Airponix and Dyson Farming test whether England can grow its own G0 seed potatoes
A Defra funded two year project runs to April 2028, testing fog grown Generation Zero seed potatoes against UK demand of 3.5 to 4 million tubers a year.
UK AgTech start-up Airponix has teamed up with Dyson Farming to build a research and demonstration facility that will test whether England can produce its own disease free Generation Zero seed potatoes, AgNavigator reported on 15 October 2026. The two year project is funded through Defra's Farming Innovation Programme and delivered by Innovate UK. It runs until April 2028 and is a feasibility study rather than a commercial operation. Airponix supplies its patented fog growing platform together with the sensors, control systems and AI driven monitoring that run it. Dyson Farming supplies the glasshouse facilities, agronomy expertise, field trial capacity and links to tissue culture supply.
The gap being tested is a real one. Michael Ruggier, founder and chief executive of Airponix, put it plainly: "We share one challenge: England has not produced G0 seed potatoes for decades if at all." England has historically relied on seed sourced largely from Scotland and from overseas markets, and that access is becoming more difficult. Ruggier said that "sourcing reliable, good quality and disease-free seed potato tubers is proving to be more and more difficult". UK demand for G0 seed potatoes runs between 3.5 million and 4 million tubers a year. Plans to phase out peat based systems by 2030 add a second reason to look for an alternative route.
The trial facility consists of four Airponix A-frames holding more than 6,000 plants. The two companies were introduced through Barclays Eagle Labs in 2025. The technology is not untested: Airponix has already deployed it commercially in Saudi Arabia through a 940m² facility built for NADEC, capable of producing around one million mini-tubers a year from 33,000 plants while using approximately 3m³ of water per day. Airponix is targeting production costs less than half those of existing methods. Ruggier argues the pairing is what gives the project standing, saying "The combination is what makes the project credible", and points to a harvesting advantage: "We can continuously pick tubers at the size required throughout the season instead of digging them all at once."
The work plan is specific about what gets measured. The project will assess G0 yield and quality per plant and per square metre, cost per mini-tuber, water and input efficiency, field performance over successive generations, AI operating models and production protocols, and potential routes to English seed certification. First G0 production results are due during the 2026-27 season, field multiplication trials follow in 2027 and 2028, and the final findings are to be published in spring 2028. Airponix plans to commercialise through turnkey installations, licensing agreements, joint ventures and build-own-operate partnerships, with the Dyson Farming site doubling as a showcase for prospective customers from Europe, the Middle East, Africa and Australia. Ruggier also sees a breeding angle: "A controlled, disease-free environment like this also lets breeders bring new and climate-resilient varieties to market much faster, which we see as an important opportunity."
Why it matters for AgTech founders: the structure here is worth more study than the technology. This is a grant funded feasibility project with a named commercial host, and the host is the real asset. Dyson Farming contributes glasshouses, agronomy credibility and field capacity in one signature, which is a different proposition from renting bench time at a neutral institute. Read that against last week's news that the UK Agri-Tech Centre is cutting about 60 per cent of its staff and stepping back from running trials itself: public money in Britain is shifting away from centrally operated test beds and toward company led projects hosted on commercial farms, so budget for a commercial host rather than assuming a subsidised one. Two further lessons. The Saudi plant for NADEC is what makes a British feasibility grant defensible, because a working 940m² installation elsewhere turns an idea into a transfer problem, so sell the reference before asking for the money. And note that routes to English seed certification sit inside the work plan from the start, not after it, which is the correct order in any input category where the regulator, not the grower, is the gate to revenue. Final findings land in spring 2028, which is a long time to be pre-revenue on one programme, so the cash that carries a company through a project like this has to come from somewhere else.
Airponix and Dyson Farming test whether England can grow its own G0 seed potatoes
The two year project is funded through Defra's Farming Innovation Programme and delivered by Innovate UK. Four A-frames, more than 6,000 plants, and a target of English seed certification.
UK AgTech start-up Airponix has teamed up with Dyson Farming to build a research and demonstration facility that will test whether England can produce its own disease free Generation Zero seed potatoes, AgNavigator reported on 15 October 2026. The two year project is funded through Defra's Farming Innovation Programme and delivered by Innovate UK. It runs until April 2028 and is a feasibility study rather than a commercial operation. Airponix supplies its patented fog growing platform together with the sensors, control systems and AI driven monitoring that run it. Dyson Farming supplies the glasshouse facilities, agronomy expertise, field trial capacity and links to tissue culture supply.
The gap being tested is a real one. Michael Ruggier, founder and chief executive of Airponix, put it plainly: "We share one challenge: England has not produced G0 seed potatoes for decades if at all." England has historically relied on seed sourced largely from Scotland and from overseas markets, and that access is becoming more difficult. Ruggier said that "sourcing reliable, good quality and disease-free seed potato tubers is proving to be more and more difficult". UK demand for G0 seed potatoes runs between 3.5 million and 4 million tubers a year. Plans to phase out peat based systems by 2030 add a second reason to look for an alternative route.
The trial facility consists of four Airponix A-frames holding more than 6,000 plants. The two companies were introduced through Barclays Eagle Labs in 2025. The technology is not untested: Airponix has already deployed it commercially in Saudi Arabia through a 940m² facility built for NADEC, capable of producing around one million mini-tubers a year from 33,000 plants while using approximately 3m³ of water per day. Airponix is targeting production costs less than half those of existing methods. Ruggier argues the pairing is what gives the project standing, saying "The combination is what makes the project credible", and points to a harvesting advantage: "We can continuously pick tubers at the size required throughout the season instead of digging them all at once."
The work plan is specific about what gets measured. The project will assess G0 yield and quality per plant and per square metre, cost per mini-tuber, water and input efficiency, field performance over successive generations, AI operating models and production protocols, and potential routes to English seed certification. First G0 production results are due during the 2026-27 season, field multiplication trials follow in 2027 and 2028, and the final findings are to be published in spring 2028. Airponix plans to commercialise through turnkey installations, licensing agreements, joint ventures and build-own-operate partnerships, with the Dyson Farming site doubling as a showcase for prospective customers from Europe, the Middle East, Africa and Australia. Ruggier also sees a breeding angle: "A controlled, disease-free environment like this also lets breeders bring new and climate-resilient varieties to market much faster, which we see as an important opportunity."
Why it matters for AgTech founders: the structure here is worth more study than the technology. This is a grant funded feasibility project with a named commercial host, and the host is the real asset. Dyson Farming contributes glasshouses, agronomy credibility and field capacity in one signature, which is a different proposition from renting bench time at a neutral institute. Read that against last week's news that the UK Agri-Tech Centre is cutting about 60 per cent of its staff and stepping back from running trials itself: public money in Britain is shifting away from centrally operated test beds and toward company led projects hosted on commercial farms, so budget for a commercial host rather than assuming a subsidised one. Two further lessons. The Saudi plant for NADEC is what makes a British feasibility grant defensible, because a working 940m² installation elsewhere turns an idea into a transfer problem, so sell the reference before asking for the money. And note that routes to English seed certification sit inside the work plan from the start, not after it, which is the correct order in any input category where the regulator, not the grower, is the gate to revenue. Final findings land in spring 2028, which is a long time to be pre-revenue on one programme, so the cash that carries a company through a project like this has to come from somewhere else.
