Agriculture & Farming Robots
Modernise farming operations with agricultural robots for planting, harvesting, monitoring, and precision agriculture.
Increase crop yields and reduce costs with agricultural robotics. From autonomous tractors to harvesting systems, find technology that makes farming more efficient and sustainable.
Common use cases
Key benefits
Increase crop yields by 15–25%
Reduce chemical usage by 40%
Optimise water and resource use
Enable precision farming at scale
Frequently asked questions
What farm tasks can robots handle today?
Planting, mechanical weeding, targeted spraying, harvesting and crop monitoring — in fields, orchards and greenhouses.
What do agricultural robots cost?
$30,000–$150,000 depending on task, with 18–36 month payback driven by seasonal usage (per our agriculture use-case data).
Can they run through a wet season?
Weatherproofing (IP rating) and terrain handling are the first specs we filter — plus GPS/RTK navigation accurate to centimetres for row work.
Do robots cut input costs?
Precision application is often the fastest payback: targeted spraying and watering reduce chemical and water use significantly versus blanket application.
Is this the answer to seasonal labour shortages?
It's the main reason growers come to us — robots extend working hours through harvest windows and reduce dependence on seasonal crews.
Featured robots
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AgileX Robotics PiPER-X
The AgileX Robotics PiPER-X Standard is a lightweight, 6-axis collaborative robotic arm engineered for high-performance mobile manipulation. It features a 5 kg payload and 763 mm reach, making it ideal for integration with autonomous mobile robots (AMRs) and unmanned ground vehicles (UGVs). With full ROS support and an open SDK, it provides a versatile and powerful platform for research, development, and light industrial automation tasks, especially where mobility is a key requirement.
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DEEP Robotics DEEPRoboticsLynx
DEEPRoboticsLynx is a compact wheel-legged all-terrain quadruped designed to combine the speed and range of wheels with the obstacle access and posture control of articulated legs. It carries up to 12 kg, reaches 5 m/s, runs for up to 3 hours or 15 km, and can negotiate continuous 22 cm steps and platforms up to 80 cm. Its official configuration includes dual hot-swappable batteries, a 1080p wide-angle camera, Wi-Fi image transmission, GPS, app and handheld-remote support, IP54 protection and operation from -10 to 40 deg C. For buyers, its main value is fast mixed-terrain mobility for payload transport, remote field observation, exploration and access to routes that are inefficient for conventional AMRs or foot-only quadrupeds.
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