What does a vacuum company have to do with fresh strawberries? ๐Ÿ“

Dyson, synonymous with their line of vacuums, has been experimenting with all sorts of technology for years, including electric cars, and yes, the future of farming.

Aerial view of a large greenhouse complex surrounded by fields, showcasing innovative agricultural technology for strawberry farming.
One of Dyson’s 26-acre greenhouses.

In their exploration into farming, it looks less like rows of soil and more like something out of a sci-fi film. In the English countryside, the company has built two enormous greenhouses, and use towering robotic wheels and intelligent machines to revolutionize how strawberries are grown.

Check out the video below.

Inside a modern greenhouse featuring rows of lush strawberry plants, illuminated with artificial light, and equipped with various technological devices for efficient farming.
The inside of the greenhouse looks like a farm you might see in a future spaceship.

Inside a sprawling 26-acre glasshouse in Lincolnshire, massive 24-meter-long wheels slowly rotate, each lined with rows of ripening strawberries.

These gently spinning structures help the plants soak in the perfect amount of sunlight, mimicking the sunโ€™s natural path and maximizing yield in a dramatically smaller footprint.

Close-up of strawberries growing in a greenhouse with workers in the background wearing safety vests, showcasing modern agricultural practices.
By utilizing both natural light and growing lamps, they are maximizing growth without chemicals.

โ€œSustainable food production, food security and the environment are vital to the nationโ€™s health and the nationโ€™s economy; there is a real opportunity for agriculture to drive a revolution in technology and vice versa.

Efficient, high-technology agriculture holds many of the keys to our future. Dyson Farming strives to be at the forefront of this.โ€

Sir James Dyson, Founder

But the design is not just about clever geometry. This high-tech farm is teeming with robot helpers. Specialized machines patrol the space, using UV light to combat mold and releasing beneficial insects to control pests, with no pesticides required.

A robotic arm harvesting ripe strawberries from a vertical farming setup, with lush green foliage in the background.
Robotic arms picking the ripened fruit.

When the berries are ripe, robotic arms carefully pluck them from the vines, ensuring each fruit is handled with precision and care.

View of advanced strawberry cultivation technology in a high-tech greenhouse, featuring large rotating wheels lined with strawberry plants and workers observing the setup.
The massive wheels slowly turn, giving each row of strawberries the perfect amount of light.

Powering this futuristic setup is a bio-gas plant that turns agricultural waste into clean energy. Rainwater is captured and reused. Climate conditions are constantly monitored and adjusted by smart systems, creating a sustainable loop thatโ€™s as efficient as it is innovative.

Interior view of a high-tech greenhouse with hanging strawberry plants and advanced lighting systems.
The rows of strawberries ripening.

The result is over 1,200 tons of sweet, pesticide-free strawberries grown with a fraction of the resources used by traditional farms.

It sure seems like a glimpse into a new kind of agriculture, where engineering meets ecology, and where the humble strawberry gets a futuristic upgrade.

See more about this fascinating effort on DysonFarming.com

Subscribe to Moss and Fog!


Discover more from Moss and Fog

Subscribe to get the latest posts sent to your email.

1 Comment

  1. Susan Harper

    Are the strawberries growing in soil? And how do you handle plants that have come to the end of their useful life?

What do you have to say?

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Discover more from Moss and Fog

Subscribe now to keep reading and get access to the full archive.

Continue reading