The Omega Speedmaster Super Racing Has the Spirate System
Michael Hemsworth — January 30, 2023 — Fashion
References: omegawatches & werd
The Omega Speedmaster Super Racing timepiece is an elegant accessory ready to deliver impressive timekeeping capabilities for the wearer. The watch is powered by the Co-Axial Master Chronometer Caliber 9920 movement that's held within the 44.2mm diameter case. The honeycomb dial features two subdials and gradient chronograph hands along with Super-LumiNova arrowhead indices.
The Omega Speedmaster Super Racing timepiece highlights the patent-pending Spirate System that enables the movement within to make small rate adjustments. This enables the watch to be accurate within a 0/2+ seconds per day range. Water-resistant to 50-meters, the watch pays homage to the 10 year anniversary of the >15’000 GAUSS first debuted in this model. Priced at $12,000, the timepiece is available now.
The Omega Speedmaster Super Racing timepiece highlights the patent-pending Spirate System that enables the movement within to make small rate adjustments. This enables the watch to be accurate within a 0/2+ seconds per day range. Water-resistant to 50-meters, the watch pays homage to the 10 year anniversary of the >15’000 GAUSS first debuted in this model. Priced at $12,000, the timepiece is available now.
Trend Themes
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Ultra-precise Timekeeping — The Spirate System can lead to the development of more accurate and precise timepieces.
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Co-axial Master Chronometer Movement — Using Co-Axial Master Chronometer movements can lead to the development of high-quality watches with superior timekeeping capabilities.
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Small Rate Adjustment Technology — Incorporating small rate adjustment technology can lead to better accuracy in watches, especially those used for professional or scientific purposes.
Industry Implications
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Luxury Watches — The Spirate System and Co-Axial Master Chronometer movements can provide high-end watch companies with a competitive edge in the luxury market.
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Sports Watches — Small rate adjustment technology can lead to improvements in the accuracy of sports watches, making them more valuable to athletes.
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Scientific Instruments — Ultra-precise timekeeping technology can be applied to create highly accurate scientific instruments for fields such as astronomy and physics.
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