Final answer:
The SRS in the FMGS targets the speed and performance of the aircraft when it detects an engine failure. For example, if an engine failure is detected during takeoff, the SRS will aim to maintain a target speed and pitch to safely climb and reach a specific level of altitude.
Step-by-step explanation:
When the FMGS (Flight Management and Guidance System) detects an engine failure, the SRS (Secondary Reference System) targets the speed that ensures the best performance and stability of the aircraft. The SRS operates by controlling the thrust level of the remaining engines and adjusting other parameters such as the flight path and climb gradient to maintain stability and enable a safe landing. For example, if an engine failure is detected during takeoff, the SRS will aim to maintain a target speed and pitch to safely climb and reach a specific level of altitude.
the SRS (Secondary Reference System) targets the speed that ensures the best performance and stability of the aircraft. The SRS operates by controlling the thrust level of the remaining engines and adjusting other parameters such as the flight path and climb gradient to maintain stability and enable a safe landing. For example, if an engine failure is detected during takeoff, the SRS will aim to maintain a target speed and pitch to safely climb and reach a specific level of altitude.