EKTO VR develops motorized robotic boots that enable natural locomotion in virtual reality environments, utilizing omnidirectional drive technology to allow users to walk freely without physical movement in their real surroundings. This technology effectively eliminates motion sickness and disorientation commonly experienced with traditional VR locomotion methods.
Funding
$465K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
AGFounders
Product
Problem
Current virtual reality (VR) locomotion methods often induce motion sickness and disorientation due to the disconnect between perceived and actual movement. Existing solutions like treadmills or joystick-based controls can be cumbersome, lack natural feel, and limit the sense of immersion.
Solution
EKTO VR has developed robotic boots that enable users to walk naturally within VR environments without physically moving in their real-world surroundings. The boots utilize omnidirectional drive technology and adaptive control software to synchronize head movements with a natural walking motion, mitigating cybersickness. This system allows for unrestricted movement in any direction, providing a more intuitive and immersive VR experience. The carbon fiber construction ensures the boots are lightweight, strong, and responsive, while the adaptable design fits most shoe sizes.
Target Audience
The primary target audience includes VR enthusiasts, gamers, enterprise users in training and simulation, and researchers seeking more natural and immersive VR locomotion solutions.
Features
- Motorized footwear enabling omnidirectional movement in virtual reality
- Adaptive control software to synchronize head movements with walking motion
- Carbon fiber construction for lightweight and durable design
- Adjustable straps to accommodate various shoe sizes
- Advanced robotics and AI-powered design for smooth and reliable operation
- Low-profile design for secure footing during virtual experiences