Recreation Sports

Rebreather Diving

Information about 3 the great different of Rebreather systems.

Azimuth Rebreather

This is consider the the “state of the art” in diving systems for Nitrox breathing mixtures.

Designed and constructed by OMG, most of 30 years of vast experience in the professional underwater rebreather technology.

formerly known as the “Mares Azimuth”. This rebreather is a semi-closed design, with constant mass flow. Manufactured in Italy, with many components supplied by Mares, it features user-adjustable flow rates, twin cylinders, an integrated bailout system, and the ability to select either of the two cylinders while diving. The history of the unit is that it was originally produced by an independent manufacturer in Italy, using many Mares components, and was then proposed by Mares for sale as a Mares product. It was shown at several dive shows by Mares, but for liability and marketing reasons never made it into the Mares distribution network.

Functionality of the Azimuth Rebreather:

Azimuth Rebreather is a semi-closed cyclical circuit breathing apparatus , giving constant and controlled flow.

The gas mixtures follows a single direction circular path utilizing two different separated way of circulation, to and from the breathing bag. Especially, the constant flow of gas mixture coming from the single cylinders,( trough the respective dosing group) goes in to the inhalation breathing bag and reaches the corresponding pressure to the diving depth.

The diver breathes the gas mixture contained in the inhalation breathing bag trough the corrugated hose connected to it, via the mouthpiece assembled on the four-way valve and exhales the gases produced by the breathing process in to the exhalation hose connected to the exhalation breathing bag.

The excess pressure generated by the constant flow is vented from the relief valve connected to the bag itself by means of a short flexible hose.

In the Azimuth Rebreather gases from the exhalation breathing bag go in to the filter and once purified from the carbon-dioxide, enter into the inhalation breathing bag.

The Dr

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