By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
Security requirements for modern aircraft have increased enormously in recent years. Aircraft video surveillance systems for monitoring and analyzing processes on board aircraft are among the key topics, particularly for cabin surveillance, cockpit and cargo surveillance, and cockpit door surveillance.
Surveillance systems detect aircraft and send de- tailed information to the air traffic control system allowing air traffic con- trollers to safely guide the aircraft. Air traffic control is not possible without surveillance systems mainly in highly dense air traffic areas.
Airplane cabins have cameras that are primarily used for safety and security reasons.Cameras can be placed outside the cockpit so pilots are aware of what’s going on outside their cockpit door.
Cameras that show the exterior of an aircraft are primarily tools for pilots and are mostly installed on large aircraft to aid pilots as they maneuver around airports.
The Global Aircraft Surveillance Camera market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
KAPPA Aircraft Surveillance Cameras for Monitoring and Analysis – Cockpit Surveillance Cameras, Cabin Surveillance Cameras, Cockpit Door Surveillance Cameras for all Safety Requirements
ED 112 certification, even suitable for use in crash recorder systems . Full HD resolution for recording instrumentation symbology in the cockpit .
Optics angle modified for each cockpit . Integration of audio data from the external safety microphone with video data from the camera into a single stream that is sent to the crash recorder and recorded .
Special function: mask generation option to blur out defined image areas (e.g., protection of pilot’s personal rights) . Camera has option to record separately to an integrated SD card, i.e., for training purposes . Adaptation to your specific application.
It has an Automatic and flexible adaptation to changing light conditions ; High sensitivity for dark cabins ; Smart functions can be integrated, e.g., in the future live analysis of human behavior ; Video compression (e.g., H.264), dual streaming available; low bandwidth required reducing load on networks ; Network depending on the location (dedicated camera network or Ethernet (Fast or Gigabit) Network / IP Protocol Standard Network in new and future aircraft models ; Smart Switch / fiber optic protocol transfer to recorder ; Modifications tailored to your specific needs.
