62X First Stage
The 62X first stage is record breaking as the smallest first stage in the diving market: it measures 63 mm and weighs only 464 g (DIN). This small but powerful membrane first stage is 10% smaller and lighter than its 52X predecessor and has 30% less volume.
Equipped with Auto Sealing (AST) technology that provides protection against water entering the first stage.
The core of the 62X has been redesigned to generate an even better seal, making it an excellent regulator for diving in cold water. The addition of the optional Twin Balanced Piston (TBP) makes this one of the best performing regulators in cold water. The finish is chromed with a pearl-effect surface.
Technical innovations specific to the inner workings of this first stage include a new valve stem seat that is now sharper with a smaller cone radius and reduced angle to better define the sealing surface.

Dual Adj Second Stage
The Dual Adj second stage is made of ultra-lightweight technopolymer and offers smooth and easy breathing at all depths. It features pneumatic assisted design(P.A.D.) and exclusive Mares patented Vortex Assisted Design (VAD). The newly developed adjustable breathing knob helps divers experience a customised breathing experience even when wearing thick gloves.

Material: Ultralight Technopolymer 
First stage: Balanced Diaphragm
High pressure ports: 2 HP 7/16" UNF Ports
Low pressure ports: 4 LP 3/8" UNF Ports 

TECHNOLOGY

ULTRALIGHT TECHNOPOLYMER

Abrasion resistant and affordable, ideal for diving in warm and moderate water temperatures. 

SUPERFLEX HOSE

Extreme light weight and exceptional softness guarantee the maximum freedom of movement. 

VAD - VORTEX ASSISTED DESIGN

The air bypass tube delivers air to the mouthpiece creating a swirling vortex with a low pressure area in the center that keeps the diaphragm down during inhalation, for very sensitive and easy breathing at all depths. 

DFC - DYNAMIC FLOW CONTROL

Minimizes intermediate pressure drop during inhalation thus maximizing gas delivery, especially under extreme conditions.