Virtual reality is expanding by leaps and bounds, which has increased the need for new control solutions like the 'Finch Hands' device. Worn on the hands rather than held, the controllers provide users with a way to manipulate their digital environment to navigate through a game, make adjustments to designs and much more.
The 'Finch Hands' controllers identify the need for more streamlined, ergonomic solutions to virtual reality control that will only continue to grow in requirement as the technology becomes more commonplace. The controllers are the design work of Andrey Dalakishvili and Mikhail Oleynikov, and promise an unobstructed, ambidextrous method of navigating through the digital world without having to deal with accessories that are cumbersome.
VR Hand Controller Devices
The 'Finch Hands' VR Controllers are Worn Rather Than Held
Trend Themes
1. Ergonomic VR Controllers - The need for comfortable and functional VR controllers present an opportunity to design more ergonomic and efficient control solutions for virtual reality.
2. Wearable VR Control Devices - The development of wearable VR control devices such as Finch Hands presents an opportunity for companies to create more intuitive and immersive VR experiences for users.
3. Ambidextrous VR Navigation - The demand for VR controllers that provide an unobstructed and ambidextrous method of navigating through the digital world present opportunities for the development of new VR control solutions that offer enhanced user experience.
Industry Implications
1. Gaming Industry - The gaming industry stands to benefit greatly from the development of VR control devices such as Finch Hands that provide a more immersive and intuitive gaming experience for users.
2. VR Hardware Industry - The development of VR wearables such as Finch Hands presents opportunities for the VR hardware industry to create new and innovative control solutions that will make virtual reality more accessible to consumers.
3. Digital Design Industry - The use of VR controllers like Finch Hands in digital design can enhance the design process and presents opportunities for the development of new control solutions that can provide a more seamless digital design experience.