MARES Diving vest EXOTEC 727001VAR

• Bio React: Articulated waist system for maximum comfort and freedom of movement.

• Modular: Exotec is designed to be repaired and not replaced. All components and straps are modular and can be easily changed.

• PSD Technology: The bladder is made with the same Armourguard fabric we use in our Public Safety Diver products. It is extremely durable and does not absorb water.

• Grip Tek: The Grip Tek fabric keeps the vest in place both on the surface and underwater.

• Wrapture: The Wrapture harness system works in harmony with the Bio React waist. This allows you to walk upright when out of the water with the bottle weight evenly distributed on the hips.

• G-Hook: The G-Hook system allows you to open and close the chest strap with one hand.

• Custom fit: Multiple adjustments allow you to customize the fit of the vest.

• The air chamber is made with an Armoguard fabric, very resistant and slippery, to increase abrasion resistance, dry faster and reduce the risk of bacteria.

• The anodized aluminum hardware is durable and lightweight.

• The 3-position backplate allows for optimal adjustment.

• Adjustable waist and shoulders.

• Two large pockets that can be folded to reduce drag.

• Multiple size adjustments on the upper shoulders and each side of the waist for a custom fit in any of the 3 sizes.

• Sure Lock II mechanical weight release system (patented): safe release with one movement. Inserting weights is as simple as insert and 'click'. With Sure Lock, your weights are secure in the vest. Once engaged, the only way to release them is by pulling the handle.

• There are 4 dump valves in total, one in each corner. Three are patented flat valves, very aerodynamic and effective. The dump valve on the upper left is the quick exhaust of the Powerline inflator.

• The Powerline inflator has one of the fastest inflation rates in the industry. This airtight unit has clips to keep the low-pressure inflator hose securely fastened.

• Uses a double retraction system that extends to the sides of the bladder during deflation. This allows the unit to maintain hydrodynamics and reduce drag.