The Mares PUCK Lite dive computer is ideal for beginner divers. It offers essential features such as the ZH-L16C algorithm with gradient factors, nitrox compatibility, a high-definition display, Bluetooth connectivity, and a user-replaceable battery. With intuitive one-button navigation and compatibility with the Mares Mission console, the PUCK Lite ensures a reliable, safe, and simple diving experience for both beginners and recreational divers.

The Mares PUCK Lite dive computer is the perfect companion for novice divers and recreational divers. Key features of the PUCK Lite:
– Bühlmann ZH-L16C algorithm: Equipped with the ZH-L16C algorithm and two gradient factor options, it offers reliable dive planning.
– Nitrox Compatibility (21%-50%): Works as a single gas computer compatible with nitrox mixes, ideal for recreational and beginner divers.
– High-definition display: Clear 800-segment display with chip-on-glass technology, ensuring easy readability in all conditions.
– Intuitive one-button operation: Simple and intuitive one-button design for quick and efficient navigation.
– Bluetooth connectivity: Connects directly to your smartphone for instant access to your logbook and firmware updates via the Mares and SSI app.
– Logbook with graph view: Stores up to 100 dives, allowing you to view detailed logs and graphs through the Mares and SSI apps.
– User-replaceable battery: The long-lasting CR 2450 battery powers up to 100 dives and can be easily replaced by the user.
– Removable strap: You can easily replace the strap with an elastic strap (sold separately PUCK BUNGEE MOUNT 414818).
– Mission Console Compatibility: Integrates seamlessly with the Mares Mission console for a more complete and intuitive setup.
– Firmware updates: available updates are indicated directly by the Mares or SSI App every time the computer connects.

Designed to be compact, connected, and reliable, the PUCK Lite offers everything you need for safe and enjoyable diving. As you gain experience, you may want to consider the PUCK 4 for greater functionality in more challenging dive conditions.