Panerai Panerai - PAM01800 Submersible Elux LAB-ID
Panerai Panerai - PAM01800 Submersible Elux LAB-ID
Panerai Panerai - PAM01800 Submersible Elux LAB-ID
Panerai

Submersible Elux LAB-ID

REF. PAM01800

Case

MaterialTi-Ceramitech
Diameter49 mm
Lug width26 mm
ShapeCushion
CrystalSapphire
Case backClosed
Water resistance500 m

Dial

ColourBlack
FinishSunburst
IndexesStick / Dot Hands: Sword
HandsSword

Movement

CaliberP.9010/EL
Typeautomatic
Reserve72 h
Explore caliber→

In Context

At 49 mm this is exceptionally large for something worn on a wrist, closer to a pocket watch given lugs. The case back is closed, so the movement stays out of sight, and the sapphire crystal will resist everything short of deliberate abuse. 500 m is a professional diving rating, far past any demand a wrist is likely to make of it.

The movement winds itself from the motion of your wrist. 72 hours of reserve puts it well past a weekend — several days off the wrist and it is still going. At 28,800 vph the seconds hand advances 8 times a second.

PAM01800 stands on its own in this catalogue — no other reference here shares its base number. It pairs a black sunburst dial with a ti-ceramitech case. It was a limited edition. Introduced in 2024.

Inside: Caliber P.9010/EL

Explore this caliber →

The automatic caliber, composed of 363 components, includes six barrels: four dedicated to storing energy for the 30-minute on-demand Power Light function and two reserved for maintaining a three-day power reserve for time indication. The six barrels can be wound either automatically or manually. To enhance winding speed, the oscillating mass weight has been increased by 235% compared to the traditional P.9010 caliber and is equipped with a new ball-bearing system for improved shock resistance. This caliber features an ad-hoc microgenerator that transforms the mechanical energy stored in the four dedicated barrels into electricity for the Power Light function. The compact microgenerator, measuring 8 x 2.3 mm, incorporates custom-made coils, magnets, and a stator to optimize energy efficiency. It operates with a high-speed rotor spinning at 80 revolutions per second, generating a 240 Hz high-frequency electrical signal to power the 160 micro-LEDs on the dial, hands, and bezel. Optimizing energy efficiency was a primary challenge, given the limited energy stored in the barrels, but the result is a meticulously engineered system tailored for this innovative functionality.

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