The Hypoxico Full Climate Hypoxic Chamber creates a fully controlled altitude and climate environment for research, military training, and elite sports performance.
Simulate altitudes of up to 9,000 metres while independently controlling temperature from -20°C to +40°C , allowing every session to be tailored to precise training or testing objectives.
Unlike conventional altitude rooms, the insulated steel construction delivers exceptional environmental stability for consistent, repeatable results.
Every chamber is custom-built around your available space , with modular panels that can be expanded or relocated as operational requirements evolve.
Integrated lighting, viewing windows, and external plant equipment create a practical environment for long-duration studies and professional training programmes.
Designed for organisations where accuracy is non-negotiable, the Hypoxico Full Climate Hypoxic Chamber sets the benchmark for advanced altitude simulation.
- Control Altitude and Climate Independently: Simulate up to 9,000 metres while maintaining temperatures from -20°C to +40°C .
- Train in a Stable Environment: Insulated steel construction delivers exceptional thermal and environmental consistency.
- Experience Altitude Without Pressure Changes: Reduced oxygen recreates altitude while maintaining normal atmospheric pressure.
- Stay Comfortable During Every Session: Low-velocity airflow minimises drafts and maintains even environmental conditions.
- Configure Around Your Facility: Modular construction adapts to your available space and future expansion plans.
- Maximise Internal Training Space: External refrigeration and hydraulic systems keep equipment outside the chamber.
- Monitor Every Session with Ease: Remote operator software provides complete control of chamber settings.
Hypoxic therapy works by lowering the oxygen concentration in a controlled environment while keeping air pressure comfortable and stable.
As you breathe this air, your body responds as if it were at altitude, triggering natural adaptations that can support endurance, recovery, and performance.
The process is carefully regulated with advanced technology to
