This article explores the concept of hybrid watchmaking, which combines mechanical and electronic elements in wristwatches. It discusses the origins of hybrid watches and their different definitions in various industries. The article highlights the Spring Drive technology developed by Seiko, which combines mechanical and quartz elements to provide accurate timekeeping. It also mentions other notable examples of hybrid watches, including the Piaget Emperador Coussin XL 700P, Urwerk EMC, and Frederique Constant Hybrid Manufacture. The article concludes that while hybrid watches offer innovative features, the charm and appeal of purely mechanical timepieces remain strong.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| Hybrid watchmaking | Integration of mechanical and electronic components | Hybrid watches become more common and advanced | Desire for improved accuracy and functionality |
| Spring Drive movement | Use of mechanical and electronic components to create accurate movements | More watch brands adopt Spring Drive technology | Desire for high accuracy and reliable timekeeping |
| Urwerk EMC | Mechanical watch with electronic components to measure and adjust accuracy | More watches incorporate similar chronometric measurement capabilities | Desire for accurate timekeeping and convenience |
| Frederique Constant Hybrid Manufacture | Combination of mechanical movement and digital module | More watches combine traditional aesthetics with smart functions | Desire for smartwatch features in a traditional timepiece |
| Rise of hybrid watches | Traditional analog watches with smartwatch functionality | Hybrid watches become more popular and widely available | Increasing demand for smartwatch features in a traditional design |