See Also: GILT-GLOSS 5512 SUBMARINER
A COMPREHENSIVE REVIEW OF THE 5513 MATTE DIAL:
FROM METERS FIRST TO MAXI V BY BEAUMONT MILLER II
METERS FIRST
For those new to vintage Rolex collecting, this type of dial is called the Meters First Dial because in the printed depth rating, the depth in meters precedes the depth in feet.
The change from the gilt gloss dialed 5513 to the meters first matte dialed 5513 started around the 1.6 mil serial range or 1966. The majority of the cases stamped with a 1.7 serial number were produced in 1968, and by then the meters first matte dial was in full production. However the period from late 1969 to early 1970, consistent with the 2.2 mil serial range, represents an overlap in which both meters first and feet first matte 5513 dials can be found. I have read that perhaps the reason for the transition from meters first to feet first was an attempt to increase sales in the US market, a country that had not at the time and still has not widely adopted the metric system.
It is not uncommon to have unsuspecting buyers purchase a Meters First Rolex Submariner only to find out later that the dial is not genuine. Below are a few important characteristics of the 5513 meters first matte dial that I look for to help determine authenticity:
Click thumbnails below to view full-size images:
METERS FIRST DIAL |
DETAIL 1 |
DETAIL 2 |
DETAIL 3 |
While the text on the 5513 Meters First matte dials are pretty uniform, the application of the tritium is different. Those dials with the tritium applied early in the production run have a very thin layer of tritium and can appear very white. On these dials it may be hard to detect the tritium without a loupe. It is not uncommon for those dials in the middle of the run to have the tritium appear more dome-like. For the dials seen near the end of the production run the tritium is applied in a flat layer more akin to the manner seen during the rest of the 70’s. Below are some examples.
Thin Layer of Tritium
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Dome Layer of Tritium photo courtesy of TurboWatch |
Flat Layer of Tritium
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