GALILEO 3 Ti

The Scubapro Galileo 3 Ti wears like a watch and thinks like a technical dive computer, housed in a titanium case that keeps weight down without cutting into the feature set serious divers actually use.

At just 99 grams, the titanium build is the headline difference from the standard G3: lighter on the wrist for daily wear, more resistant to the corrosion that saltwater eventually works into stainless steel. The rotatable stainless steel bezel carries self-luminescent digits and markers, doubling as a manual timing tool in Gauge mode when you want a backup that doesn't depend on the display.

Underneath the watch-style exterior sits genuine depth: six dive modes covering Scuba, Gauge, and Freediving, with Trimix, CCR, and Sidemount settings available within Scuba mode itself. A choice between two decompression algorithms, the Predictive Multi-Gas Bühlmann ZHL-16 ADT MB or the ZHL-16 GF Gradient Factor model, lets divers dial in a level of conservatism that matches their own experience and physical conditioning, rather than accepting a single fixed model. Profile Dependent Intermediate Stops and adjustable microbubble levels extend that same personalisation further.

This listing is for the G3 Ti without the Smart+ Pro transmitter, meaning tank pressure monitoring and wireless air integration aren't included out of the box. The computer still supports pairing up to eight nitrox or trimix tanks plus a diluent tank for CCR use, so the hardware is ready for air integration whenever a transmitter gets added, it just isn't bundled with this unit. Four-button controls navigate the full menu system, and a rechargeable lithium battery delivers up to 30 hours per charge depending on which settings and display modes are active.

For a diver who wants technical-grade functionality without a chunky puck-style computer on their wrist, and doesn't need transmitter-based air integration from day one, the G3 Ti covers the brief.

Note: Smart+ Pro transmitter sold separately; required for wireless air integration and remaining bottom time calculations.