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Description
Description
The Scubapro Galileo HUD Dive Computer is a mask-mounted, hands-free instrument designed for scuba and diving that keeps essential data in your line of sight. Its virtual, floating heads-up display uses precision near-eye optics to present information at a comfortable distance, allowing you to monitor dive data while maintaining awareness of your underwater surroundings.
With a full color OLED display (96x64p), the HUD delivers vibrant colors for maximum readability in any ambient light. The precision near-eye optics render a floating data view at about 1 meter in front of you, so you can track depth, time, gas status, and other critical metrics without breaking eye contact with your environment.
Navigation is simplified through an intuitive single-knob push wheel, enabling quick access to dive controls and screen configurations. A flip-up hinge mechanism tilts the screen out of the way when you need to focus on your surroundings before or after a dive, or during breaks in your underwater gear routine.
The device offers selectable dive modes for diverse diving objectives, including SCUBA, Gauge, Apnea, and CCR. It supports two advanced dive algorithms to tailor decompression planning to your preference and profile, providing reliable guidance across different diving conditions.
Predictive multi-gas capabilities enable complex gas planning with options for Nitrox and Trimix in SCUBA mode and CCR configurations. The algorithm can incorporate microbubble levels and profile-dependent stops for personalized dive profiles, enhancing safety and efficiency underwater.
Hose-less air integration monitors tank pressure while calculating true remaining bottom time based on your breathing workload. A 3D full-tilt digital compass allows you to store three pre-programmed headings, aiding underwater navigation and course keeping as part of your gear setup.
Features
Features
- Mask-mounted dive computer: keeps essential data in front of you for underwater visibility and safety.
- Precision near-eye optics: micro OLED floating display presents data at a comfortable virtual distance, about 1 meter ahead.
- Full color OLED display (96x64p) for vibrant, readable information in any ambient light.
- Intuitive single-knob control: rotates to access and select dive controls and screen configurations.
- Flip-up hinge mechanism: tilts the screen away when quick access isn’t needed.
- Selectable dive modes: SCUBA, Gauge, Apnea, and CCR for versatile diving scenarios.
- Two dive algorithms: Bühlmann ZH-L16 ADT MB PMG and ZH-L16 GF for decompression planning.
- Predictive multi-gas dive algorithm: supports up to 8 gases in SCUBA mode with CCR set points and optional microbubble profiling (including Nitrox and Trimix).
- Hose-less air integration: monitors tank pressure and provides true remaining bottom time based on breathing workload.
- 3D full-tilt digital compass: stores three pre-programmed headings for underwater navigation.
Payment & Security
Payment methods
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WARNING: This product contains chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Why do I need my own dive computer?
A dive computer tracks the actual depth and time profile you have dived and the tissue loading that follows from it, which is personal to you. A rented computer has no record of your recent diving, and swapping models each trip means relearning the display and menus when you should be focused on the dive. Owning one you know well is a genuine safety and comfort improvement.
Can two divers share one dive computer?
No. A computer only tracks the profile of the diver actually wearing it, and even buddies who stay together do not follow identical depth and time profiles. Every diver needs their own computer, and passing one between divers or between dives is unsafe.
What does conservatism mean on a dive computer?
Conservatism settings make the computer's calculations more cautious, shortening allowed bottom times and adding margin beyond the base algorithm. Divers commonly add conservatism for factors such as cold, hard work, fatigue, or repetitive multi-day diving. How and when to adjust it is covered by your training and your computer's manual, so set it before you get in the water and follow what your computer tells you during the dive.
What kind of battery does a dive computer use?
Broadly there are two types: user-replaceable batteries, often a coin cell that you or a shop swap along with resealing an o-ring, and sealed rechargeable batteries that charge from a cable or dock. Neither is universally better, as replaceable cells are convenient on remote trips while rechargeables avoid ever opening the case. Follow the manual exactly for any battery change, because an improperly seated o-ring or case is the usual cause of a flooded computer.
Do I need to do anything special for altitude diving or flying after diving?
Yes, both change the picture, and both are governed by your training agency's guidance and your computer's instructions rather than any casual rule of thumb. Many computers have an altitude setting that must be configured before diving at elevation, and most display a no-fly or surface-interval countdown after a dive. Follow your computer and your training, and ask a dive professional or a dive-medicine specialist if you are unsure.
How do I care for a dive computer?
Rinse it in fresh water after every dive day, paying attention to the buttons and around any sensor openings where salt crystals form, and let it dry fully before storing. Keep it out of prolonged direct sun and extreme heat, and avoid pressing buttons while sand is on the case. Inspect the strap or bungee often, because a failed strap loses far more computers than a failed computer does.
What is the difference between wrist, console, and air-integrated dive computers?
A wrist computer is worn like a watch and read by raising your arm, while a console computer sits at the end of a hose with your other gauges. Air integration means the computer also displays cylinder pressure, either through a hose or from a wireless transmitter on the first stage, and often estimates remaining gas time. All of them run a decompression algorithm, so the real difference is where you read the information and how much of it you get.
