Bremont Wright Flyer Limited Edition Watch

The Bremont Wright Flyer Limited Edition 43mm represents the ultimate aviation timepiece through incorporation of original fabric from the historic 1903 Wright Flyer that changed how we live today, combined with Bremont’s first proprietary movement, the BWC/01, part-developed and designed in Britain. Limited to 300 pieces, this showcases original material from the Wright Brothers’ revolutionary aircraft alongside bespoke movement engineering that demonstrates Bremont’s commitment to horological independence.

At 43mm with 14mm thickness through stainless steel Trip-Tick construction, this provides substantial presence whilst the integrated decoration ring creates distinctive character. The metal dial with period numerals and Wright Flyer date-specific ‘1903’ subdial honours the historic first powered flight whilst the running seconds at 9 o’clock maintains classical proportions.

The proprietary BWC/01 movement delivers 50+ hour power reserve through 25 jewels with Glucydur balance and Nivarox CT balance spring operating at 28,800 vibrations per hour. The highly efficient double reverser bidirectional winding mechanism ensures optimal energy transfer whilst the elegant finishing with many components crafted at Bremont’s Henley-on-Thames workshops demonstrates British manufacturing capability.

The domed sapphire crystal with anti-reflective coating ensures optimal clarity whilst the exhibition caseback with integrated domed crystal reveals the decorated movement. The 100m water resistance and bespoke SuperLumiNova coating provide practical functionality.

This Wright Flyer Limited Edition suits aviation enthusiasts and collectors seeking ultimate aviation heritage with authentic 1903 Wright Flyer material and Bremont’s first proprietary movement. The original fabric incorporation and bespoke BWC/01 calibre create exceptional historical significance whilst the Trip-Tick construction and British manufacturing demonstrate Bremont’s commitment to aviation heritage and horological independence.