So just to laymen it, for the S-band on the LM It's working as long as V06N51 is showing "tracking"?
The LM S-Band Steerable Antenna has a working manual mode. The geometry is done to calculate the direction of the Earth and to show a signal strength on the gauge for it. So you can call Verb 64 and use the manual pitch and yaw angles it gives there in the manual control mode of the antenna. What has not been implemented yet is the auto mode of the LM steerable antenna.
The automatic modes of the CSM HGA have just been implemented btw, it's in the most recent release.
Also in 10 it seems the MCC is about 40 mins behind the checklist times, I somewhat recall reading some issue about the time accel being the cause of this? It that right or did I swiss-cheese my research. Anything I can do to fix mid flight?
40 minutes is pretty high, I've not seen more than 25 minutes on my tests. 10 minutes of that is doing MCC-2 instead of MCC-1, as those maneuvers aren't nominally 0, they did a maneuver to more closely resemble the Apollo 11 trajectory. The real mission also skipped MCC-1 and did that trajectory change with MCC-2, so the real mission also fell behind 10 minutes due to that. As for the other time difference, it's probably something with the TLI targeting parameters for Apollo 10 we use. I have to look through them once more, maybe I'm finding the issue. There is not much you can do really, the translunar flight time is fairly fixed when the midcourse maneuver targets free return. But I am not sure why you have even more than usual. If it is something fixable in the TLI targeting then we will get 15 minutes back at least once it is fixed.