So, the actual number of pph is going to be dependent upon the number of gondolas on the rope, which determines their spacing and thus, how fast then come in and out of the station. We already know from insider information (thanks
@marni1971 ) what the speed of the rope will be: 5 meters/sec (11 mph). Until we find out the spacing of the gondolas, we won't have accurate pph. Theoretically, the D-line can go 7 meters/sec, so, we're already at 71% of theoretical capacity.
We can get an idea from real world examples. When we go to the Doppelmayr website, the listed capacity of real world D-line lifts that they highlight averages to 2,430 pph (after normalizing rope speed to 5m/s). But, that's assuming they're fitting 10 people in each cabin. If WDW only puts in 8, then the average is 1,950.
The question is,
@Lift Blog , if you can answer it, are those numbers absolute max, or average throughput?
The 5,000 pph number people have been bandying about comes from
@Lift Blog who said...
Now, a theoretical "could reach 5,000 pph" is way different than reality. If WDW has the rope at a slower speed (which is does), and has longer spacing between gondolas, and isn't committed to filling each gondola with 10 people, then that theoretical number drops significantly.
So, everyone, please stop repeating that the Skyliner will have a capacity of 5,000 pph. That is an extraordinary theoretical cap and is very likely nowhere near the actual rate.