March - April 2019: Detailed Survey - Baseball Diamond

# Burn time DV Dt a
M0D2019-02-28 17:00:00.00078.510.3117.61
M1D2019-03-02 17:00:00.00036.94.9587.43
M2D2019-03-05 16:45:29.00053.87.2037.47
M2D2019-03-05 17:14:31.00053.97.2307.45
M3D2019-03-09 16:45:29.00027.63.7497.35
M3D2019-03-09 17:14:31.00027.73.7517.38
M4D2019-03-12 16:45:29.00039.25.2727.44
M4D2019-03-12 17:14:31.00039.15.2887.39
M5D2019-03-16 16:45:29.00026.03.5387.34
M5D2019-03-16 17:14:31.00026.23.5477.40
M6D2019-03-19 16:45:29.00031.74.3257.33
M6D2019-03-19 17:14:31.00031.84.3487.32
M7D2019-03-23 16:45:29.00021.83.0277.19
M7D2019-03-23 17:14:31.00021.83.0387.17
M8D2019-03-26 16:45:29.00032.44.4207.34
M8D2019-03-26 17:14:31.00032.54.4257.35
M9D2019-03-30 16:45:29.00029.94.0727.34
M9D2019-03-30 17:14:31.00029.94.0907.32
M10D2019-04-02 17:00:00.00058.97.7707.59
M11D2019-04-06 16:45:29.00047.76.3737.48
M11D2019-04-06 17:14:31.00047.96.3957.50
M12D2019-04-09 17:00:00.00059.97.8777.60
The table shows the spacecraft maneuvers executed during this phase.

Most of the maneuvers were performed in two steps: one burn varies the trajectory and the other varies the speed (the magnitude of the velocity vector).
The graph shows the trajectory of the spacecraft in the Bennu-centric mean ecliptic and equinox of J2000 reference frame.

Poster (1.4 MiB pdf file) with detailed explanations: Detailed Survey: Baseball Diamond

The popup label shows the date, the radius vector (km) and the spacecraft speed (mm/s).


The following graph shows the s/c radius vector and orbital speed.