The Mares Atlas 62X pairs Mares’ most advanced first-stage engineering with a rugged all-metal second stage, delivering exceptional breathing performance even in extreme cold-water conditions. Built for serious divers and demanding environments, this regulator provides smooth, consistent airflow at depth and outstanding durability in icy temperatures.
The compact 62X first stage features DFC ports for maximum gas flow and effortless breathing at any depth, while AST (Auto Sealing Technology) keeps the internal components dry and protected when not pressurised. Its streamlined port layout ensures clean, simple hose routing and a stylish pearl-chrome finish completes the design.
The all-metal second stage excels in challenging water temperatures and offers superior thermal conductivity to prevent freezing. It benefits from Mares’ VAD system for natural, unrestricted breathing and a large pivoting purge button that remains easy to operate, even when wearing thick gloves. A Superflex hose adds lightweight comfort and flexibility to complete the package.
Key Features:
Second Stage
- All-metal body for top-tier cold-water performance
- VAD breathing system for smooth inhalation at any depth
- High-flow design for effortless breathing
- Large pivoting purge button — ideal for dry gloves and thick wetsuit gloves
- Ultra-flexible Superflex hose for maximum comfort
First Stage
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DFC LP port for high airflow delivery
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AST (Auto Sealing Technology) prevents water entry when unpressurised
- Pre-aligned LP & HP ports for neat hose routing
- Compact, lightweight diaphragm first stage
- Premium pearl-chrome finish
Octopus Dual or Epic ADJ
Dual:
The Octopus Dual is made of ultra-lightweight technopolymer which greatly reduces its weight (it weighs only 183 g).
Equipped with a Superflex hose.
Epic ADJ:
The Mares Epic Adj Octopus is engineered as a premium backup second stage for divers who expect top-tier performance in all conditions, including extreme cold. Built with a PVD-coated metal body, this octopus offers exceptional durability, thermal stability, and long-term corrosion resistance — making it ideal for demanding divers and challenging environments
