XTAL 3 NEO
Mixed Reality Pilot Dedicated Headset

Full RGB 4K resolution per eye and patented custom-made non-fresnel VR lenses create realistic simulations with undistorted image across the entire wide field of view.

Vrgineers development team designed advanced optical correction algorithms, which can correct optical flaws such as chromatic aberration or barrel distortion.

The natural pilot movement patterns are supported by the widest field of view, up to 180° horizontal and 120° vertical degrees.

Thanks to the combination with the highest fidelity, pilots train in 1:1 immersive true-to-life simulation. Avoiding unrealistic simulation reduces negative training significantly.

As the only headset on the market, XTAL offers an unmatched experience for customers with diopters. The XTAL 3 has a simple attachment system for additional prescription lens inserts that replace glasses used for common eye disorders.

Vrgineers manufactures customized lenses per the customer's anamnesis in cooperation with the ophthalmologist. Therefore, helicopter pilots, airliners, or instructors can comfortably use the headset during the whole training session without any limits.

Eye-tracking technology tracks and gathers pilot's gaze in real-time. The instructors can use the data for debriefing and behavioral analyses visualized via heatmaps after the session.

The instructors and pilots benefit from identifying of problems with scanning patterns, increasing their awareness and efficiency in standard procedures.

The default configuration of XTAL headset comes with SteamVR tracking sensors. However, it can be upgraded with additional tracking technology.

The customer can choose from a variety of supported tracking systems fitting the specific use case.

The XTAL technology can be modified hardware-, firmware-, and software-wise to fit specific use cases perfectly.

Vrgineers specializes in advanced training technologies using virtual and mixed reality, including building flight simulators, and has experience with XTAL integration into the pilot helmet. Additional sensors or specific chips can extend the technology while keeping high-security standards.