Frontgrid, a company specializing in virtual reality entertainment, developed ParadropVR, an innovative paragliding game that combines motion-based hardware and virtual reality. To ensure the safe and reliable vertical movement of their simulator, Frontgrid partnered with Rollon.
Frontgrid, a pioneering company in virtual reality entertainment, developed ParadropVR, an innovative paragliding game that combines motion-based hardware and virtual reality. In fact, ParadropVR simulates the experience of paragliding, complete with realistic inertial effects. The game immerses players in a virtual environment where they can steer a paraglider, experiencing rapid rises and drops, while collecting points along the way.
In 2020, Frontgrid sought a reliable linear motion system for vertical movements in their ParadropVR simulator. The key requirement was to create rapid vertical accelerations across a wide range of motion profiles (from 2-4 mm to 850 mm), to simulate the sensation of dropping and rising quickly, enhancing the realism of the VR experience. Another significant challenge was ensuring the system could handle a diverse range of user weights, as the actuator needed to support the entire payload of the mounted seat on its carriage.
The collaboration with Rollon
Frontgrid partnered with Rollon to find the ideal solution for the ParadropVR simulator. The choice fell on the Smart product family – belt-driven actuators that combine performance, strength, and versatility – known for its reliable performance in similar applications.
Download the case study to read on and discover how Frontgrid and Rollon worked together to find the ideal solution and integrate the right linear actuator to meet all application requirements.
