Earth Rover’s autonomous robot system technology takes care of high value organic vegetables, such as broccoli, by tracking the growth and health of crops using data collection and satellite navigation. Designed to reduce labour costs and food waste, the technology seeks to improve efficiencies and sustainability in farming production methods.
When first seeking help from the Science and Technology Facilities Council, the Earth Rover founders were agricultural technology researchers looking for advice on how to commercialise their laser weeding technology. Seeking the funding to start their first company, known as Weedrbot, the budding entrepreneurs first turned to the European Space Agency’s Business Incubation Centre United Kingdom (ESA BIC UK), managed by STFC.
Working with STFC and ESA BIC UK gave us a real sense of momentum to have all the initial resources at our fingertips. The network around us provided fantastic access to expertise and technologies, and really helped to develop our company to where it is today.
James Arthur, Earth Rover
The entrepreneurs used £41,500 incentive funding from ESA BIC UK to develop their first prototype. Through the strong space network surrounding STFC’s Rutherford Appleton Laboratory on Harwell Campus, the team met a number of people to collaborate with, including STFC RAL Space’s autonomous systems group who were, at the time, testing the Mars Rover. This timely collaboration facilitated a pivot for the team: to focus its efforts on developing Weedrbot’s laser weeding technology for a rover for Earth. This led to the spin-out of the team’s second company, Earth Rover, from Weedrbot.
Through the ESA BIC UK networking events, the entrepreneurs met a robot agriculture systems professor, whom they employed to head up the Earth Rover company. With STFC being the European Space Agency’s Innovation Partner for the UK, Earth Rover was also supported with a technology license agreement through STFC’s innovation team.
STFC’s technology and support enabled Earth Rover to leverage venture capital funding and subsequently grow its team from 2 to 8 employees. The team has since spun out another company, Conformal Innovations, to focus on the laser beam shaping technology developed through Weedrbot, and has, alongside STFC, licensed its agritech robot hardware platform to be an open source platform for other researchers and entrepreneurs to utilise and improve.
Last updated: 14 June 2019