Why is the spacecraft’s high degree of autonomy vital during deorbit and entry phases?
Answer
Time delays preclude constant real-time human intervention
The high speed of atmospheric interface and communication time delays make it impossible for constant real-time human intervention for every required steering adjustment, making onboard automation critical.
#Videos
Boeing Starliner returns to earth without astronauts | BBC News
A Closer Look At Starliner's Return To Earth - YouTube
Related Questions
Which specific thrusters are used for the deorbit burn maneuver?Where is the Starliner typically designated to land on land?From approximately what speed must the Starliner slow down during the deorbit burn to re-enter the atmosphere?What component is jettisoned just before the capsule encounters the densest parts of the atmosphere?How must the spacecraft be oriented during atmospheric interface to manage thermal forces?What is the very first action taken in the parachute deployment sequence?How many large main parachutes are typically used to slow the capsule for landing impact?Why is the spacecraft’s high degree of autonomy vital during deorbit and entry phases?What logistical element is specifically required for Starliner's land landing but absent for an oceanic splashdown?How severely can an error in the deorbit burn timing affect the landing zone?