Autonomous Agribots For Agriculture

For his Hackaday Prize entry, [TegwynTwmffat] is going all-in on autonomous robotics. No, it’s not a self-driving car with highly advanced features such as cruise control with lane-keeping. This is an autonomous robot that’s capable of driving itself. It’s a robot built for agriculture, and relative to other autonomous robotics projects, this one is huge. It’s the size of a small tractor.

The goal [Tegwyn]’s project is to build a robot capable of roving fields of crops to weed, harvest, and possibly fertilize the land. This is a superset of the autonomous car problem: not only does [Tegwyn] need to build a chassis to roll around a field, he needs accurate sensors, some sort of connection to the Internet, and a fast processor on board. The mechanical part of this build comes in the form of a rolling chassis that’s a bit bigger than a golf cart, and electrically powered (although there is a small Honda generator strapped to the back). The electronics is where this gets really interesting, with a rather large board built to house all the sensor and wireless modules, with everything controlled by a TC275, a multicore, 32-bit microcontroller that also has the world record for solving a Rubik’s cube.

Already, [Tegwyn] has a chassis and motor set up, and is already running some code to allow for autonomous navigation. It’s not much now — just rolling down a garden path — but then again, if you’re building a robot for agriculture, it’s not that hard to roll around an open field. You can check out a video of the bot in action below.

16 thoughts on “Autonomous Agribots For Agriculture

  1. As a farmer I always like seeing these projects. Once they work it will replace a lot of herbicides and big old equipment. The big tractor companies are working on bots but none of it has trickled down to us yet. I believe they aren’t agile enough to innovate, it will be a little guy who has the agbot breakthrough.

  2. Man, just think… lasers like using a bunch so only the combined beams will kill bugs or maybe even scan to heal infected crops with a LiDAR or something safer on the agribots to perform sensing and healing transmission. No need for pesticides.

    Just bio-equivalent stuff, processing and waste rotations. The toxic minerals and crap can be sealed off for nucleogenesis recycling process plants or batteries or something sealed up really well.

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