What is Robot Hayes

What I am doing at Robot Hayes

Dr Toby Mottram FREng, FIAgrE

After a career in farming and engineering I decided I wanted to contribute my expertise to solving the biggest problems in the UK providing fresh, healthy food in a rapidly changing climate. In my opinion UK Government sponsorship of agricultural research has had very little impact on farming and quality food production that has diminished in my lifetime. The reasons for this failure would take an angry book to discuss. I prefer to be active by doing what I think is important on my own land and lead by practical example.

The key things I want to work on are:-

  • the loss of connection of the people from the ability to grow food
  • the overuse of agrochemicals
  • the changing climate particularly in rainfall patterns
  • the improvement of soil carbon levels
  • the production of vegetables and fruit throughout the year
  • reducing the drudgery in field work with robotic tools

In 2022 after a long search during those strange isolational years I managed to buy an unnamed field in Devon. I chose it for its South facing aspect, fertile Pebblebed soil and easy access from a busy main road. It is not far from Exeter and I suspect that in a few years it will effectively be a green island in the suburban sprawl favoured by the District Council.

My first actions were to give the field the name Robot Hayes to reflect my aims, plant shelter belts to reduce wind damage in the long term, install a polytunnel to extend the growing season and a lockup container for tools and seeds. I divided the best part of the land into 48 x 100 sq m allotments and began renting these out to local people. That brings a whole different aspect to the field which I suspect was basically a sheep run and hay field without a single human for 360 days a year.

After adding some solar panels I was able to install a small robot inside the polytunnel to manage the vegetables with image processing and controledl watering and weeding. In the second winter I began planting fruit trees and vines. Of course the first things that happened was a heatwave in 2023 and then a wet wet growing season in 2024. This convinced me more and more that the management of field crops in the UK needs to adapt.

The heavy rain that seems to becoming common is now capable of damaging growing plants and washing away topsoil. Although average temperatures are rising we also get sudden bursts of polar wind that can cause frost damage.

So we need to integrate more rows of sheltering bush perennial crops, shade and rainbreak covers, and ventilated polytunnels. This of course is in addition to planting, growing and weeding without resort to chemical warfare on the environment, while protecting crops from rabbits, deer and insects.

Food shortages caused by flooding

trucks in floods
Photo by Jéan Béller on Unsplash

The globalised trading network that grew up with the rise of China and the collapse of the Soviet Empire has massively changed where food and other goods are produced in relation to their markets. However, the fragility of this network was brought home during the Covid-19 pandemic and its aftershocks. For my business two packages shipped in March 2020 were stuck in airports and customs facilities for months causing a loss of major customers. Similarly, sudden changes in politics such as Brexit and the invasion of Ukraine and subsequent sanctioning of criminal gangs led to major disruptions to fresh food trade in UK and the Black Sea trade in grains to Africa and the Middle East. These political driven disruptions will be overcome but a more fundamental long term threat is disruption to food supply due to climate change.

In 2023 there have been major storms and floods that have damaged the transport infrastructure in numerous places. Countries around the world have seen major floods with smashed bridges, washed out roads and huge damage to croplands in China, Greece, Libya, Slovenia to name a few (www.floodlist.com) . Climate change is bringing more intense rainstorms driven by a more dynamic atmospheric hydrological cycle. These lead to flash floods particularly in urban areas where water cannot be absorbed by non-porous surfaces. The world’s most productive land is often situated in riverine and coastal littorals that are at greater risk than ever of flooding.

The disruption to fresh food supply is particularly a risk as the products are perishable and need to be delivered within a minimum few days of harvest via a cold chain network. A disruption of a few days is a serious matter and thus it will become more important to develop short supply chains to reduce the risk of disruption. This is a strong argument for local peri-urban horticulture.