Small Robot Company of Shropshire, the agri-tech start-up, will showcase its prototype Rachael robot at the GREAT Festival of Innovation in Hong Kong.
Rachael has all the core technology needed for the company’s forthcoming Tom, Dick and Harry arable farmbots.
This includes autonomy, geolocation, obstacle avoidance, navigation and the ability to accurately position objects on a map within 2 centimetres.
In addition Small Robot Company will preview the design for its ‘Harry’ robot, a digital planting robot for arable crops. Harry will accurately place seed individually in the ground at a uniform depth to within 2cm accuracy.
This will create a plant level map showing the location of each seed, enabling farming to be digitised. Harry’s commercial trial is anticipated for October 2018.
“Small Robot Company is both proud to represent Great Britain, and excited to explore how we can provide an arable crop service that brings benefit across the world. Rice remains the single most important food crop globally. But labour shortages, chemical overuse and improving yield are all ongoing difficulties,” said Ben Scott-Robinson, co-founder, Small Robot Company.
“Robotics has the potential to solve these problems. We want to use this opportunity to starting working with rice farmers to evolve and develop a service that answers their needs, in the same way we have been working with wheat farmers in the UK. Being able to provide precision and automation for rice would not just be a step forward in farming, it will revolutionise agriculture for half the world’s population.”
The first crop that Small Robot Company will focus on is wheat, with its service later to be extended to other arable crops such as rice and soya.
“There are several challenges with rice production that we hope to help solve. Firstly, labour. Urban migration is causing shortages and the age of the average rice farmer is steadily rising; many are near retirement,” continues Ben. “Secondly, the environment. Overuse of chemicals is endemic. And fertiliser usage is 75% higher and pesticide 40% in China than the global average for rice production. Thirdly, yield. Growing world population means a 25% leap in rice yield is required by the year 2025. Meanwhile crop diversification, industrialisation and urbanisation have caused a 19% reduction in the land area farmed for rice in the last 40 years.”
Source from:electronics weekly
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