The Mondani Collection of Rolex Wrist...

Geneva, May 14, 2006

LOT 568

?Calibre T21 Muonionalusta Meteorite Tourbillon, No.1? Antoine Preziuso, Genève, ?Tourbillon? No. 1. Made in 2005. Unique, large, water-resistant, gentleman?s wristwatch made from the Muonionalusta meteorite, with stainless steel and diamond set back, one minute tourbillon regulator, two going barrels providing 72 hours power reserve and an Antoine Preziuso Muonionalusta meteorite buckle.

CHF 40,000 - 50,000

EUR 25,000 - 32,000 / USD 30,000 - 40,000

Sold: CHF 49,560

C. Two-body, precision-milled from a single piece of the ?Muonionalusta? meteorite, brushed stainless steel transparent back with six screws and engraved with two comets, each set with a single round diamond, wide inclined bezel, curved lugs, sapphire crystals. D. Milled from the ?Muonionalusta? meteorite, with large luminous numerals at 3, 9 & 12, the lower half cut-away for viewing the tourbillon. Luminous lozenge hands. M. Cal. T21, rhodium-plated, hand-engraved decoration, 25 jewels, four in screwed gold chatons, two going barrels, polished steel tourbillon carriage with brushed steel bridge, lateral lever escapement, monometallic balance with screws, self-compensating flat balance spring, shock absorbers. Dial, case and movement signed. Diam. 40 mm. Thickness 10 mm To be sold without reserve


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Grading System
Grade:
Case: 3

Good

Movement: 1

As new

Dial: 1-01

As new

HANDS Original

Notes

This watch was specially made in one example, for the Antiquorum Only Watch charity sale, and sold on September 22, 2005, lot 2. The Muonionalusta meteorite The Muonionalusta meteorite is a rare iron that was originally found in 1906 near Kiruna, Sweden. This beautiful meteorite is classified as a fine (IVA) Octahedrite, and has spectacular etch patterns. Muonionalusta is only rarely found on the meteorite market as the strewn field is within the Arctic Circle, making searching for it very difficult. The total known weight of Muonionalusta is unknown, and until recently, most have been locked up in Museum collections, with very little in private hands. Iron meteorites are composed primarily of various alloys of iron and nickel, and are derived from molten planetary cores that were broken apart billions of years ago. The crystalline patterns within Meteorites are known as "Windmanstatten patterns". These patterns can only form in the vacuum of space where the molten pieces of planetary cores come into contact with very few molecules to which they can transfer their heat and thereby cool. The large metallic crystals characteristic of meteorites require literally millions of years of cooling to form from a molten planetary core fragment. It has been estimated that it took about 1000 years for these molten pieces of planetary core to cool by just 1 degree celsius! In addition to its technical qualities, the T21 represents a conversation piece that inevitably leads to deep and fascinating discussions and, on an even simpler level, inspires dreams.