Integration of UAV with UGV in Agricultural Scenarios
Lead Participant:
LOUGHBOROUGH UNIVERSITY
Abstract
Farming of crops, horticulture and cereals has seen unprecedented challenges, with sustainability issues, workforce shortages and tightening financial constraints exacerbated by COVID-19 and Brexit. There is a growing need to find alternative transformative solutions. The proposed fully-autonomous machinery offers the potential to ease the burden of crop-scouting on time-poor growers and allow for improved use of resources at an affordable price.
During this 12-month project, the team will develop an autonomous platform to integrate UAVs with UGVs, offering capacities such as auto-calibration of cameras, auto-docking and auto-charging of the UAV. The system will be tested and demonstrated on a farm.
During this 12-month project, the team will develop an autonomous platform to integrate UAVs with UGVs, offering capacities such as auto-calibration of cameras, auto-docking and auto-charging of the UAV. The system will be tested and demonstrated on a farm.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
LOUGHBOROUGH UNIVERSITY | £72,028 | £ 72,028 |
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Participant |
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INNOVATE UK | ||
ROUND TOWER CONSULTING LIMITED | ||
ANTOBOT LTD. | £160,766 | £ 112,536 |
DEEPDALE FARMS | £10,000 | £ 7,000 |
People |
ORCID iD |
Jingjing Jiang (Project Manager) |