Santa Monica, California — A new player in the timepiece industry is setting its sights on space exploration, aiming to rival the long-standing dominance of Omega. Barrelhand, a startup founded by Karel Bachand, is introducing the Monolith, a watch specifically engineered to withstand the extreme conditions of outer space. As private space exploration gains traction, this innovative watch promises to be a game-changer for astronauts and adventurers alike.
The conception of the Monolith comes from Bachand’s extensive background in mechanical engineering and involvement in NASA projects. He envisioned a timepiece that could address the limitations of traditional space watches, which have often been restricted by their material properties and design. The result is the Monolith, a watch made from a unique aerospace-grade alloy called scalmalloy, consisting of scandium, aluminum, and magnesium. This material not only offers strength similar to titanium but does so at a significantly lighter weight, improving efficiency during space missions where every ounce counts.
What distinguishes the Monolith from its predecessors is its engineering, which supports both Intra-Vehicular Activity (IVA) and Extra-Vehicular Activity (EVA). Unlike Omega’s Speedmaster Skywalker X-33, which relies on electronic components vulnerable to extreme temperatures, the Monolith features a mechanical movement based on the robust Sellita SW300-1b. This design choice ensures that it will continue to perform reliably in the unforgiving environment of space.
Barrelhand’s design incorporates several innovations tailored to the unique challenges faced by astronauts. The watch proudly features a shatter-proof crystal engineered to dent under impact, preventing harmful debris from forming. Standard rubber gaskets, which can degrade in cold conditions, have been replaced with aerospace-grade fluorosilicone O-ring seals. This upgrade, inspired by technology used in the International Space Station, further reinforces the Monolith’s capability to endure the rigors of space travel.
One of the Monolith’s most impressive qualities is its extreme temperature range of -184°F to 248°F. Achieving such resilience required innovative engineering, including an insulating air pocket integrated within the watch’s case, maintaining its functionality under potentially crippling conditions. Additionally, the choice of materials that minimize outgassing ensures that the watch won’t compromise the air quality aboard spacecraft, aligning with the strict environmental standards of space agencies.
Barrelhand also embraces techniques like advanced 3D printing to create intricate components, reflecting the evolving landscape of watchmaking. This approach challenges conventional manufacturing practices, allowing for a higher degree of precision and versatility. By pushing the limits of modern technology, the company aims to carve a niche in a market traditionally dominated by established brands.
However, the path to see the Monolith utilized in space is fraught with challenges. Navigating the complex submission processes of organizations like NASA, while competing against industry giants, requires careful strategy and perseverance. Barrelhand’s commitment to innovation is evidenced by its grassroots efforts to engage with astronauts and scientists, emphasizing the importance of community feedback in the design process.
As Barrelhand ventures into this new frontier, it raises critical questions about the future of both watchmaking and space exploration. Will the Monolith establish itself as the new benchmark for timekeeping in space, or will established names continue to hold sway? The answers lie ahead as the world of horology braces for what may be a transformative period in its history.