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Mares Puck Pro Plus Wrist Dive Computer, All Black
Mares Puck Pro Plus Wrist Dive Computer, All Black
Mares Puck Pro Plus Wrist Dive Computer, All Black
Mares Puck Pro Plus Wrist Dive Computer, All Black
Mares Puck Pro Plus Wrist Dive Computer, All Black
Mares Puck Pro Plus Wrist Dive Computer, All Black
Mares Puck Pro Plus Wrist Dive Computer, All Black
Mares Puck Pro Plus Wrist Dive Computer, All Black

Mares Puck Pro Plus Wrist Dive Computer, All Black (414135-BKBK)

Product ID : 38291208
4.1 out of 5 stars


Galleon Product ID 38291208
UPC / ISBN 647732639582
Shipping Weight 0.72 lbs
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Model 414135
Manufacturer Mares
Shipping Dimension 6.77 x 5.71 x 5.31 inches
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28,913

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Mares Puck Pro Plus Wrist Dive Computer, All Black Features

  • Super Intuitive, Easy-to-Use, Full-Featured RGBM Nitrox Computer, Larger-Display in Slimmer-Design, Upgradeable Firmware & Multi-Gas Capability.

  • Precision Stopwatch, Special Function Modes Air, Nitrox & Bottom Time, , Durable Metal Button, Upgraded Interface, Precautionary Programs Setting, Ascent Rate Indicator and Ascent Rate Digital Indicator.

  • Plan Mode, Backlighting, Log Book, 3-Level Salinity, Fresh Water Setting, Sea Water Setting, Aquarium Salinity Setting, Residual Nitrogen Memory Reset, Quartz Clock Movement.

  • User-Replaceable CR 2450 Lithium-Ion Battery, Fully Altitude Adjustable to 12,100' (3,700m) Memory Capacity 36 Hours, Superior Display Readability, Mineral Glass Crystal.

  • 492' (150m) Depth Rating, Power Indicators, Audible Alarms, Watch, Date and Temperature Displays, 12/24 Hour Formats, Two-Different Gas Mixtures During-Single-Dive, Metric or Imperial Units of Measure.


About Mares Puck Pro Plus Wrist Dive Computer, All Black

The Puck Pro+ Wrist Computer uses Mares-Wienke RGBM (Reduced Gradient Bubbles Model) Algorithm. The RGBM considers the phenomenon of micro-bubbles to prevent their formation. In over 10,000 real dives monitored by Dr. Bruce Wienke in the Los Alamos laboratories, the formation of micro-bubbles has been studied and evaluated to better understand the mechanism behind how micro-bubbles are formed during a dive. Today it is the most evolved algorithm for reducing the formation of micro-bubbles without compromising dive times.