SUMMARY
UCLA researchers in the Department of Architecture and Urban Design have developed a method for detailed motion mapping during video game play that allows for the design of custom-made, ergonomic handheld controllers for improved gaming performance.
BACKGROUND
Gaming entertainment represents a multi-billion dollar market that is expected to substantially increase over the next 5 years. Despite this growing demand, few options exist for customizability in gaming hardware. Specifically, handheld controllers are marketed and manufactured with standardized size and shape even though player needs and preferences are varied. A large market for customizable controllers remains underdeveloped and if realized could represent significant esports revenue while revolutionizing gaming performance.
INNOVATION
UCLA researchers in the Department of Architecture and Urban Design have developed a methodology for designing ergonomic handheld controllers which incorporates detailed motion mapping of the hands when molding the shape in order to improve player performance and accuracy. Additionally, breathable surfaces are integrated to reduce sweating and increase friction. Grooves and indents are added to shield the player’s hands from opponents, preventing anticipation of movements. While the controller electronics remain regulation standard, the casing is fully modular and can be weighted to specifically fit a given player. Importantly, manufacture is easily enabled through 3D printing as evidenced by developed prototypes.
POTENTIAL APPLICATIONS
- Game Console Controller
- Online Gaming Controller
ADVANTAGES
- Ergonomic
- Custom-fit to player
- Improve player accuracy and performance
- 3D printable
- Incorporation of breathable surfaces and shielding grooves/indents
- Electronics are standard, allowing for use at competitions and regulated venues
RELATED MATERIALS
https://www.redbull.com/us-en/theredbulletin/darryl-snake-eyez-lewis-revolutionary-control-pad
STATUS OF DEVELOPMENT
Researchers have successfully developed working controller prototypes