Mares Dual ADJ Octopus

Save $20.95

Colour: Yellow
Price:
Sale price$319.00 AUD Regular price$339.95 AUD

Description

  • Pneumatic assisted design
  • Ultralight technopolymer
  • VAD system

Mares Dual ADJ Octopus

The Mares Dual ADJ Octopus is a lightweight and reliable diving regulator constructed from durable technopolymer. It provides divers with the ability to adjust the airflow, ensuring smooth and effortless breathing at any depth. The oversized purge button allows for easy clearing of the regulator, while the included Superflex hose enhances flexibility and manoeuvrability underwater.

Designed with pneumatic assisted (P.A.D.) technology and incorporating Mares' patented Vortex Assisted Design (VAD) system, the Dual ADJ Octopus delivers exceptional performance and efficiency. The VAD system optimises airflow by utilising the Venturi effect, resulting in consistent and natural breathing experiences. The newly developed adjustable breathing knob allows divers to customise their breathing comfort, even when wearing thick gloves, providing a personalised diving experience.

The Dual ADJ Octopus upholds the Mares standard of excellence, exceeding performance standards at depths of 200m and utilising proven technology for dives up to 400m. This regulator offers high-performance capabilities at a competitive price, meeting the demands of today's discerning divers.

Included with the Dual ADJ Octopus is a Superflex hose, which provides excellent flexibility and ease of movement underwater. The oversized purge button ensures quick and efficient clearing of the regulator, enhancing overall ease of use.

Experience superior performance and reliability with the Mares Dual ADJ Octopus, a lightweight and feature-packed regulator designed to enhance your diving adventures.

Care Instructions:

  • Rinse in freshwater after every use to remove silt and sand
  • Keep stored away in a safe place
  • Keep in a regulator bag
  • Have serviced each year
  • Keep dust cap on first stage when not on a tank
  • Do not pick up by first stage when connected to the tank

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