The Roam Robotics Ski Exoskeleton is the first consumer exoskeleton from the brand and focuses on providing improved performance at an extremely affordable price point. The exoskeleton currently resembles a set of standard leg braces, but hidden under the unassuming appearance is a technological innovation that delivers incredible powers in a low-weight package. Designed for amateurs and professionals, the Roam Robotics Ski Exoskeleton promises improved riding performances, as well as greater endurance on long rides.
While most exoskeletons are portrayed as a combination of metal and motors, Roam is dispelling this myth as it chooses to focus on the use of plastics, fabrics and air for transmission. The current system for the Roam Robotics Ski Exoskeleton is primarily built with plastic and fabric, with the exception of a backpack power pack to provide torque to the legs. The system also includes a machine learning element that will anticipate a wearer's movements and deliver extra torque to make these actions easier and more deliberate.
Performance-Enhancing Exoskeletons
The Roam Robotics Ski Exoskeleton is Lightweight and Powerful
Trend Themes
1. Consumer Exoskeletons - There is a growing trend in the development of affordable exoskeletons that help improve performance for consumers in various industries and activities.
2. Plastic-based Exoskeletons - Rather than the typical metal-based exoskeleton designs, there is a trend in creating exoskeletons made primarily from plastic and fabric.
3. Machine Learning in Exoskeletons - Exoskeletons are incorporating machine learning algorithms to anticipate a wearer's movements and provide additional support when needed.
Industry Implications
1. Skiing and Snowboarding - The Roam Robotics Ski Exoskeleton is an example of how exoskeletons can enhance performance in winter sports, and could disrupt the ski industry in the near future.
2. Manufacturing - Exoskeletons made from plastics and fabrics have potential to disrupt the manufacturing industry by providing workers with lightweight, yet effective support for heavy lifting tasks.
3. Military and Defense - Development of exoskeletons with machine learning abilities could have disruptive innovation potential in the military and defense industry, potentially making soldiers stronger and more agile in combat scenarios.