Freya Strawberry Aeroframe System
Strawberry System

700% MORE
PER SQUARE METER.

Freya's Aeroframe platform produces ~75 kg/m² of strawberries annually — compared to 10-15 kg/m² from the best greenhouse benchmarks. Higher yield, higher quality, year-round production. Verified by LAMMC.

~75kg/m²
Annual Yield
vs 10-15 standard
12.4°BRIX
Sugar Content
+77% vs benchmark
13days
Shelf Life
2.1× longer
<4.5yr
Cash Payback
55% EBITDA margin

HOW IT WORKS

Diagonal A-frame architecture adapted for perennial strawberry cultivation, with unbound replanting and year-round production cycles.

A-Frame Architecture

A-Frame Architecture

Three-dimensional frames hold strawberry plants at optimal angles for 3D volumetric yield. 20-25 plants per m² of floor space — 2-3× the standard tabletop density.

Ultrasonic E-Nozzles

Ultrasonic E-Nozzles

Titanium Langevin transducers generate 30-70μm mist through 4mm open channels. Self-cleaning. Zero clogging across 10,000+ operating hours.

Unbound Replanting

Unbound Replanting

Unlike substrate-based potted systems, aeroponic runners are freely moved and reorganized. 3 × 20-week production cycles per year, 12 months of continuous harvest.

ENGINEERING BREAKTHROUGHS

3D Volumetric Yield

20-25 plants/m²

Diagonal architecture fills the vertical air column. One Aeroframe lane produces what 5-7 traditional tabletop meters produce.

Hyper-Oxygenation

21% Root O₂

210,000 ppm oxygen at the root zone eliminates anaerobic conditions that cause root rot and fruit quality degradation in substrate systems.

Thermal Root Control

18°C in 42°C air

Chilled nutrient mist keeps root temperature stable even during summer heatwaves, preventing flower abortion and maintaining fruit set.

All-Season Production

12 months / year

LED supplementation + climate computer integration enables year-round production. 3 × 20-week cycles with overlapping harvest windows.

Empirical Validation

EMPIRICAL VALIDATION

Three validation cycles at the Kaunas pilot facility, each targeting different challenges.

Cycle 1 — Summer 2025

"Heat Survival"

Strawberry production during 42°C heatwave with 18°C root cooling.

Yield9.0 kg/m²
4.5× summer benchmark in NL/BE
Fruit Set92% retained
Cycle 2 — Winter 2025

"Winter Production"

Full-yield winter production with LED supplementation and climate control.

Yield21.4 kg/m²
2× Dutch winter yield benchmark
Botrytis0%
Cycle 3 — Continuous

"Immunity Protocol"

Zero-fungicide pathogen suppression via air-suspended root biology.

Suppression99.9%
FungicideNONE
MechanismRoot dehydration
Nutritional Advantage

NUTRITIONAL PROOF

Independent analysis by LAMMC (Lithuanian Agricultural and Forestry Sciences Centre). Not marketing claims — lab results.

BRIX
12.4°
+77%
Sugar content
Vitamin C
79.2mg
+36%
Per 100g
Shelf Life
13 days
2.1×
Post-harvest
Firmness
+42%
Penetrometer
Verified by LAMMC — Lithuanian Agricultural and Forestry Sciences Centre

UNIT ECONOMICS

MetricStandard GreenhouseAeroframeImpact
Yield10-15 kg/m²~75 kg/m²7× Yield
CAPEX/kg€29 / kg capacity€9.50 / kg-67%
Production Cost€4.60 / kg€2.35 / kg-49%
EBITDA Margin~25%~55%2.2× Profitability
Payback8-10 years<4.5 yearsInstitutional Grade