AgXeed AgBot T2 7 Series - 230 hp Autonomous Traction and a Real-World Result of 80 ha in 20 Hours

In 2025, agricultural automation is moving from demonstrations to real production scenarios. One of the most discussed examples is the tracked autonomous AgXeed AgBot T2 7 Series (often written as “T2-7 Serie” in some publications), positioned by the manufacturer as an alternative to a conventional tractor for key field operations.

Importantly, the story is not limited to marketing claims. There is also a practical performance case with clear figures: late in 2025 it was reported that the machine completed 80 hectares in 20 hours in North-East Germany.

What the AgBot T2 7 Series Is and Why It’s Called “7 Series”

The T2 7 Series is the flagship, most powerful tracked AgBot in the manufacturer’s lineup. It is designed for heavier implements, larger acreages, and tight weather windows - situations where both skilled operators and time are in short supply.

The core concept is to combine “tractor-class” power with low ground pressure thanks to a tracked undercarriage, while running operations autonomously via the TraXwise platform (route planning, monitoring, reporting).

Technical Specifications

Below are the parameters explicitly listed in the manufacturer’s official materials for the T2 7 Series.

The manufacturer also emphasizes that autonomous work includes planning and control through TraXwise, along with integrated safety systems (geofencing, obstacle detection, emergency protocols).

Real-World Performance: 80 Hectares in 20 Hours - What We Know

According to an industry report, shortly after its presentation at Agritechnica 2025, the AgBot T2-7 Series was used in a real task at the end of the year. With a Väderstad Carrier XL 625 disc harrow (6 m working width), around 80 hectares were covered in 20 hours across two fields. The work was carried out on 16 - 17 December 2025 in Uckermark (North-East Germany) on loamy-sandy soil. Reported working speeds were in the range of 9 - 12 km/h.

This case matters not as a “record for the sake of a record,” but because it demonstrates two practical points:

1. A long autonomous shift - the case is tied to 20 hours of continuous work, aligning with the manufacturer’s approach to extended autonomous operating cycles when planning is done correctly.
2. Operation with a wide implement in real field conditions - a scenario closer to day-to-day production work on large farms than to a controlled “test site” demo.

Which Operations Are Positioned for Autonomous Work

The list of tasks where the AgBot T2-7 Series is referenced includes seedbed preparation, drilling/planting, stubble cultivation, and fully autonomous mulching. These are operations where repeated trajectories and pass-quality control are particularly well suited for automation.

From a technology standpoint, the manufacturer highlights standard implement compatibility (three-point linkage, ISOBUS / TIM), safety sensors (including LiDAR and cameras), and a digital workflow for planning, monitoring, and documenting completed operations.

Why Tracks and Low Ground Pressure Are Not Just Marketing

In heavy operations (cultivation, discing, seeding with large implements), soil compaction often becomes the hidden cost of productivity. In the T2 7 Series, a major engineering focus is ground pressure below 30 kPa and adjustable track width from 1.5 to 3.2 m, allowing adaptation to crops, farming systems, and field conditions.

Where This Can Deliver Maximum Value for Large Farms

Without exaggeration, autonomous traction units like this are primarily relevant for businesses that regularly face three constraints:

• labor shortages during peak seasons (plenty of machinery, not enough crews);
• narrow weather windows, where “one more shift” can decide the outcome;
• high cost of mistakes in heavy work (uneven tillage, missed strips, time losses).

This is why the manufacturer emphasizes the combination of full-size 230 hp power, minimal soil impact, and digital control of execution.

Where to Get Parts and Service Solutions in Ukraine

If your machinery operates in tough conditions and requires regular maintenance, spare parts for agricultural machinery of different brands can be purchased from BAS-Agro LLC (Cherkasy, Ukraine) at https://bas.ua. BAS-Agro also offers custom manufacturing of parts based on a sample or technical drawing - a practical option when you need to restore a unit quickly without waiting for a long supply chain.