
Rebreathers recycle the gas you breathe. Carbon dioxide is removed while oxygen is maintained to keep breathing mix stable. The cleaned gas is used again. Bubbles are minimal and your gas lasts much longer.



Liberty CCR operates on two fully independent control systems, each with its own power supply and display. If one side becomes unavailable, the other continues, keeping you informed and in control.

Two independent oxygen solenoids provide an additional layer of redundancy. If one becomes unavailable, the second remains ready to support controlled breathing throughout the dive.

Four oxygen sensors monitor your breathing gas in real time. By continuously comparing their readings, the control system can identify inconsistencies and exclude a sensor that falls outside expected parameters.

Liberty rebreather is powered by two independent battery systems, each supporting one control side. If one battery becomes unavailable, the other continues supplying power, allowing you to stay informed and manage the dive with confidence.

Liberty CCR recycles breathing gas within a closed loop. Carbon dioxide is removed by the scrubber while oxygen is added as needed to maintain your selected setpoint.

Liberty gives you full manual control over oxygen and diluent addition. Dedicated manual valves allow you to adjust your breathing mix directly whenever needed.

Before every dive, Liberty allows you to verify loop integrity and system readiness. Positive and negative pressure tests automatically measure pressure stability in the breathing loop, with results clearly shown on the handset.

Two independent handsets provide complete system information throughout the dive. Each display shows critical data clearly and can operate independently.

The buddy display allows your dive partner to see your system status at a glance, supporting team awareness underwater.

Coming soon.

Liberty’s CCR architecture is not a collection of individual features. Control systems, sensors, breathing loop and monitoring work together as one integrated system, designed to support stable breathing and clear decision-making underwater.
The same architecture supports configurations built for different dive environments.