Are you a robotics manufacturer?
Claim your page to correct your specs and keep your listing current.
Minsk Tractor Works is a robotics company founded 1946, based in Belarus, developing 1 robot primarily in the Agricultural category.
Manufactures BELARUS tractors and autonomous tractor prototypes.
Minsk Tractor Works (BELARUS / MTZ) is a Belarusian tractor manufacturer that develops the BELARUS A3523i autonomous tractor prototype, built on the BELARUS 3523 platform with an intelligent control system. It sells agricultural tractors and related machinery for farming and utility use, primarily in Belarus and export markets. The company is based in Minsk and was founded in 1946.
Company facts
- HQ
- Minsk, Belarus
- Founded
- 1946 · 80 yrs
- Employees
- 10,000+
- Stage
- unknown
- Website
- belarus-tractor.com/en
Robo Score
Products, Range, Traction set the number — the three factors present for every company. Momentum, Attention, Readiness describe the brand but never move it. A value we don't have reads —, never zero. Claiming or paying moves nothing.
4 of 6 factors known. How it's calculated
Milestones
MTZ displayed the unmanned BELARUS A3523i tractor at Belagro 2023.
Belarus showed the autonomous tractor prototype BELARUS A3523i developed by Minsk Tractor Works.
Minsk Tractor Works was founded.
Press coverage
- Belarus shows autonomous tractor prototype
Future Farming
- Over 50 Belarusian engineering companies to take part in Belagro 2023 expo
Belarus.by · Jun 2023
- Autonomous agricultural robots, the novelties of manufacturers
Mondo Macchina
Active products by Minsk Tractor Works
1 shown| # | Category | Key specs | ||||
|---|---|---|---|---|---|---|
| 1 |  | Belarus A3523i | Agricultural | Payload 6500 kg·Top speed 13.9 m/s | 2023 | BBB |
Agricultural buying guides
Industry Knowledge →
Ag Robot Vendor Selection: Pilot Data, Financing Options, and Exit Terms
Most agricultural robot procurement decisions optimize for demo quality and sticker price. The farms that make durable vendor choices optimize for data transpar…
From Research Plot to Commercial Scale: A Two-Season Playbook
Most ag robot programs fail not in the technology lab but in the transition from controlled trial to commercial operation. The farms that navigate it successful…
Field Constraints That Kill Robot Deployments: Terrain, Weather, Crop Spacing
Slope gradients, seasonal mud windows, crop-row geometry, and end-of-row headland length are the four variables that most reliably predict whether an ag robot d…