The Titanium Field Guide

San Martin Original Design Titanium Diver SN027-T1

The San Martin Original Design Titanium Diver SN027-T1 is a current-production diver watch with a grade 5 titanium case. It is priced well under the $1,299 median for the category.

All San Martin watchesWatch diver watchesUnder $500MicrobrandGrade 5 titanium
Price
$435
Material
Titanium
Grade / type
Grade 5
Water resistance
200 m
Type
Diver
Case diameter
43.0 mm
Origin
China
Movement
Automatic
Caliber
Sellita SW200-1
Complications
Date
Colour
Grey
Finish technology
Natural finish
Nickel-free
Unconfirmed (contact-point materials not all confirmed)
Crystal
Sapphire
Dial
Black (enamel)
Dial colours
Black
Availability
Offered
Status
Current
Not published
Reference, Thickness, Lug-to-lug, Weight, Power reserve, Hardness, Construction, Surface treatment, Caseback, Bracelet / strap, Matching bracelet, Display back, Lume
Medium confidence Verified Jul 2026 Source: San Martin SN027-T1
Facts are free to cite with a link.
Reader reviews & photosContribute photo or review
See it in the interactive guideGet new-watch alertsContribute a photo or review

Similar watches

Alternatives to the San Martin Original Design Titanium Diver SN027-T1

More watches from San Martin

Frequently asked questions

What is the case material of the San Martin Original Design Titanium Diver SN027-T1?

The San Martin Original Design Titanium Diver SN027-T1 has a grade 5 titanium case. It is recorded at medium confidence pending a maker-stated material.

What size is the San Martin Original Design Titanium Diver SN027-T1?

It is 43.0 mm in diameter, and water resistant to 200 m.

How much does the San Martin Original Design Titanium Diver SN027-T1 cost, and is it available?

It is current-production and lists from $435.

All San Martin watches · Watch diver watches · All 1,600 watches

Learn: Titanium grades · Surface treatments · Why titanium scratches · How to read a spec

How we verify & grade · Image & Trademark Policy · Terms & Conditions

Report an error on this page · how corrections work