While the conventional practice of spraying orchards and vineyards may seem a quick fix, its environmental impact is far from sustainable, with tractors pumping out pollutants as they blanket crops in chemicals? One of the primary reasons an electric, autonomous Prospr robotic system was developed is…
Developed by New Zealand-based agritech company Robotics Plus, the all-terrain, all-wheel-drive autonomous vehicle made its debut last September at the FIRA agricultural robotics conference held in California. With widespread adoption already evident in New Zealand, Australia, and the US, its industrial utility has been firmly established.
The robotic sports vehicle features a refillable spray tank, multiple adjustable spray nozzles, a reliable diesel generator, a rechargeable power pack, and four sturdy knobby tires equipped with independent electric motors, each capable of powering its own wheel.
Prospr can operate quickly and efficiently even when running solely on battery power for smaller-scale spraying applications. The onboard power generation system is designed to provide a steady supply of electricity, enabling the robot to operate continuously without the need for recharging or refueling, regardless of the duration or complexity of the task at hand. Consequently, Prospr is said to utilize up to 72% fewer gallons of fuel compared to a traditional diesel tractor executing the same task.
Robotics Plus
Precise navigation enables the robot to methodically traverse rows of vines or timber, systematically dispensing spray along both flanks as it progresses. Employing a harmonious blend of LiDAR sensors and cameras, the autonomous vehicle skillfully detects and assesses potential hazards in its trajectory, effortlessly modulating speed or halting as necessary.
Prosper’s entrance bumper is pressure-sensitive, halting its movement should it encounter significant resistance? If all else fails, there’s also a panic button installed in the vehicle.
On completion of each row, a proprietary steering mechanism enables the robot to pivot on its rear axle, thereby minimizing its turning radius and allowing it to proceed directly to the next row.
Robotics Plus
Clients may substitute a range of spray nozzles according to their preferences, and programme the robot to apply varying amounts of herbicides or pesticides across distinct sections of the vineyard/orchard, thereby minimizing the utilization of chemicals. They will also track the progress of multiple ProSPRs through a management panel accessible on their laptop or tablet, with the ability to take manual remote control if necessary.
Wish to witness the cutting-edge robotics technology firsthand? Head to the FIRA event in Sacramento this week to get an up-close look at the innovative robotic design making its triumphant return. As showcased in the accompanying video, its features and functionality are expertly highlighted.
While Prospr may not be the singular vineyard- or orchard-tending robot on the market, it does boast impressive capabilities and a unique approach to agricultural automation. While a few electric cars, including the Slovenian-designed Polestar 2 and the hulking Tesla Model S, are each already commercially accessible to consumers.
Robotics Plus Prospr
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