Aeroponic performance with hydroponic reliability
LettUs Grow are a UK-based agri-tech provider specialising in Advanced Aeroponics™ irrigation systems.
CEA projects delivered worldwide
+25
Increase in yields vs. hydroponics
>20%
Years developing aeroponics
+10
Global delivery partners
+07
Experts in aeroponics
We’re a team of growers, plant scientists, engineers, and commercial and operational specialists united by a care for environmental impact. Our Aeroponic Rolling Bench™ systems deliver healthier plants, higher yields and greater resource efficiency.
We operate two advanced research facilities in Bristol, UK, designed to develop CEA technology and showcase the versatility of our Advanced Aeroponics™ growing method.
Introducing the Aeroponic Rolling Bench™
Our patented Advanced Aeroponics™ technology uses ultrasonics to deliver a nutrient-filled aerosol directly to plant roots, increasing oxygenation and boosting yields. This enables aeroponics to be harnessed at scale via the Aeroponic Rolling Bench™ (ARB), the world's first platform engineered specifically for large-scale commercial operations. Built for seamless integration, it fits into existing glasshouses and vertical farms with no major retrofitting required.
Yield-boosting for a diverse range of growers
Aeroponics can be used to grow a variety of crops, from leafy greens to herbs, all trialled at our leading aeroponic glasshouse and vertical farm R&D facilities in Bristol, UK, and validated by partners and growers from across the industry.
Explore our client crop case studies to see how Advanced Aeroponics™ optimises commercial yields, reduces operational costs and sets new benchmarks for sustainable, high-value cultivation.
How we work
Expertise and global reach
Proven at commercial scale
LettUs Grow's aeroponic systems have operated in commercial glasshouses and indoor farms across 25+ projects in the UK, EU, North America and the Middle East.
Expand your offering
We work with a network of specialist delivery partners to bring turnkey aeroponic solutions to growers worldwide. Find out how adding Advanced Aeroponics™ to your portfolio could benefit your clients.
De-risk R&D
We operate two aeroponic research centres in Bristol, UK, open to research collaboration. Whether you're validating crop performance or exploring what aeroponic growing can do, we can support your programme.
Working with
Let’s start the conversation
Whether you're looking to upgrade an existing operation, explore what aeroponics can deliver for specific crops or add Advanced Aeroponics™ to your commercial offering, our team is here to help.
FAQ
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Our commercial aeroponic systems deliver >20% faster growth rates compared to hydroponics by using ultrasonic misting to maximise nutrient absorption at the root zone. Faster absorption means faster, more consistent crop cycles from the same greenhouse space.
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How much water you can save is completely dependant on how you use your system, but on average aeroponics can use 75% less water than hydroponics.
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You're already doing the hard part - feeding nutrients directly to roots without soil. We're just changing how those nutrients get delivered. Instead of irrigation nozzles, our aeroponic system uses ultrasonic misting to create much finer droplets. Your plants absorb nutrients faster, which shows up as quicker growth and lower resource use. For commercial glasshouse operations, that difference compounds significantly at scale.
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If you're looking to increase output from your existing space, or if resource costs are eating into margins, the performance improvement can be worth the transition effort. That's why we offer proof-of-concept trials, so you can see if the benefit justifies the change for your specific operation.
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LettUs Grow works with an established network of global partners to provide expert installation and better serve customers in both new and existing controlled environment agriculture (CEA) markets. Through this network, we handle all partner and subcontractor management while providing you with direct access to technical scoping, concept design, and detailed design.
