The Chorus Helicopter Remote Control Responds to Natural Commands
Amelia Roblin — September 3, 2012 — Autos
References: yankodesign
The joystick, the switches and the buttons have been ditched in favor of the Chorus Helicopter Remote Control. The former dashboard might be more familiar to a practiced RC user, but this disk-shaped device is a great deal more logical.
Holding the round gadget in one hand, the user can simply adjust the rotatable dial top, clockwise or counterclockwise to turn the aircraft right or left. The cap also pivots slightly on a vertical axis, allowing one to initiate forward or backward movement of the electronic toy.
The circular shape of Ben Wahrlich's contraption makes it an object that's much more relatable to the spinning blades of the chopper. It's a great deal more instinctive and ergonomic. To top it off, the Chorus Helicopter Remote Control is equipped with a concealed trigger in the base for deliberate height changes.
Holding the round gadget in one hand, the user can simply adjust the rotatable dial top, clockwise or counterclockwise to turn the aircraft right or left. The cap also pivots slightly on a vertical axis, allowing one to initiate forward or backward movement of the electronic toy.
The circular shape of Ben Wahrlich's contraption makes it an object that's much more relatable to the spinning blades of the chopper. It's a great deal more instinctive and ergonomic. To top it off, the Chorus Helicopter Remote Control is equipped with a concealed trigger in the base for deliberate height changes.
Trend Themes
1. Intuitive Chopper Controllers - Opportunity for intuitive and user-friendly controllers that replace traditional buttons and switches with logical and ergonomic designs.
2. Disk-shaped Remote Controls - Potential for circular-shaped remote controls that mimic spinning blades of helicopters, providing a more relatable and instinctive user experience.
3. Concealed Trigger Technology - Innovation opportunity for remote controls with concealed triggers for deliberate and precise height changes of electronic toys or devices.
Industry Implications
1. Toy Manufacturing Industry - Disruptive innovation potential in the toy manufacturing industry to create intuitive and ergonomic remote controls for electronic toys, enhancing user experience.
2. Consumer Electronics Industry - Opportunity for the consumer electronics industry to develop circular-shaped remote controls that offer more logical and relatable controls for drones, helicopters, and other electronic devices.
3. Gaming Industry - Innovation potential in the gaming industry for controllers that incorporate disk-shaped designs and concealed triggers, providing a more immersive and intuitive gaming experience.
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