ROBOTTI 150D

Autonomous field robot

Description

ROBOTTI 150D is an autonomous diesel-powered field robot for medium to large farms. It performs precision tasks such as seeding, weeding, spraying and soil preparation with minimal supervision, helping address labour shortages and improve operational efficiency. The robot is compatible with standard farm implements and can power attached equipment, allowing it to support a wide range of crop management applications.

Technology

  • Cloud
  • Desktop/web-based application
  • GPS
  • Robotics
  • Sensor
  • SMS

The ROBOTTI 150D is powered by two Kubota diesel engines (144 hp combined) and guided by dual-antenna RTK-GNSS for ± 2 cm navigation accuracy. It operates for up to 18 hours on a single fuel cycle and features zero-turn steering to minimize soil compaction. Safety systems include LiDAR scanners, pressure-sensitive bumpers, emergency stop buttons, and virtual GPS fencing. Operational planning, supervision, and documentation are handled through the cloud-connected ROBOTTI web interface, which enables route creation, live monitoring, real-time job completion estimates, and automatic SMS alerts for operational updates or interruptions.

Target

  • Large size farms
  • Medium size farms
  • Private sector
  • Farm advisors

ROBOTTI 150D primarily serves medium to large-scale farms that require autonomous execution of labor-intensive tasks. It is designed for farms growing row crops and high-value vegetables like onions, lettuce, cabbage, and beets, where precision, repeatability, and soil preservation are priorities.

Business model

  • One time purchase

ROBOTTI is sold commercially at a one-time purchase price around EUR 180 000. Sales are facilitated through distributors such as Kubota Europe, with service support integrated into the deal. While hardware, software, and remote monitoring are bundled, public sources do not detail ongoing subscription or fee-for-service models.

Impact

ROBOTTI 150D aims to increase farm productivity and reduce reliance on manual labour through continuous, autonomous field operations. Its low-ground-pressure chassis limits soil compaction, while timely seeding, spraying and weeding support improved yields, sustainable land use and lower costs.

Partners

Kubota Europe

Four Betters

  • Better production
  • Better environment

Sustainable Development Goals

  • SDG 2: Zero hunger
  • SDG 9: Industry, innovation, and infrastructure
  • SDG 13: Climate action
For detailed description of each attribute and parameter, check the AgriTech Observatory Taxonomy >

Analytics

Explore analytics related to this entry

Technology prevalence

Loading analytics data...

Source: FAO AgriTech Observatory

Entry type breakdown

Distribution of observatory entries by Entry Type.

Loading analytics data...

Source: FAO AgriTech Observatory

Digital Public Good Alliance logo

The AgriTech Observatory is recognized as a digital public good by the Digital Public Good Alliance