PMV Engineering avionics team brings a huge project to success with the EASA STC for the Installation of a dual FMS CMA-9000 on A300-600 aircraft.

This STC is the result of a close cooperation with Esterline CMC Electronics and the operator over the last 10 months. PMV Engineering demonstrated its ability to drive this project, including full flight simulator sessions and flight testing with EASA

ADS-B Out signal is used for surveillance purposes on the ground or onboard other aircraft in order to facilitate airborne traffic. 

ADS-B, standing for “Automatic Dependant Surveillance – Broadcast”, is the replacement and augmentation of radar-based aircraft surveillance systems. With ADS-B, the surveillance of aircraft does no longer rely on radar ground stations, but on airborne GPS receivers. Aircraft equipped with ADS-B broadcast their precise position and velocity data, as well as altitude and supportive information automatically, without pilot input, to ATC on ground (ADS-B Out) or to other aircraft (ADS-B In).

Contracted to develop a 189 Y/C pax on B737-8 MAX, PMV Engineering received the final EASA STC less than 5 months after the first discussions with the lessor.

This STC converts ATR72 main cabin into a cargo compartment Class E.

ADS-B Out signal is used for surveillance purposes on the ground or onboard other aircraft in order to facilitate airborne traffic. 

ADS-B, standing for “Automatic Dependant Surveillance – Broadcast”, is the replacement and augmentation of radar-based aircraft surveillance systems. With ADS-B, the surveillance of aircraft does no longer rely on radar ground stations, but on airborne GPS receivers. Aircraft equipped with ADS-B broadcast their precise position and velocity data, as well as altitude and supportive information automatically, without pilot input, to ATC on ground (ADS-B Out) or to other aircraft (ADS-B In).

ADS-B Out signal is used for surveillance purposes on the ground or onboard other aircraft in order to facilitate airborne traffic. 

ADS-B, standing for “Automatic Dependant Surveillance – Broadcast”, is the replacement and augmentation of radar-based aircraft surveillance systems. With ADS-B, the surveillance of aircraft does no longer rely on radar ground stations, but on airborne GPS receivers. Aircraft equipped with ADS-B broadcast their precise position and velocity data, as well as altitude and supportive information automatically, without pilot input, to ATC on ground (ADS-B Out) or to other aircraft (ADS-B In).

This STC converts ATR72 main cabin into a cargo compartment Class E and modifies the fuselage structure to include a Large Cargo Door.

This STC converts ATR42 main cabin into a cargo compartment Class E and modifies the fuselage structure to include a Large Cargo Door.

ADS-B Out signal is used for surveillance purposes on the ground or onboard other aircraft in order to facilitate airborne traffic. 

ADS-B Out signal is used for surveillance purposes on the ground or onboard other aircraft in order to facilitate airborne traffic. 

ADS-B, standing for “Automatic Dependant Surveillance – Broadcast”, is the replacement and augmentation of radar-based aircraft surveillance systems. With ADS-B, the surveillance of aircraft does no longer rely on radar ground stations, but on airborne GPS receivers. Aircraft equipped with ADS-B broadcast their precise position and velocity data, as well as altitude and supportive information automatically, without pilot input, to ATC on ground (ADS-B Out) or to other aircraft (ADS-B In).