Mares 26XR HR Single Tank Dive Regulator Set
Mares 26XR with HR – Precision Performance for Single Tank Diving
The Mares 26XR HR Single Tank Dive Regulator Set is designed for technical and advanced recreational divers seeking dependable airflow, streamlined equipment, and consistent breathing performance. Combining the environmentally sealed 26XR balanced diaphragm first stage with the HR second stage, this regulator set delivers smooth operation across a wide range of diving conditions.
Built as part of the Mares XR Line, this single tank configuration offers rugged durability and efficient hose routing while maintaining the reliability required for demanding dives. Adjustable breathing control and Vortex Assisted Design (VAD) provide a natural breathing experience from descent to ascent.
Why Choose the Mares 26XR HR Single Tank Dive Regulator Set
- 26XR balanced diaphragm first stage provides consistent airflow in varying dive conditions.
- Environmentally sealed first stage helps protect internal components during cold-water diving.
- HR second stage features adjustable breathing control with Vortex Assisted Design (VAD) for smooth airflow.
- XR Line construction delivers dependable performance for advanced and technical diving.
Key Features
- 26XR balanced diaphragm first stage.
- Environmentally sealed first stage.
- HR adjustable second stage.
- Vortex Assisted Design (VAD).
- Single tank configuration with corrosion-resistant XR Line components.
Perfect For
- Advanced recreational scuba diving.
- Technical diving.
- Single tank diving configurations.
- Wreck diving.
- Decompression diving.
Built for Precision and Reliable Air Delivery
The Mares 26XR HR Single Tank Dive Regulator Set combines a balanced diaphragm first stage, adjustable second stage, and durable XR Line construction to provide consistent breathing performance in demanding underwater environments. Its streamlined single tank configuration makes it an excellent choice for divers who value precision, reliability, and efficient equipment setup.





