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Mares Puck Pro+ Wrist Dive Computer | Ultra Flat Design Watch-Style One Button Control Underwater Scuba Diving Computer, Grey/Black
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*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
- Cash On Delivery/Cash Upon Pickup Available
Mares Puck Pro+ Wrist Dive Computer | Ultra Flat Features
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ULTRA FLAT DESIGN FOR PERFECT FIT - The Mares Puck Pro+ scuba diving computer boasts an ultra-sleek, flat design that guarantees a comfortable fit, even during long or multiple dives. Its compact form factor not only enhances comfort but also offers a modern, streamlined aesthetic
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MULTI-MIX DIVE CAPABILITY - The Puck Pro+ scuba diving computer enables divers to handle complex multi-mix dives effortlessly, supporting up to two Nitrox blends ranging from 21-99%. This feature is ideal for divers who are expanding their capabilities and want added flexibility in their dive plans
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INTUITIVE SINGLE-BUTTON CONTROL - Simplicity meets functionality with the Puck Pro+'s single-button interface, making it easy to navigate settings, modes, and dive data even while underwater. The intuitive button ensures that you can quickly access critical dive information with minimal effort
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LONG-LASTING LOGBOOK WITH DETAILED PROFILES - Dive with confidence knowing that your Puck Pro+ scuba diving computer can record up to 35 hours of dive data at a 5-second sampling rate. This means you'll have a detailed log of every moment spent underwater, capturing key dive metrics with precision
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UPGRADABLE FIRMWARE & BLUETOOTH CONNECTIVITY - Stay up to date with the latest features through easily upgradable firmware. Additionally, the Mares Puck Pro+ can be paired with the BLUELINK system, allowing for seamless wireless data transfers to your smartphon
About Mares Puck Pro+ Wrist Dive Computer | Ultra Flat
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.
