Claymation Video Games

'Harold Halibut' Will Let Gamers Digitally Control Physical Objects

Looking more like an art house short film than a video game, 'Harold Halibut' is poised to be the only fully interactive video game in the world that completely abandons 3D digital graphics for physical materials. Using real-world materials like clay, welded metal, wood and textiles, 'Harold Halibut' is a diorama that gamers can control.

As one might guess based on the gameplay footage from the teaser video, the technology behind 'Harold Halibut' leans heavily on stop-motion animation. And while each frame is indeed hand-made with physical materials, the game uses digital technology to string the movements together.

This work-intensive game is still in its development, with a release date set for no earlier than 2018. By that time, it's very possible that consumers will be aching for a more "real" gaming experience than the digital games to which they're accustomed.
Trend Themes
1. Physical Gaming Experience - The trend of creating video games using physical materials like clay and metals presents an opportunity for innovative gaming experiences.
2. Stop-motion Animation - The trend of incorporating stop-motion animation in video games allows for unique and visually stunning gameplay.
3. Hybrid Gaming Technology - The trend of combining physical materials with digital technology in video games opens up possibilities for immersive gaming experiences.
Industry Implications
1. Video Game Development - The video game development industry can explore the opportunity of creating games that use physical materials and stop-motion animation.
2. Animation and Film Production - The animation and film production industry can adopt the use of stop-motion animation in video game development to create visually captivating experiences.
3. Gaming Hardware - The gaming hardware industry can innovate by developing controllers and accessories that enhance the physical gaming experience.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE & IMAGES