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“This rare batch of natural meteorite allowed us to create only 50 individual dials. Our challenge was not to alter what nature had created, but to preserve its character and transform it into a timepiece worthy of its extraordinary origin.” — Atelier Manager

Meteoris Astrograph No.1

Sale price$1,500.00

50 pieces Worldwide

40mm Meteorite GMT

Complimentary Shipping

Certificate of Authenticity

Certified Meteorite

Limited Edition

Tracked Shipping

14 Days Returns

A FRAGMENT OF THE COSMOS. REIMAGINED FOR THE WRIST.

FROM BEYOND EARTH TO WITHIN REACH

Astronomy and horology have always shared a common purpose: measuring the passage of time. One looks outward to the stars, the other inward to the precision of mechanical engineering. Both are driven by curiosity, discovery, and an appreciation for what endures. The Meteoris Astrograph No.1 brings these worlds together through a genuine meteorite dial formed over billions of years beyond our planet. Each pattern is unique, carrying a history that predates Earth itself.

KEY FEATURES

From Beyond Earth

Featuring authentic extraterrestrial material, each dial displays a unique Widmanstätten crystal pattern formed over billions of years.

Designed for Exploration

Track a second time zone with ease, making the Meteoris GMT an ideal companion for travel and global exploration.

NH34 GMT Movement

Powered by a Automatic GMT movement with independent GMT functionality and approximately 41 hours of power reserve.

Independent Material Verification Statement

The meteorite material incorporated within the dial of this Henlox Meteoris GMT has been independently verified as genuine meteoritic material by a qualified third-party materials specialist.

The material displays naturally occurring Widmanstätten crystalline structures, a hallmark characteristic of iron meteorites formed beyond Earth over millions of years.

Verification was performed through examination of the material's crystalline structure, visual characteristics, and physical features consistent with authenticated meteorite specimens.

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