Anyways. Reading through the service manual some tonight.
Figured I would post for those who are interested.
The clutch is controlled by oil pressure that runs down the shaft and into the clutches. Inside the clutch cage is a piston that when filled with oil, will compress the clutches causing them to engage. The pressure is controlled by the oil pump which runs through the valve body. Valves open and close directing pressure to the appropriate area. Ex. clutch 1 or 2. Valves are ultimately controled by the PCM which has the job of computing the proper gear for the current situation based on 2 dozen sensors around the unit.
Some areas of concern.
With the 700 line we have seen debris clog the valve system causing it to stay stuck in gear or not engage at all. In theory, this same issue could happen with the 1000 causing low pressure or other issues. Low pressure would mean a less than fully engaged clutch and that would lead to slipping.
Long to short. The final culprit could wind up to not be the clutch and more like a faulty oil pump, pressure valve, sensor, valve system, or stuck solenoid.
So in theory, if you want a more robust clutch. You need to up the oil pressure.
Who wants to give this a go?
Some have said a thicker oil will do this, I think that is far from the case as that would only increase lag time with the distance and small openings the oil needs to pass in a timely fashion.
Good luck.