Strawberries system

The first Aeroponic system for Commercial Strawberry production. Starting plant density - from 29 plants/m2.

Benefits of the Strawberry Aeroframe

The strawberry cultivation system is designed to optimize growth, ensuring maximum yield and quality. From transplanting to continuous berry harvesting, the process can be fully or partially automated, maintaining the highest standards of hygiene and consistency

Maximized Yield and Space Efficiency

The Aeroframe's three-dimensional structure allows for a higher density of plants per unit area compared to traditional systems, leading to increased yields. This efficient use of space can potentially double production capacity within the same greenhouse footprint.

Efficient Water and Nutrient Use

Aeroponics uses up to 95% less water than traditional soil-based methods. The Aeroframe's precise nutrient delivery minimizes waste, ensuring plants receive exactly what they need, conserving resources and reducing environmental impact.

Superior Plant Health and Quality

Aeroponic systems provide optimal oxygen and nutrients to plant roots, promoting healthier growth and higher-quality strawberries. The controlled environment reduces the risk of soil-borne diseases and pests, resulting in cleaner and healthier fruit.

Scalability and Flexibility

The Aeroframe system is adaptable, allowing growers to easily scale operations. Its modular design can be implemented in existing greenhouses or new facilities, supporting different stages of strawberry growth and enabling continuous production cycles.

How the Strawberries System Works

the most productive automated strawberries cultivation system in a greenhouse

1. Strawberry Boards

Strawberry boards are customizable to your needs and are adapted to different heights and planting densities. Standard dimensions:
  • 60 cm width, 140 cm height: 21 plant sites. Density from 29 plants/m2
  • 60 cm width, 140 cm height: 24 plant sites. Density from 33 plants/m2
Strawberry yield depends on variety used, expected yield of berries 0.8 – 1.2 kg per plant per growth cycle. Compatible with frigo strawberry plants, especially with tray plants Strawberry board material is highly durable HDPE.
the most productive automated strawberries cultivation system in a greenhouse

2. Planting

Frigo strawberry plants are manually transplanted into plant boards and the boards are pushed onto to the Aeroframe system.

Optionally, this step can be automated.

the most productive automated cultivation system in a greenhouse
the most productive automated cultivation system in a greenhouse

3. Growing

Strawberry boards are tilted to a 60° angle during plant vegetation period.

Our unique Aeroframe system is equipped with mobile aeroponic irrigators that travel and spray plant roots with required irrigation intervals.

Typical intervals for strawberries: 3-7 seconds spray, 11-18 min rest and oxygenation.

Because of intervals, irrigators can travel 40-60 meters inside the Aeroframe structure. For a 100 meter-long row, 2 irrigators will be used. Aeroponic sprayers use Freya’s unique ultrasonic technology, which is very low energy, does not require high pressure, produces 50-100µm droplets and completely uncloggable. As a result, all aeroponic liquid is recirculated.

Aeroframe system has sliding boards, which means that strawberry boards will easily travel to desired location and stay there through growing cycle, additionally sliding boards ensure easy board removal after growth cycle. Therefore, up to 2x growing area can be created per greenhouse floor.

Because aeroponic irrigation is used, plant development is faster and higher yield is achieved. Also, no additional oxygenation is needed. Disease development / spread is suppressed due to oxygenated root environment.

Lighting penetrates the canopy from the moving sun during the day as well as top-lighting.

Airflow & humidity management is also better due to plants at an angle.

4. Continuous harvesting

When strawberries start to ripen, harvesting can be done in three ways: manually, with 80 cm spacing between Aeroframes in a row; fully automated, using harvesting robots with 20 cm spacing between Aeroframes; or semi-automated, where plant boards within an Aeroframe move in a circular motion and harvesting is done manually at one end, also with 20 cm spacing.

how it works

Other operational aspects


Plants are irrigated and fertigated automatically by Freya’s Mobile Irrigators. These powerful irrigators travel in accordance with irrigation intervals and disperse nutrient-rich mist.

Irrigators are completely uncloggable and utilize proprietary ultrasonic sprayers. High flowrates, durability, low maintenance and full connectivity with the FreyaOS platform will quickly let you forget about these mobile machines travelling within the Aeroframe structures.

Light Matters

Freya’s Aeroframe system is designed to optimize natural sunlight exposure, with angles that ensure excellent sun penetration. For retrofitted greenhouses, we strategically adjust Aeroframe placement to maximize sunlight, while turnkey greenhouse projects will benefit greatly from engaging us during the planning phases.

Additionally, we collaborate with leading lighting partners to provide highly effective artificial lighting solutions, which are no more expensive than typical top lights for horizontal systems. Our approach guarantees that plants receive the optimal light necessary for growth, whether through natural sunlight or advanced artificial lighting.


Technologies behind the Aeroframe

Explore the proprietary technologies and methodologies that enable the Aeroframe cultivation platform

Core technologies

Pilot the Aeroframe

Discover the new level of productivity our cutting-edge Aeroframe platform. Explore piloting the Aeroframe to and evaluate its potential for retrofitting your existing facilities. Click here to start transforming your cultivation practices today!

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Learn how we can help you improve your greenhouse

We’re happy to answer any questions you may have and help you determine which of our solutions best fit your needs.

Your benefits:
What happens next?

We have an intro call to evaluate collaboration potential


We engage in a discovery exercise to understand your needs


We provide an in-depth proposal for a deeper discussion and contracting

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