A system, comprising: a flight deck associated with the vehicle and configured to exhibit a response to vehicle data; a data processor configured to: monitor the flight deck for a change in a current state of the flight deck, determine whether a change in the current state of the flight deck has occurred, in response to determining a change in the current state of the flight deck has occurred, select a subset of the vehicle data associated with the change in the current state; a data transmitter configured to transmit the selected subset of the vehicle data in response to one or more inputs, the one or more inputs being either an activation input from a crew of the vehicle or one or more electronic inputs, the one or more electronic inputs including a CAS message, an alarm, a failure message, and/or a weight on wheels signal: a transceiver coupled to the data transmitter, the transceiver configured to receive and re-transmit the selected subset of the vehicle data in real time; a processing system coupled to the transceiver, the processing system configured to receive and re-transmit the selected subset of the vehicle data; and a flight simulator coupled to the processing system, the flight simulator configured to: in response to receiving the selected subset of the vehicle data, replicate the exhibited response of the flight deck in real-time, and implement control functions enabling a user to navigate through the selected subset of the vehicle data received; characterized in that the system comprises a buffer memory configured to continuously store data for N minutes, for example for N=5, 10, 30, 60, etc. minutes; wherein the data processor is configured to store the selected subset of the vehicle data in the buffer memory in preparation for transmission. a flight deck associated with the vehicle and configured to exhibit a response to vehicle data; a data processor configured to: monitor the flight deck for a change in a current state of the flight deck, determine whether a change in the current state of the flight deck has occurred, in response to determining a change in the current state of the flight deck has occurred, select a subset of the vehicle data associated with the change in the current state; monitor the flight deck for a change in a current state of the flight deck, determine whether a change in the current state of the flight deck has occurred, in response to determining a change in the current state of the flight deck has occurred, select a subset of the vehicle data associated with the change in the current state; a data transmitter configured to transmit the selected subset of the vehicle data in response to one or more inputs, the one or more inputs being either an activation input from a crew of the vehicle or one or more electronic inputs, the one or more electronic inputs including a CAS message, an alarm, a failure message, and/or a weight on wheels signal: a transceiver coupled to the data transmitter, the transceiver configured to receive and re-transmit the selected subset of the vehicle data in real time; a processing system coupled to the transceiver, the processing system configured to receive and re-transmit the selected subset of the vehicle data; and a flight simulator coupled to the processing system, the flight simulator configured to: in response to receiving the selected subset of the vehicle data, replicate the exhibited response of the flight deck in real-time, and implement control functions enabling a user to navigate through the selected subset of the vehicle data received; characterized in that the system comprises a buffer memory configured to continuously store data for N minutes, for example for N=5, 10, 30, 60, etc. minutes; wherein the data processor is configured to store the selected subset of the vehicle data in the buffer memory in preparation for transmission. in response to receiving the selected subset of the vehicle data, replicate the exhibited response of the flight deck in real-time, and implement control functions enabling a user to navigate through the selected subset of the vehicle data received; characterized in that the system comprises a buffer memory configured to continuously store data for N minutes, for example for N=5, 10, 30, 60, etc. minutes; wherein the data processor is configured to store the selected subset of the vehicle data in the buffer memory in preparation for transmission.