A system for managing mobile platform fault data, said system comprising: a mobile platform comprising: a central maintenance computer 'CMC' adapted to transmit raw fault data indicative of a fault occurring onboard the mobile platform to an onboard computer 'OCS' and to a remote central computer system 'CCS' located remotely from the mobile platform; and the OCS, the OCS being adapted to: receive the raw fault data transmitted from the CMC; generate at least one electronic mobile platform cabin 'MPC' draft fault report automatically upon receiving the raw fault data received by the OCS utilizing a first portion 'ELB1' of an electronic logbook software application 'ELB', wherein to generate the at least one MPC draft fault report, the OCS is further adapted to interpret the raw fault data and translate the raw fault data into text, symbols and/or codes interpretable by a mobile platform crew and to insert the text, symbols and/or codes into one or more appropriate interactive information and data fields of the electronic MPC draft fault report; generate an MPC draft fault report notification message viewable on an OCS display; and transmit the at least one MPC draft fault report automatically, after being verified, edited, accepted or rejected by the mobile platform crew, as an at least one MPC fault report; and the CCS, the CCS being adapted to: receive the raw fault data; receive the at least one MPC fault report transmitted by the OCS automatically; and correlate the at least one MPC fault report with the raw fault data automatically upon receiving the at least one MPC fault report by utilizing a second portion 'ELB2' of the electronic logbook software application 'ELB'. a mobile platform comprising: a central maintenance computer 'CMC' adapted to transmit raw fault data indicative of a fault occurring onboard the mobile platform to an onboard computer 'OCS' and to a remote central computer system 'CCS' located remotely from the mobile platform; and the OCS, the OCS being adapted to: a central maintenance computer 'CMC' adapted to transmit raw fault data indicative of a fault occurring onboard the mobile platform to an onboard computer 'OCS' and to a remote central computer system 'CCS' located remotely from the mobile platform; and the OCS, the OCS being adapted to: receive the raw fault data transmitted from the CMC; generate at least one electronic mobile platform cabin 'MPC' draft fault report automatically upon receiving the raw fault data received by the OCS utilizing a first portion 'ELB1' of an electronic logbook software application 'ELB', wherein to generate the at least one MPC draft fault report, the OCS is further adapted to interpret the raw fault data and translate the raw fault data into text, symbols and/or codes interpretable by a mobile platform crew and to insert the text, symbols and/or codes into one or more appropriate interactive information and data fields of the electronic MPC draft fault report; generate an MPC draft fault report notification message viewable on an OCS display; and transmit the at least one MPC draft fault report automatically, after being verified, edited, accepted or rejected by the mobile platform crew, as an at least one MPC fault report; and the CCS, the CCS being adapted to: receive the raw fault data; receive the at least one MPC fault report transmitted by the OCS automatically; and correlate the at least one MPC fault report with the raw fault data automatically upon receiving the at least one MPC fault report by utilizing a second portion 'ELB2' of the electronic logbook software application 'ELB'. receive the raw fault data; receive the at least one MPC fault report transmitted by the OCS automatically; and correlate the at least one MPC fault report with the raw fault data automatically upon receiving the at least one MPC fault report by utilizing a second portion 'ELB2' of the electronic logbook software application 'ELB'.