BioCube Container is a 40ft controlled environment vertical farm system for leafy greens, microgreens, strawberries, herbs, propagation and high-value specialty crops, integrating LED lighting, HVAC, fertigation, aeroponics and automation. Reference price: USD 65,000.
SYSTEM ONLINEClimate CoreRoot-Zone DeliveryCrop LightingBioCube Container is a 40ft controlled environment vertical farm system built for commercial crop production inside a container-based growing environment. It integrates LED lighting, climate control, fertigation, aeroponic or hydroponic growing systems, sensors and automation.
BioCube Container combines farm structure, growing system, climate control, lighting, fertigation and digital monitoring into a compact 40ft vertical farming platform for controlled crop production.
Key values drawn from the product technical sheets before reviewing the complete dossier below.
Balanced project visuals for exterior configuration, internal production, nutrient management and crop-quality discussion.
Full interior view showing multi-layer racks, crop rows and operator access.
Exterior, nutrient area and growing zone shown together for project planning.
Close interior view showing crop canopy, lighting and nutrient management access.
Premium 3D visual for explaining container structure and brand appearance.
Leafy green growth detail for quality, yield and production discussion.
A structured technical reference for utilities, climate, lighting, fertigation, digital control and crop-specific growing configurations inside the BioCube Container platform.
A concise explanation of project fit, system logic and operating value.
A transportable 40ft controlled-environment farm integrating crop systems, climate, lighting, fertigation and automation.
Crop-specific layouts are available for leafy greens, microgreens, strawberries and high-value crop programmes.
Utilities, power, HVAC, root-zone delivery and production capacity are configured together around the selected crop workflow.
Electrical supply, water connections, control hardware and the principal system utilities.
Climate processing, nutrient dosing, water management and standard integrated support systems.
Used across the Strawberry, Microgreens and High-Value Crop lines. The Leafy Greens build above uses a higher-capacity 26kW peak variable-frequency unit instead.
Lighting specifications and crop-specific aeroponic or drip growing configurations.
Used on Strawberry, Microgreens and High-Value Crop. Carries more far-red than the Leafy Greens spectrum above, to support flowering and fruiting crops.
Single-Tier figures shown; Dual-Tier (CF-VD224) doubles the growing lines within the same 40ft footprint.
Reference capacity and production values for the principal BioCube Container crop programmes.
| Specification | Aeroponic Single-Tier | Aeroponic Dual-Tier | Drip Single-Tier | Drip Dual-Tier |
|---|---|---|---|---|
| Irrigation system | GS-AERO Ponics | GS-AERO Ponics | GS-DRIP | GS-DRIP |
| Tiers | 1 | 2 | 1 (4 lines/cntr.) | 2 |
| Growing sections | On request | 14 | 4 growing lines | 16 |
| Growing sites (per cntr.) | On request | Up to 196 buckets | Up to 600 fibre bags (150 × 4 lines) | Up to 252 plant sites |
| Canopy / growing area | On request | 26.6 m² | ~119 m² (9.76 × 12.19m) | 30.4 m² |
| Annual yield (dry flower) | On request | Up to 110 kg | 350–370 kg / 4-cntr. farm | Up to 375 kg |
| Grow cycles / year | 5 | 5 | 6 | 5 |
| Delivery mechanism | 20–60μm misting | 20–60μm misting | 90% drip efficiency | 90% drip efficiency |
| Pump pressure | 90 PSI | 90 PSI | — | — |
| Crop grow height | 900 mm | 900 mm | — | — |
| Growing medium | Polycarbonate buckets | Polycarbonate buckets | 3-Gal fibre bags | Fibre bags / pots |
Practical answers for model selection, installation, operation and project planning.
Engineered to GMP and GAP standards, it's a fully transportable, adaptable chamber suitable for growing, propagation, trimming, drying and storage — with setup options for diverse crops to enhance scalability.
T-CEA technology gives precise control over temperature, humidity, CO₂, lighting and airflow, enabling year-round cultivation in any climate.
Yes. In cooler weather, Smart Mode draws in external air to cut energy consumption by approximately 50%.
Its space-efficient design, reduced water/energy/nutrient use, and high-yield capability make it well suited to scaling profitably.
Yes — as well as leafy greens, microgreens, tall plants, herbs and medicinal plants, with scalability built in for space and technical efficiency.
It delivers 90% nutrient and water efficiency directly to the roots, reducing water waste and disease risk while supporting yield and quality across growth stages.
GS-AERO Ponics mists roots directly for faster nutrient uptake and the highest oxygenation, on a smaller per-container footprint (196 buckets / 26.6m² canopy). GS-DRIP runs plants in fibre bags or pots with recirculating drip emitters at 90% delivery efficiency — a simpler, lower-maintenance setup with a larger canopy per container (252 sites / 30.4m²) and the option to scale into a modular multi-container farm with dedicated propagation, trimming and drying containers.
Dual-Tier stacks two growing levels in the same container footprint, roughly doubling sites and yield per container — the GS-DRIP Dual-Tier (CF-VD224) reaches up to 252 sites and 375kg/yr. Single-Tier runs one level per growing line, which keeps headroom taller (useful for larger plants) and is typically deployed as one container within GROWSPEC Bio's modular farm system alongside dedicated propagation, trimming and drying containers.
Share the crop, available space, location, output target and expected timeline for a focused technical review.
