Fms - A7 Aircraft Parts

End item NSN parts
Filter By: Annular Ball Bearings
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Part Number
NSN
NIIN
05012-0071 Annular Ball Bearing
001033098
058-9 Annular Ball Bearing
002939091
102KSFF Annular Ball Bearing
010639149
114C2657-2 Annular Ball Bearing
002939091
11838568-1 Annular Ball Bearing
002939091
196B7616 Annular Ball Bearing
010639149
309-0366-00 Annular Ball Bearing
002939091
309-0366-000 Annular Ball Bearing
002939091
3302423-1 Annular Ball Bearing
002939091
413112-2A1A Annular Ball Bearing
002939091
4132407 Annular Ball Bearing
002939091
432838 Annular Ball Bearing
002939091
6002-2Z/LHT64 Annular Ball Bearing
010639149
6157P22 Annular Ball Bearing
002939091
77R12E Annular Ball Bearing
002939091
77R12X1224MILG3278 Annular Ball Bearing
002939091
77R12X1ANG25 Annular Ball Bearing
002939091
77R12X1CJ Annular Ball Bearing
002939091
77R12X1E Annular Ball Bearing
002939091
77R12X1MILG3278A Annular Ball Bearing
002939091
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Fms - A7 Aircraft

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In aviation, ACARS (/ˈeɪkɑːrz/; an acronym for Aircraft Communications Addressing and Reporting System) is a digital datalink system for transmission of short messages between aircraft and ground stations via airband radio or satellite. The protocol was designed by ARINC and deployed in 1978, using the Telex format. More ACARS radio stations were added subsequently by SITA.

Prior to the introduction of datalink in aviation, all communication between the aircraft and ground personnel was performed by the flight crew using voice communication, using either VHF or HF voice radios. In many cases, the voice-relayed information involved dedicated radio operators and digital messages sent to an airline teletype system or successor systems.

Further, the hourly rates for flight and cabin crew salaries depended on whether the aircraft was airborne or not, and if on the ground whether it was at the gate or not. The flight crews reported these times by voice to geographically dispersed radio operators. Airlines wanted to eliminate self-reported times to preclude inaccuracies, whether accidental or deliberate. Doing so would also reduce the need for human radio operators to receive the reports.

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