What Is the
BioCube Container?
BioCube Container is a crop-specific container farm built around GROWSPEC’s aeroponic growing systems. It combines growing layouts with LED lighting, climate control and automation for controlled indoor production.
Where a crop requires a different root-zone approach, hydroponic or drip irrigation can be configured to match the project’s growing plan.
CROP-SPECIFIC FARMING
Container Farm Layouts for Different Crops
Crop-specific container farm layouts for strawberries, lettuce, leafy greens, microgreens, herbs and tall plants.
Strawberry Container Farm
Controlled strawberry farming with aeroponic irrigation, LED lighting and climate control for year-round indoor production.
Up to 1,224 Planting Cells per Container
70 M² Canopy Area
48 Sections · 4 Tiers · 3 Rows
Drip Irrigation Tall Plants Container Farm
Drip irrigation layout for tall plants using planting bags and stage-based nutrient delivery.
Up to 252 Planting Bags per Container
30.4 M² Canopy Area
16 Sections · 2 Tiers
CROP-SPECIFIC CONFIGURATIONS
Container Farms Built Around the Crop
GROWSPEC configures each BioCube growing container around the crop and production workflow. Leafy greens use multi-tier planting layouts, while microgreens use tray-based systems. Strawberry and tall plant layouts allow for different spacing, root zones and harvesting access. Aeroponic, hydroponic or drip irrigation is selected to suit the crop and project.
Leafy Greens
Our leafy green container farms use multi-tier planting racks to make use of the available growing area. Plant spacing, irrigation and lighting are configured for crops such as lettuce and herbs, with access planned for routine care and harvesting.
Microgreens
A tray-based vertical layout supports commercial microgreens production in repeatable batches. Growing tiers, lighting and climate settings are configured around the crop, while the layout allows trays to be loaded, checked and harvested.
Strawberries
The strawberry container farm uses a vertical growing layout with aeroponic irrigation, crop-specific lighting and climate control. Plant spacing and access are planned around ongoing crop care, fruit development and harvesting.
Tall Plants
Tall plant containers provide wider spacing and larger root zones than dense multi-tier layouts. Depending on the project, GROWSPEC can configure aeroponic growing buckets or drip-fed planting bags, with lighting, irrigation and access suited to the selected crop.
Integrated Technologies for
Container Farming
Aeroponic irrigation, lighting, climate control, automation and data monitoring inside one container farm system.
Scalable Container Farm Projects
Combine multiple units for larger commercial container farming projects.
OPTIONAL PROJECT SUPPORT
Optional Support Containers for BioCube Farms
BioCube growing containers are the core production units. When a project needs separate space for propagation, crop handling or other operational tasks, a support container can be added. Its layout and equipment are planned around the crop and workflow.
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Project example shown. Support container configurations vary by project.
Applications of BioCube Container
Use BioCube Container for commercial production, crop trials, propagation, pilot farms and post-harvest workflows.
Research & Crop Trials
For crop trials, irrigation testing and CEA research.
Seedlings & Propagation
For seedlings, propagation and early-stage crop development.
Starter Farm Projects
For pilot farms and first-stage commercial growing.
Commercial Crop Production
For scalable lettuce, herbs, microgreens and strawberry production.
Post-Harvest Workflow
For trimming, drying, packaging and clean handling.
Commercial Container Farming Projects
BioCube Container can be deployed in commercial farms, research sites, food production facilities and urban farming projects.
BioCube Container FAQ
BioCube Container is a portable vertical farming container for controlled indoor crop production, including strawberries, lettuce, leafy greens, microgreens and propagation workflows.
It integrates aeroponic irrigation, LED lighting, climate control, airflow, automation and monitoring to maintain stable conditions inside one container farming system.
Yes. BioCube Container can be configured with climate control, insulation, airflow and crop-specific settings to support indoor farming projects in different regions.
Yes. It is designed for commercial container farming projects, food production facilities, research sites and growers seeking scalable indoor crop production.
It can be configured for strawberries, lettuce, leafy greens, microgreens, herbs, tall plants and propagation crops based on project needs.
Yes. BioCube Container is primarily designed around aeroponic cultivation, with hydroponic and drip irrigation options available for specific crops and layouts.
Yes. Layout, irrigation method, lighting strategy, HVAC, crop workflow and supporting containers can be customised for different container farm projects.
A growing container is used for crop production, while a supporting container extends the workflow for propagation, cleaning, drying, storage or post-harvest handling.
Yes. BioCube Container supports strawberry container farming with crop-specific irrigation, LED lighting, climate control and vertical growing layouts.
Share your crop type, site location, target capacity and project goals with GROWSPEC, and we will recommend a suitable container farm configuration.
BioCube Container is mainly an aeroponic container farm, but hydroponic layouts can be configured for lettuce, leafy greens, herbs and other crop-specific projects.
BioCube Container is a container-based indoor farming system provided as a project solution, with layout, irrigation, lighting and workflow areas configured by crop and scale.
GROWSPEC configures each BioCube growing container around the selected crop and production workflow. Leafy greens use multi-tier planting layouts, while microgreens use tray-based systems. Strawberry layouts account for plant care and harvesting, and tall plant layouts provide wider spacing and larger root zones. Irrigation, LED lighting and climate control are selected to suit each crop’s needs.