BLACKDIAMOND Carbon Fiber Luggage Aluminum Frame Series

Product Information: Why can't luggage be both tough and light? Luggage is more than just an accessory; it's an essential companion for your journey. Sturdy luggage is often heavy and cumbersome, while lighter options tend to be less durable. Currently, two common materials in the luggage industry are aluminum and polycarbonate (PC). Aluminum luggage is durable but heavy, whereas PC is lightweight but prone to damage. Would you choose one over the other? MON CARBONE presents the BLACKDIAMOND carbon fiber luggage. The world's lightest, toughest, and most advanced carbon fiber luggage. Features: - 45-degree structural strength - EASYGRIPTM signature telescopic handle - 360-degree mobility wheels - Minimalist frame - Antibacterial lining for optimal hygiene - TRAVEL SENTRY® lock Specifications: - 22" https://live.staticflickr.com/65535/53263515302_8b580d7772_b.jpg FLEXTREMETM Carbon Fiber Technology Carbon fiber is formed under prolonged extreme pressure and high temperatures, boasting five times the strength of steel and one-tenth the weight of aluminum. We have optimized the inherent brittleness of carbon fiber, transforming it into impact-resistant, lightweight, tough, and durable luggage through our patented FLEXTREMETM technology and manufacturing processes. Each piece of luggage is woven from over 30 million carbon fibers (each fiber being 1/12th the thickness of a human hair). https://live.staticflickr.com/65535/53264689738_36321ac546_b.jpg 45° Angle The design of BLACKDIAMOND is inspired by the world's architectural marvels. The Egyptian pyramids, with their 45° structural angle, have stood for over 5,000 years. This angle is engineered for structural integrity and impact resistance, while the horizontal grooves on the case enhance its structural durability against impacts. https://live.staticflickr.com/65535/53264748989_864da126f8_b.jpg Minimalist Conception Carbon fiber is an exceptionally strong material, paired here with a slim aluminum frame. Visually, this creates a refined and textured design, allowing you to appreciate the beauty of carbon fiber from every angle. https://live.staticflickr.com/65535/53264397841_b84c098da4_b.jpg Larger Wheel Structure Design The 360° durable wheel structure features stainless steel ball bearings, ensuring robustness and quieter, smoother movement on rough terrain, making it easier to navigate various surfaces compared to standard wheels. Furthermore, the enlarged 60mm high-performance wheels, compared to the typical 50mm luggage wheels, offer better ground clearance and traction. https://live.staticflickr.com/65535/53263515272_07389aab57_b.jpg EASYGRIPTM Telescopic Handle The EASYGRIPTM telescopic handle is designed for maximum gripping comfort. Its angled design and adjustable height improve center balance and control. https://live.staticflickr.com/65535/53264748969_464e4c457d_b.jpg Slim Wheel Housing Design Thanks to the high-strength carbon fiber material, thick wheel housings are not needed to support the entire luggage. The clean, slim wheel housing design not only enhances the aesthetic appeal but also increases packing space, allowing you to carry more on your travels. https://live.staticflickr.com/65535/53264748959_cddba8a9fa_b.jpg Antibacterial Lining The antibacterial lining comprehensively inhibits bacterial growth, preventing the transfer of bacteria from clothes to your luggage during packing and unpacking. https://live.staticflickr.com/65535/53264689718_182f79ab23_b.jpg TSA Lock The TRAVEL SENTRY® lock is the gold standard for TSA-approved locks, ensuring your luggage arrives at its destination intact. https://live.staticflickr.com/65535/53263541477_642592f8c9_b.jpg Designed by Award-Winning British Designer Michael Young, a frequent IF Design Award recipient "I wanted to design a piece that was purely functional, something I hadn't achieved before despite continuous attempts. In the past, we've designed carbon fiber bicycles and furniture, understanding the limitations of carbon fiber manufacturing. While the finished product might appear to be a typical form, it's actually quite complex." https://www.youtube.com/watch?v=7iAqgxx7cVQ