The 'Hero Arm' prosthetic arm is a video game-inspired prosthetic created by Open Bionics with Konami as a functional piece of equipment for wearers above the age of eight. The arm draws design inspiration from that of the main protagonist of Metal Gear Solid V: The Phantom Pain and features a fully functioning design that would help to dramatically enhance the life of the user. The arm is manufactured using 3D printing techniques, and is capable of rotating 180-degrees and lifting up to eight kilograms of weight.
The 'Hero Arm' prosthetic arm is priced at £10,000 and can be used with one of two different clip-on covers that will dramatically enhance the look of the ultra-modern device.
Video Game-Inspired Prosthetics
The 'Hero Arm' was Created by Open Bionics with Konami
Trend Themes
1. Video Game-inspired Prosthetics - The 'Hero Arm' prosthetic arm by Open Bionics with Konami is a disruptive innovation opportunity in the field of prosthetics, offering a functional and visually appealing design inspired by video games.
2. 3D Printing in Prosthetics Manufacturing - The use of 3D printing techniques in manufacturing the 'Hero Arm' provides a disruptive innovation opportunity in the prosthetics industry by enabling customizable and cost-effective production.
3. Enhanced Functionality in Prosthetic Arms - The 'Hero Arm' prosthetic arm's ability to rotate 180 degrees and lift up to eight kilograms of weight presents a disruptive innovation opportunity in creating more functional and versatile prosthetic devices.
Industry Implications
1. Prosthetics - The prosthetics industry has the opportunity to leverage video game-inspired designs like the 'Hero Arm' to attract more customers and offer them visually appealing and functional options.
2. Gaming - The gaming industry can explore collaborations with prosthetic manufacturers to create customized designs inspired by video game characters, opening up new market segments and revenue streams.
3. 3D Printing - The 3D printing industry can tap into the growing demand for prosthetics by developing specialized manufacturing processes and materials for creating high-quality, customizable prosthetic devices.