ET659

Looking at the Restart states from Rev 659 (OD column) we have the preliminary results for ET659 & DH659.
ET659, DH659		NoBurn	Recon	OD	Recon-NoBurn	OD-NoBurn	
MMS	Epoch of Plan Apogee	A(km)	A (km)	A (km)	A (km)	A (km)	
MMS1	Dec 29 2016 09:03:34.298	42106.149	42106.170	42106.150	0.02150	0.00130	
MMS2	Dec 29 2016 09:03:39.391	42106.161	42106.194	42106.158	0.03261	-0.00347	
MMS3	Dec 29 2016 09:03:38.939	42106.140	42106.170	42106.137	0.03003	-0.00228	
MMS4	Dec 29 2016 09:03:33.751	42106.158	42106.179	42106.156	0.02116	-0.00203	

The OD does not look as promising as we would have like, but this is possibly due to the increased SMA covariance around ET659 and it appears to have not completely converged.

Looking at the Restart states from Rev 660 (OD column) we have the following results for ET659, DH659, DH660
ET659, DH659, DH660		NoBurn	Recon	OD	Recon-NoBurn	OD-NoBurn	
MMS	Epoch of Plan Apogee	A(km)	A (km)	A (km)	A (km)	A (km)	
MMS1	Dec 30 2016 08:56:47.740	42106.038	42106.044	42106.0473	0.00578	0.00927	
MMS2	Dec 30 2016 08:56:52.833	42106.051	42106.083	42106.0493	0.03260	-0.00122	
MMS3	Dec 30 2016 08:56:52.306	42106.029	42106.059	42106.0254	0.03000	-0.00379	
MMS4	Dec 30 2016 08:56:47.187	42106.047	42106.068	42106.0470	0.02116	-0.00025	

MMS1 and MMS4 SMAs are within 0.3 meters of each other and the drift between MMS1 and MMS4 has essentially halted.  The ET659 maneuver has accomplished its objective.