Bremont Supernova Hawking Limited Edition
ReleaseBremont

Bremont Supernova Hawking Limited Edition

3 sources
At a glance
Case size
41mm
Lug-to-lug
48.7mm
Thickness
14.4mm
Case material
DLC-coated 904L stainless steel
Movement
Calibre BC77 (base Sellita SW500)
Power reserve
62-hour
Water resistance
100m
Crystal
Sapphire
Dial
Black galvanic geometric grid, meteorite subdials
Strap
Integrated DLC-coated steel bracelet or black rubber strap
Limited
600 pieces
Availability
July 26, 2026
Bezel
Black ceramic decagonal
The brief

Bremont has launched the Supernova Hawking Limited Edition, a new chronograph built on the Supernova platform and inspired by the scientific work of Professor Stephen Hawking, particularly his research into black holes. This second collaboration with the Hawking family features a dark, space-themed aesthetic with meteorite subdials and a black hole motif on the caseback.

  • Limited to 600 pieces
  • Price: GBP 7,950
  • Price: US$8,850 (on rubber strap)
  • Price: US$9,150 (on bracelet)
  • Available beginning July 26, 2026
Across the sources

The watch's geometric case, pushers, and crown are designed to reflect Hawking's work in space engineering, specifically his research into black holes.

Worn & Wound

The dial features an interlocking, galvanic black grid motif inspired by the design of solar arrays on spacecraft.

Worn & Wound

Two meteorite subdials are present at 3 and 9 o'clock, providing balance and layering to the dial.

Worn & Wound

The exhibition caseback features a swirling black hole motif above the chronometer-rated BC77 movement.

Worn & Wound

The watch includes Hawking's name and the Bekenstein-Hawking entropy formula above the day-date window at 6 o'clock.

Monochrome Watches

The BC77 movement is chronometer-rated, based on the Sellita SW500, and features a Glucydur balance, Anachron hairspring, and Nivaflex mainspring.

Monochrome Watches

The case utilizes a layered construction, recalling Bremont’s iconic Trip-Tick case design.

Time+Tide

The dial design is inspired by spacecraft solar arrays, with triangular pathways drawing the eye towards the center.

Time+Tide
From the catalog
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