Nineteen innovative projects developing automation and robotic technologies will receive a share of 12.5 million in government funding to boost productivity, food security and sustainable farming practices, the Farming Minister Mark Spencer has announced today (28 September). This brings the total government funding announced to fund industry-led research and development in agriculture and horticulture to 120 million since 2021. <\/p>\n
The projects - funded through the Farming Futures Automation and Robotics competition - include developing a system to accurately predict and enhance quality of strawberry yields, reduce waste and optimise labour and harvesting schedules; a new system to digitally map and monitor vineyards using drones, robots and sensors; and a navigation system for field-based robotic vehicles to improve accuracy and reliability and enable safe navigation in farmyard and field operations. <\/p>\n
The funding comes through the Farming Futures Automation and Robotics competition, which is part of Defras 270 million Farming Innovation Programme (FIP) and is delivered by Innovate UK. The FIP has funded 17 competitions since opening in October 2021 which has already seen the development of new approaches to help farms be more sustainable and productive, from new ways to reduce or eliminate pesticide use through to projects to reduce emissions from livestock, and will help meet our commitment at the Farm to Fork Summit in Downing Street in May to continue to produce at least 60% of the food we eat here in the UK. <\/p>\n
Speaking at the World Agri-Tech Summit in London, Farming Minister Mark Spencer said: <\/p>\n
Farmers are always forward-looking, and innovation is key to driving a resilient, productive and sustainable agriculture sector that puts food on our tables. <\/p>\n
The government stands firmly behind agri-tech innovation as the cornerstone of modern farming practices. By providing opportunities, funding and a supportive ecosystem within the sector, we aim to empower farmers, drive innovation and create a sustainable and prosperous future for agriculture across the UK. <\/p>\n
Since 2021, the government has announced over 120 million to fund industry-led research and development in agriculture and horticulture, and the Farming Minister Mark Spencer reiterated this commitment to oversee the transformation of the UK into a world-leading agri-tech hub at the World Agri-tech Innovation Summit this week. <\/p>\n
At the summit, the Farming Minister outlined the range of competitions under the Farming Innovation Programme that are supporting the sector to invest in new technology that will help grow their businesses, boost productivity and benefit the environment. This includes 10 million currently on offer through the third round of the Small R&D Partnerships competition to help businesses develop a new farming product and service and take it to commercialisation on the open market, and a further 4.5 million through the Feasibility Studies Competition to support businesses and researchers through the testing phase of an idea that will improve the productivity, sustainability and resilience of farming. <\/p>\n
In addition the Farming Investment Fund is investing in equipment, technology and infrastructure and the recently launched Investor Partnership competition combines government grant funding with private investment to help smaller agri-tech business to grow and scale. <\/p>\n
Florian Richter, CEO of Muddy Machines LTD, said: <\/p>\n
Obtaining funding to research and develop such a key component of our technologyis essential to our progression toward commercial operations. <\/p>\n
We count ourselves truly privileged to be located in the UK and be able to benefit from this level of government funding support. <\/p>\n
Oli Hilbourne, CEO and Co-Founder at Outfield Technologies, said: <\/p>\n
The VISTA Project is a great example of the strength of UK innovation funding, bringing together technology companies, growers and academicpartners to solve specific industrychallenges. <\/p>\n
The UKs wine industry is growing rapidly, learning best practice from other wine growing regions. With VISTA, the UK wine industry has an opportunity to set the international standard and export our knowledge to the rest of the wine growing world. We are really excited to get started on the project and work with UK vineyards to drive productivity increases. <\/p>\n
Dr Katrina Hayter, Challenge Director - Transforming Food Production Challenge at Innovate UK, said: <\/p>\n
Robotics and automation are crucial drivers in addressing the challenges posed by a growing global population and the need for sustainable practices in various sectors, including agriculture. <\/p>\n
By fostering innovation and research, we empower our farmers, growers, foresters and businesses to not only enhance productivity and economic growth but also to lead the way in sustainable practices. These projects are a testament to our commitment to improving environmental outcomes and reducing carbon emissions, ensuring a brighter and more sustainable future for our agricultural and horticultural communities. <\/p>\n
Building on commitments at the Farm to Fork Summit at Downing Street earlier this year, the Farming Minister also pointed to opportunities such as the Genetic Technology (Precision Breeding) Act to unlock technologies to improve the productivity and resilience of crops, and support for farmers to attract investment and generate revenue through access to nature markets. <\/p>\n
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12.5m for robotics and automation to boost sustainable farming - GOV.UK<\/a><\/p>\n","protected":false},"excerpt":{"rendered":" Nineteen innovative projects developing automation and robotic technologies will receive a share of 12.5 million in government funding to boost productivity, food security and sustainable farming practices, the Farming Minister Mark Spencer has announced today (28 September). This brings the total government funding announced to fund industry-led research and development in agriculture and horticulture to 120 million since 2021. The projects - funded through the Farming Futures Automation and Robotics competition - include developing a system to accurately predict and enhance quality of strawberry yields, reduce waste and optimise labour and harvesting schedules; a new system to digitally map and monitor vineyards using drones, robots and sensors; and a navigation system for field-based robotic vehicles to improve accuracy and reliability and enable safe navigation in farmyard and field operations Continue reading