Researchers from Kisui Tech, a Japanese startup associated with Tohoku University, have unveiled a robot designed to support elderly farmers in Japan, where approximately 80% of farmers are over 60. The robot, named Adam, integrates lunar rover technology with artificial intelligence to reduce the physical strain on farmers working in pear, apple, grape, and persimmon cultivation. Kisui Tech, established in 2021 by Tamir Blum, aims to facilitate the management of extensive farms by a limited workforce through technological innovation.
Adam is available in two sizes to cater to different agricultural needs. The larger version, suitable for apple and pear farming, features a spacious truck bed for transporting produce or fertilizer. The smaller model is tailored for grape and persimmon farms, accommodating the narrower row spacing typical of these crops. Alongside Adam, Kisui Tech is developing Newton, an online platform providing real-time data on crop health, diseases, and farm management practices.
The startup is progressing towards the commercial availability of Adam, with the larger model anticipated to be priced at around US$20,000 for the international market. Adam's design includes off-road mobility, a feature inspired by Blum's experience in lunar vehicle development. The robot can autonomously navigate uneven farm terrain, follow farmers at an adjustable distance for tasks like pruning and fertilizer application, and move between two designated points on the farm. Additionally, Adam can be equipped with various attachments for tasks such as grass cutting, pesticide spraying, and lifting heavy items.
Despite initial concerns regarding technology adoption among elderly farmers, the response to Adam has been positive. Feedback from farmers has directly influenced design adjustments, such as the replacement of touch screens with button controls to accommodate glove use. This collaborative approach has fostered a mutually beneficial relationship between the developers and the farming community.
Source: Abrafrutas