addition to a cabin with 270-degree panoramic vision, ensuring total control of the operation.
The movement is powered by four large electric drive units, capable of turning up to 90 degrees, facilitating maneuvers and transportation on roads.
Powerful Engines and a Future with Green Hydrogen
Currently, the NEXAT operates with two diesel engines of 550 horsepower, responsible for independently powering the electric generators. Despite this, the entire system has already been designed to operate in the future with hydrogen fuel cells.
According to the manufacturer, this transition could reduce CO₂ emissions by up to 50%, aligning the machine with environmental requirements that are gaining strength in the global market.
Out-of-Bounds Harvest: Up to 200 Tons per Hour
With the integrated harvesting module, NEXAT achieves an impressive productivity: between 130 and 200 tons of grains per hour. This performance is possible thanks to a new threshing concept, which uses a 5.8-meter cross-axial rotor, with efficiency about twice that of conventional harvesters.
Even with 14 meters of cutting width, the system ensures uniform straw distribution, avoiding gaps and accumulations in the soil.
Record Discharge: 24 Tons in Less Than 1 Minute
Another highlight is the storage system. NEXAT has a reservoir of 36 cubic meters, eliminating the need for a truck constantly accompanying the harvest.
In tests conducted in Mato Grosso, the machine was able to unload more than 24 tons of soybeans in less than one minute, drastically reducing stoppages and logistical bottlenecks during operation.
How Much Does the Most Expensive Agricultural Machine in the World Cost
Although the official price has not yet been disclosed by the manufacturer, estimates from the European market indicate that the NEXAT, equipped with all modules, costs between € 1.8 million and € 2.5 million. In direct conversion, the price can reach R$ 14 million in Brazil, considering taxes, transportation, and adaptations.
Despite the high initial investment, experts believe that the cost can be spread over time, as the machine replaces several others, reduces losses in the field, and significantly increases operational efficiency in large areas.
Tests in Brazil and What to Expect in the Future
The unit operating in the country is part of an international testing program and is being evaluated on large-scale farms, especially in Mato Grosso, a state that holds some of the largest agricultural areas in the world.
The expectation is that, after this phase, NEXAT will move towards broader commercialization in South America, serving producers looking for maximum productivity, lower environmental impact, and cost reduction in the long term.
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