A groundbreaking partnership is set to revolutionize potato farming in the UK, bringing together leading agricultural innovators to develop a next-generation low input potato production system.

Dyson Farming Research, Colwith Farm Potatoes Ltd, and SDF Agriculture Ltd have joined forces in a farmer-led collaboration funded by Defra and delivered through the Innovate UK ADOPT programme. This initiative aims to reduce reliance on synthetic inputs while maintaining high yields and quality, paving the way for more sustainable and cost-effective potato farming.

The project will focus on integrating precision foliar nutrition and advanced microbial biostimulants to minimize the use of soil-applied fertilizers and fungicides. Dyson said previous research supported by Innovate UK has demonstrated the potential of these approaches to significantly cut synthetic inputs while enhancing crop growth, tuber quality, and resilience in challenging weather conditions. For growers, this could mean lower production costs, reduced environmental impact, and improved reliability in increasingly unpredictable climates.

Dyson Farming Research will spearhead a series of replicated field trials across varying soil types, employing detailed crop monitoring and nutrient uptake analysis to evaluate the performance of different treatment combinations. Complementing these scientific trials, Colwith Farm Potatoes and three SDF Agriculture growers will conduct commercial-scale split field testing, ensuring the findings are both robust and applicable to real-world farming systems.

Dyson said the consortium aims to deliver clear, evidence-based pathways for UK potato growers to reduce inputs without compromising yield or quality. By combining rigorous scientific research with practical on-farm validation, the project seeks to provide actionable insights and technical guidance to farmers. Results will be shared with Dyson Farming Research members and the wider farming community, offering valuable data and recommendations to support sustainable practices across the arable sector.