Operational test and evaluation of fixed wing aircraft equipped with spectral radiation remote sensing devices

Until recently, the use of spectral radiation remote sensing devices to support nighttime flight operations was limited to the helicopter community. Significant progress is now being made in the development of spectral radiation remote sensing devices, commonly referred to as night vision devices, for use in fixed wing, fast moving aircraft to provide the aircrew with an effective nighttime attack combat capability. A well designed "night vision system" should provide the aircrew with better situation awareness, increased low altitude flying capability and enhanced survivability during the hours of darkness.

Night vision systems for fixed wing aircraft are now being fielded and a method to evaluate accurately their performance under actual operational and environmental conditions is needed. This study proposes a thorough flight test plan that evaluates the operational effectiveness and logistical suitability of an aircraft equipped with a night vision system.