FarmCube Ultra is a research-grade aeroponic growing chamber for R&D, education, biotech trials and controlled crop research, with programmable LED spectra, sensors, sealed growing conditions and digital crop data management.
FarmCube Ultra is a research-grade aeroponic growing chamber for crop trials, education, biotech projects and controlled environment research. It combines sealed cultivation, programmable LED lighting, sensor monitoring and digital management for repeatable indoor growing experiments.
FarmCube Ultra is designed for repeatable crop trials and controlled growing research, combining aeroponic root-zone delivery, programmable lighting, environmental control and digital crop monitoring.
A concise planning snapshot before the complete technical sheets and configuration details.
Images are organised to show system architecture, experimental use, crop flexibility and digital monitoring.
Complete Ultra system view for research, education and compact production.
Application view for crop trials, biotechnology and education projects.
Crop production detail showing leafy greens inside the chamber.
Digital management view showing data monitoring and controlled production logic.
Crop-specific detail showing multi-crop flexibility beyond leafy greens.
Open the relevant sheets for dimensions, utilities, crop workflow, lighting, climate, irrigation, automation and performance assumptions.
The FarmCube Ultra isolates plants from all external environmental factors. Every variable — light spectrum and intensity, temperature, humidity, CO₂ concentration, airflow, nutrient formulations, EC/pH, and solution temperature — is precisely monitored and controlled, creating a stable, reproducible environment ideal for research and education.
The FarmCube Ultra isolates the growing environment from all external variables. Every parameter — light spectrum, temperature, humidity, CO₂, airflow, nutrient formulation, EC/pH — is precisely monitored and controlled via the Agriculture Processing Unit (APU) edge server.
Designed for biotech research, institutional education, and advanced commercial cultivation requiring reproducible conditions and comprehensive data infrastructure.
The Ultra ships with interchangeable growing platforms — mesh trays, low-density trays, high-density trays, growing buckets, and growing tubs — enabling flexible experimental configurations across crop types.
The FarmCube Ultra processes 90% of environmental data locally on the APU edge server — with cloud sync, cross-chamber comparisons, and API access for AI model training.
All figures compiled from the official FarmCube Ultra catalogue (GROWSPEC Bio, 2025). CE certified.
Practical answers for model selection, installation, operation and project planning.
The Ultra is a sealed, research-grade controlled environment agriculture (CEA) system with full climate control — including CO₂ regulation, active cooling/heating, humidity management, and multi-media sterilisation. Unlike the Nano or Neo, it is designed for biotech research, agronomic experimentation, and institutional education where reproducible environmental conditions are essential.
The Ultra supports five independently configurable spectral programmes: White-Based, Ultraviolet, Blue-Based, Deep Red-Based, and Far Red-Based. Power across wavelengths can be distributed across five key bands (385 nm, 450 nm, 400–700 nm, 660 nm, 730 nm), enabling precise recipe-building for different crops and growth stages.
Yes. The multi-user permission system allows administrators to create accounts with customised access levels — from full control to data-entry-only. A university deployment example: the equipment office holds the master account, professors manage their 20-unit allocations, and students have scoped access for monitoring and data entry.
The Ultra supports 45+ plant varieties across five growing platform configurations: microgreens (arugula, radish, basil, kale, pea, cilantro), leafy greens (spinach, Lola Rosa, Bok Choy, Butterhead), herbs and parsley, tall plants (tomato, cucumber, bell pepper, saffron, anthurium), and six varieties of strawberry via the growing tub configuration.
The APU is GROWSPEC Bio's proprietary edge server integrated into the Ultra. It handles local computation for climate control algorithms, nutrient management, air diffusion modelling, and sensor data processing — processing 90% of data on-device. It provides API endpoints for cloud synchronisation and integration with external agriculture AI training pipelines.
Send us your crop, space and production target. GROWSPEC will help model the system, output and ROI.
