Sensor-Linked AR/VR Pilot Training With Virtual Aircraft

The patent creates virtual copies of enemy aircraft that can be seen through augmented reality overlays. These virtual enemy representations are generated computationally and displayed to pilots via AR devices, allowing pilots to see realistic visual content of enemies without requiring physical enemy aircraft to be present. This resolves the contradiction by providing both visual information and visual accuracy through digital copying.

The patent introduces an augmented reality display system as an intermediary between the flight computer's enemy data and the pilot's visual perception. The AR system takes enemy position and identification data from instruments and transforms it into realistic visual representations that pilots can see overlaid on their actual field of view, thus mediating between digital data and visual reality.

The patent makes the existing flight instrumentation system multi-functional by adding augmented reality display capabilities that work alongside traditional instruments. The same sensor data and flight computer that provide basic flight information now also generate and display virtual enemy aircraft and other enhanced visual content, allowing one system to serve multiple training functions without proportionally increasing complexity.

The patent merges the traditional instrument display system with augmented reality visualization into a unified training system. The AR overlay integrates enemy aircraft visualizations, terrain information, and flight data into the pilot's existing field of view, combining multiple information streams into a single enhanced visual interface that increases training value without requiring separate systems.