The Mares Dual Adjustable 62X regulator features two High Pressure ports and four Low Pressure ports plus two Dynamic flow control ports. This design feature minimises any pressure that drops when diving during inhalation, which maximises air delivery.
The Mares 62x first stage also features an Auto sealing system (AST) keeping the first stage dry, without affecting performance of the regulator whilst in use.
The second stage is the new Dual Adjustable regulator. Made from an ultra light techno polymer that is abrasion resistant and ideal for diving in moderate and warm waters.
The Adjustable system on the Mares Dual regulator is a rotating handle that you can change the spring load to increase or decrease the breathing effort. Working hand in hand with the ADJ is the Pneumatically assisted design (PAD) which allows for an assisted supply which allows for greater breathing comfort.
The VAD (Vortex assisted design) is a small bypass tube that delivers air to the mouthpiece creating a vortex with a low pressure area in the centre that keeps the diaphragm down during inhalation for a sensitive breath every time.
This light weight second stage comes with a comfortable silicone mouthpiece and a large purge button that is suitable for all divers.
1ST STAGE
DOUBLE DFC PORTS
PRE-ORIENTED LP AND HP PORTS
AST - 1ST STAGE DRY SYSTEM
PEARL CHROME FINISH
NCC TECHNOLOGY
2ND STAGE
ADJUSTABLE BREATHING COMFORT
ULTRALIGHT TECHNOPOLYMER
PAD - PNEUMATICALLY ASSISTED DESIGN
HIGH AIR FLOW
LIGHTWEIGHT
OVERSIZED PURGE BUTTON
SUPERFLEX HOSE
MEETS AND EXCEEDS THE REQUIREMENTS OF NORSOK U-101 AT A DEPTH OF 200M
CERTIFIED PERFORMANCE AT 200 M, PROVEN TECHNOLOGY AT
Free Delivery
orders over $200
Awesome Service
Our professional staff are ready to assist with your enquiries
No Hassle Returns
Return your item within seven days for a full refund
The Mares Dual Adjustable 62X regulator features two High Pressure ports and four Low Pressure ports plus two Dynamic flow control ports. This design feature minimises any pressure that drops when diving during inhalation, which maximises air delivery.
We use cookies and similar technologies to provide the best experience on our website.
Choosing a selection results in a full page refresh.