Le 28/04/2026
SABI AGRI Debuts Four-Wheel Drive SRBC Robot
New configuration is twice as powerful, lightweight and affordable
SABI AGRI now offers a four-wheel drive version of its popular SRBC robot. The new model was unveiled at GOFAR’s Field Day in Madrid, Spain, on 15 April 2026 and features the SABI AGRI “DNA” of modular, accessible technology that can be adapted to a wide variety of crops and field conditions.
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Both the standard and four-wheel drive (4WD) robots are kit-based and can be assembled in a few hours. The robots can also be delivered fully assembled, but by assembling their own robot, a farmer knows where to look when something goes wrong and can replace a part themselves rather than wait for a repair person.
The SRBC robot in its 4-wheel drive version complements the existing range alongside the tracked version, in order to meet a wider variety of terrain conditions. More powerful, with a pulling force of 100 kg and a towing capacity of up to 400 kg, it is particularly well-suited to situations requiring greater traction and power.
“With this new four-wheel drive version, we are reaching an important milestone to better meet field requirements,” said Alexandre Prévault Osmani. “It enables us to address a wider range of agricultural situations, particularly those requiring greater power, such as work in vineyards and orchards. This evolution strengthens the SRBC robot’s ability to adapt to the realities of farming operations.”
The tracked and 4-wheel drive configurations are designed to be complementary, so farmers can benefit from robotic assistance across all terrain conditions. Both SRBC robot models are 100% electric and can perform a variety of tasks, including:
- Seeding
- Hoeing
- Mechanical weeding
- Soil preparation
- Crop monitoring
- Transport
The robots can work autonomously or be controlled manually via tablet, smartphone or remote control. In autonomous mode, the robot can operate for up to 12 hours with an estimated consumption rate of €0.08 per hour. Centimeter-level RTK GNSS guidance ensures the robot follows pre-programed paths. Trajectories can be created from scratch, generated through field surveying, or imported from historical data.
Both SRBC robots have a lightweight frame to preserve soil structure. Additionally, because they are all-electric, the robots operate without gas or noise.
SABI AGRI has nearly 10 years of experience in electric vehicle design and more than 150 vehicles deployed in the field. With a starting price point of 13,500.00€, the SRBC robots are a trusted, affordable, “out of the box” solution for farmers seeking a robotic harvest assistant. For more information, visit sabi-agri.com and torque.works.
GOFAR Tour 2026
The GOFAR Tour rolls on. Each stop has live robot demos in the field, research-to-industry exchanges and investment days for agtech startups seeking funding, industrial partnerships or exposure. Upcoming stops include:
- Démo-Tour - Stop #1 | May 6, Flavigny sur Ozerain, France
- FIRA Robotics Village - East Coast | August 11-13, Pennsylvania, USA
- SmartFarming Pavilion | September 16-19, Biddinghuizen, Netherlands
- FIRA USA 2026 | October 20-22, Yakima (WA), USA