Toyota develops a real-time soil sensor to diagnose soil characteristics and propose improvements.
Toyota Motor Corporation (TMC) begins field trials of a new support service that uses data from real-time visualisation of soil components during agricultural land analysis to diagnose soil characteristics and propose improvements.
Identify variations in soil components
The aim of this service is “to rapidly identify variations in soil components within a tract of agricultural land, and to help improve agricultural productivity and lower environmental impacts by enabling precise soil cultivation through waste-free addition of fertilisers and other soil improvement agents,” says Toyota.
Toyota and Tokai Trading
This field trial is being carried out on farmland in the Japanse Mie Prefecture in cooperation with Tokai Trading Co., Ltd., which has a wide range of know-how related to agricultural machinery and fertilisers, as well as extensive contacts in the farming industry.
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The new Toyota support service uses data from real-time visualisation of soil components during agricultural land analysis to diagnose soil characteristics and propose improvements.
The car manufacturer Toyota is pursuing various ways of applying its automotive production management and process improvement know-how to address issues faced by agriculture, such as the aging of the farming population and declining food self-sufficiency, with the aim of helping to resolve a range of environmental and societal issues, and realise a more sustainable society.
Housaku-Keikaku agricultural IT management tool
One specific example is the Housaku-Keikaku agricultural IT management tool that Toyota launched in 2014 as a cloud-based solutions service that adopts the principles of the Toyota Production System to improve agricultural efficiency.
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Additionally, focusing on intelligent agricultural technologies capable of carrying out data-centric cultivation management, Toyota has been conducting research and development related to the real-time soil sensor in partnership with Tokyo University of Agriculture and Technology and Professor Sakae Shibusawa.
Verify commercial feasibility
Between starting this project in August 2017 and November 2018, the research team has been validating the effectiveness of these technologies in rice fields in Shinshiro City, Aichi Prefecture.
The new trial to is to verify the commercial feasibility of a service based on this technology in rice farms in Mie Prefecture as a joint project with Tokai Trading. The trial is expected to continue until December 2019.
Going forward, Toyota intends to continue addressing agricultural and environmental issues through new agricultural support projects, while working to expand the adoption of the developed service throughout the agricultural sector in other regions.
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