Monolith

Weight is one of the key metrics for space exploration. Throughout the development of Monolith we have continually iterated on an ultra-lightweight design, utilizing cutting-edge digital fabrication techniques. The outcome is a fully 3D-printed chassis that is extremely light while maintaining full structural integrity and strength.

Traveling in space poses unique challenges that are not typically considered on Earth, such as extreme temperatures, microgravity, and radiation. During the ongoing development of the Monolith window, we have been exploring a variety of solutions from classic materials all the way to the blurring lines of sci-fi to strike a balance between optical resilience and shatter resistance that matches the requirements of space.

Maintenance and repair work are especially challenging in the context of space exploration. The Monolith caseback is specifically engineered to address these obstacles, utilizing aerospace-grade materials, ISO certified components, and part numbering systems based on NASA standards, ensuring seamless integration and simplified upkeep.

Continuing with the Barrelhand tradition established in Project One, the airlock crown features a vibrant shade of International Orange that is achieved through a Type III anodizing. As the primary point of interaction between an owner and their watch, the crown also raises important questions about the evolving landscape of human-machine harmony in space exploration.

In today’s era, which is dominated by digital technology, the continued use of mechanical movements for timekeeping may seem antiquated. However, mechanical watches offer inherent qualities that make them uniquely suited for the challenges encountered beyond Earth's atmosphere. Bridging innovation and reliability, the Monolith M1 Engine is a testament to the demands of space exploration.

Space exploration is about pushing boundaries and moving outwards, but it is also a journey inward - reflecting on our place in the universe and the meaning of home. Made from revolutionary NanoFiche technology, the Memory Disc is a unique component of Monolith, serving as a focal point at the intersection of culture, technology and spirituality.

Barrelhand's Monolith watch advances timekeeping for space exploration with its innovative Monolithic Dial. Developed with RC Tritec and Black Badger, the dial uses Aerolight X1 Ceramic for exceptional luminescence and durability, designed to endure extreme temperatures and high UV exposure. The watch’s construction avoids traditional paints and adhesives, ensuring stability and legibility in space.

Barrelhand's Monolith reinforces its M1 engine with another innovation to tackle the extreme forces and temperatures at play during space exploration. The engine mount was developed to further insulate its beating mechanical heart and protect it well beyond its certified 555g impact resistance.

One often-overlooked but critical component of an astronaut's toolkit is the watch strap, which must remain secure in the harshest conditions and adapt to both extravehicular (EVA) and intravehicular (IVA) activities on the ISS, Moon, and beyond.