Geneva, Nov 07, 2021

LOT 376

OMEGA, CONSTELLATION MEGAQUARTZ, LEFTHANDED, PROTOTYPE, GILDED STEEL AND STEEL

CHF 4,000 - 8,000

HKD 33,800 - 68,000 / USD 4,400 - 8,700 / EUR 3,800 - 7,500

Sold: CHF 10,000

A fine, prototype, large and heavy, quartz gilded steel and steel chronometer wristwatch, prototype, left-hand crown.


Grading System
Grade: AAA

Excellent

Case: 3

Good

Movement: 3*

Good

Overhaul recommended, at buyer's expense

Dial: 3-01

Good

HANDS Original

Brand Omega

Model “Constellation” “Megaquartz 1500” “ƒ 2.4 Mhz”; prototype

Year circa 1970

Bracelet black rubber Tropic Star strap; stainless steel buckle

Caliber high frequency quartz

Dimensions 51.3 x 42.3 x 20.7 mm

Signature dial, case and movement

Accessories additional silvered metallic dial (by Fluckiger & Cie, Ref. 32086); case parts including a case-back (Ref. or No. 3444) and a casing circle; movement parts including numerous mechanical and electronic components; tin testing case for the observatory (49 x 44.3 x 18 mm.)

Notes

Omega, “Constellation” “Megaquartz 1500” “ƒ 2.4 Mhz”, prototype, Marine Chronometer” or the birth of the most accurate wristwatch in the world
The “Megaquartz 2400”, indisputably the most accurate and the most technologically advanced wristwatch in the world, was developed since the very late 1960s by Omega in collaboration with the Battelle Institute of Geneva.
The first prototypes fitted with the calibre 1500 were presented at the Basel fair of 1970. It is one of these pieces that we present here (with many components, including a dial marked “electroquartz / ƒ 2.4 Mhz” and six bridges: one referenced “1500”; four numbered “00003565”, “00003569”, “00003589” and “00003590”; and one unmarked).
The first watches were introduced to the market in 1972 in a standard version (with the calibre 1510) and in 1974 in the “Marine Chronometer” version (with the calibre 1511).
The design of these movements is due to the Battelle engineers Jakob Lüscher for the electronics and Peter Döme for the mechanics. Its unmatched precision of one second a month is around ten times greater than of an ordinary quartz watch. This precision results from a specially designed tiny disc-shaped resonator sealed in a capsule, which vibrates at the incredible rate of 2 359 296 times a second! It will take a decade to achieve similar results with thermocompensated quartz calibre.

Bibliography
Omega express, special issue, April 4, 1970. Richon, Marco, Omega, A Journey Through Time, 2007, p. 201 and p. 821.
Antiquorum, Geneva, auction, May 9, 2021, lot 504, sold for CHF 11 875.- (a set of two similar prototypes, erroneously dated 1957, made circa 1970-1972).

Provenance

By descent from an Omega engineer