The company conducted tests near the Cape Canaveral Air Force Ground Landing Area 1 in Florida, starting with two one-second burns for two of Crew Dragon's 16 Draco chokes. These drafts will be used to maneuver and control the position, as well as to reorient the spacecraft. The Crew Dragon team then released eight SuperDraco engines that will be responsible for accelerating the spacecraft away from its launch vehicle in nine seconds.
Crew Dragon Launcher Full Static Fire Test ̵1; Completed – SpaceX and NASA teams are now reviewing test data and are working to demonstrate Crew Dragon's pic.twitter launch capabilities in flight. com / CMHvMRBQcW
– SpaceX (@SpaceX) November 13, 2019
Then, the Dragons and the Draco SuperDraco engines fired in the same order as they would if the spacecraft had to reorient themselves in time. on a flight so he can deploy his parachute and close his flap before to enter the atmosphere. These tests will help SpaceX and NASA validate the Crew Dragon escape system before a scheduled in-flight demonstration. However, before this demonstration happens, both NASA and SpaceX must review the data from those tests, perform hardware checks, and set a date for the flight abortion test.