2.5× THE YIELD.
ZERO SUBSTRATE.
Freya's Aeroframe platform grows baby leaf, lettuce, herbs, and specialty greens at densities traditional systems cannot reach — without peat, without fungicides, and without the biological risks of substrate-based cultivation.
HOW IT WORKS
The Aeroframe™ platform combines 3D A-frame geometry with ultrasonic mist delivery for substrate-free, high-density cultivation.
Seed to Harvest, Hands-Free
From seeding to harvest, the entire cultivation process is automated. Mobile irrigators travel autonomously along the A-frame rows, delivering precision nutrition on timed cycles — no manual intervention required.
Plant boards are designed for full compatibility with DWC (Deep Water Culture) automation tooling, enabling seamless integration into existing or new greenhouse automation infrastructure.
A-Frame Geometry
Triangular aluminum frames (1.2-1.6m wide) hold plant boards at 60° angles, maximizing space and light capture.
Ultrasonic E-Nozzles
Proprietary titanium transducers generate 30-70μm mist through 4-6mm open channels. No clogging, no pressure. Self-cleaning.
Air-Suspended Roots
Roots hang freely in air, receiving 21% oxygen — 17,500× more than hydroponics. Nutrient mist is delivered in precisely timed cycles.
BIOLOGICAL OPTIMIZATION
Three breakthroughs that eliminate the fundamental limitations of traditional greenhouse growing
Spatial Efficiency
A-frame geometry achieves 50-80 plants per m² — a 2.5× increase over standard Mobile Gutter Systems. A 0.8 ha Aeroframe facility equals the output of a 1.5 ha traditional facility.
Hyper-Oxygenation
Suspending roots in air maintains atmospheric oxygen levels (21%), fueling ATP synthesis and eliminating tip burn — the #1 cause of unmarketable leafy greens during peak seasons.
Thermal Decoupling
Roots are misted with chilled nutrient solution (18°C) while greenhouse air exceeds 30°C. This prevents bolting in heat-sensitive crops like Cilantro and Dill during summer peaks.
EMPIRICAL VALIDATION
Three validation cycles at the Kaunas, Lithuania pilot facility — each targeting a specific industry failure mode.
"Anti-Bolting"
Cool-season herb production at 32-35°C air with 19°C root cooling.
"Immunity"
Botrytis resistance in Basil during damp winter conditions.
"Multi-SKU Sync"
Growing 12 diverse SKUs simultaneously using Zonal Control.
UNIT ECONOMICS
How the Aeroframe advantage compounds into institutional-grade returns
| Metric | Standard (Peat/Gutter) | Aeroframe | Impact |
|---|---|---|---|
| Yield Density | 30-60 kg/m² | 90-150 kg/m² | 2.5× Yield |
| Unit Margin | 15-20% | +55% | 3× Gross Margin |
| Water Usage | 20 L/kg | 1.5 L/kg | 92% Reduction |
| EBITDA Margin | ~12-13% | ~40% | 3× Profitability |
| Payback | 10-12 years | 3-5 years | Institutional Grade |