Featured Technologies Enhance ‘Superhuman’ Flight Systems
AM Revolutionizing Human Flight Systems
From the myth of Daedalus to the modern-day innovations of Richard Browning, human flight has always captured our imaginations. Featured today is how additive manufacturing (AM) is gearing us towards a new era of superhuman flight systems. Browning's journey began in 2016 when he created the Jet Suit, supported by innovative firms like Ricoh 3D.
The Role of Additive Manufacturing
AM has significantly impacted the production of parts for Browning's groundbreaking suit. Using 3D printed polypropylene (PP), the Jet Suit benefits from quicker design iterations, reducing the manufacturing lead time from weeks to mere days.
3D Printing and Material Synergy
- Polypropylene's lightweight and durable properties meet the demands of high-performance jet suits.
- Utilizing nTop software to optimize designs has led to complex geometries that conventional manufacturing cannot achieve.
- Ricoh 3D's approach to additive manufacturing exemplifies the benefits of creating multifunctional components.
Towards Practical Applications of Human Flight
In addition to recreational uses, flight systems like Browning's Jet Suit hold significant potential in fields such as Search and Rescue. The collaboration between Gravity Industries and Ricoh 3D not only enhances product efficiency but also pushes the boundaries of human flight technology.
This article was prepared using information from open sources in accordance with the principles of Ethical Policy. The editorial team is not responsible for absolute accuracy, as it relies on data from the sources referenced.