About

What it does

Sowbot is an open-hardware agricultural robot platform designed to bridge the “prototype gap” in agricultural robotics. It is developing a Reference Hardware Design and a Production-Ready Software Stack built on ROS2 and RTK GPS. The robot’s “brain” is a fully open-hardware compute unit built around a stackable 10 cm × 10 cm module standard with two Avaota A1 Single Board Computers (SBC) connected via a single ethernet cable. Board A handles control and safety (ROS 2 navigation stack, topological mapping, EKF localization, real-time path planning, emergency stop), while Board B handles perception and AI (camera drivers, image pre-processing, neural network inference like YOLO). The system includes dual GNSS RTK receivers for centimetre-scale positioning, native CAN bus support, and is housed in a rugged, waterproof aluminium enclosure with M12 connectors. The robot body integrates high-performance motors, precise control, long-lasting sodium-ion batteries (suitable for low-temperature charging), and a rugged fully modular, open-hardware chassis. Sowbot also offers two development platforms: Sowbot Mini (1/3 scale) and Sowbot Pico (smaller, lower-cost) for testing and validation.

Who it is for

Sowbot targets researchers, farmers, agroecology practitioners, and startups. For startups, it eliminates approximately 18 months of R&D on “plumbing” (drivers, networking, UI), allowing them to focus on their unique value proposition (e.g., a proprietary seeding algorithm). For researchers, it provides a stable, repeatable environment where experiments can be shared across labs by simply sharing a Docker image. Farmers and agroecology practitioners benefit from reproducible, lightweight robotics that reduce labour and environmental impact without proprietary dependencies.

Why it matters

Sowbot aims to scale regenerative agriculture through open robotics. By providing open-hardware designs and open-source software, it reduces dependency on proprietary systems and enables customisation and collaboration. The platform addresses the “prototype gap” where many agricultural robotics projects fail to move from prototype to production. Sowbot’s modular design and standardized connections enable rapid expansion and reconfiguration, giving users full control over electronics, software, and mechanics. The use of ROS2 and RTK GPS ensures compatibility with existing robotics ecosystems and high-precision navigation.

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Agroecology Lab is nominally a for-profit company, but any donations will only be used to advance Open hardware and software robotics.