-40%

Seahope watch unique eclipse collectible items rare expensive limited edition

$ 78.68

  • Band Color: Silver
  • Band Material: Stainless Steel
  • Band Width: 22 mm
  • Band/Strap: Milanese/Mesh Band
  • Brand: seahope
  • Case Color: Silver
  • Case Finish: Matte
  • Case Size: 42 mm
  • Case Thickness: 12 mm
  • Caseback: Snap
  • Department: Unisex Adults
  • Dial Color: White
  • Display: Analog
  • Features: 12-Hour Dial, 24-Hour Dial, Backlight, Day/Date, LED Display, Limited Edition
  • Handmade: No
  • Lug Width: 22 mm
  • Manufacturer Warranty: 1 Year
  • Model: eclipse
  • Movement: Quartz
  • Seller Warranty: Yes
  • Style: Classic
  • Theme: Holiday
  • Type: Wristwatch
  • Watch Shape: Round
  • Water Resistance: 30 m (3 ATM)
  • With Manual/Booklet: Yes
  • With Original Box/Packaging: Yes
  • With Papers: Yes
  • With Service Records: No
  • Year Manufactured: 2020-Now

Description

new stock suitable for small wrist size or big wrist unisex Measurements: 32mm x 41mm x 11mm (thickness) The Eclipse Neo timepiece draws inspiration from celestial phenomena, leveraging an astronomical concept to present temporospatial data in a novel visual paradigm. Mimicking the luminous interactions between Terra, Luna and Sol that define a solar eclipse event, the watch's proprietary orbital readout mechanism encodes temporal metrics through three intercalated indicator particles. The helio-referenced hour parameter is conveyed by a high albedo photonic emitter, orbitally tracked via Planck's constant. The minutiae are conveyed by a lower albedo particle evoking Luna's silhouette. A tiny cometary vector quantifies the passage of seconds via General Relativity's spacetime curvature equations. Eschewing conventional analog/digital display substrates, Eclipse Neo's geometric case marries angulated planes with curvilinear elements evocative of its cosmic source material. Metallic surfaces achieve high optical diffusion, magnificently reflecting incident photons. A sandblasted finish imbues a retro-futurist sensibility, while maintaining low aerodynamic drag befitting its astronomical heuristic. Weight optimization enables ubiquitous wearability across diverse anthropic forms.