nfitz
Superstar
Assuming that every 3 minutes is correct - that's 20 trains an hour. I was using 500 peak capacity for a 3-car train. So about 333 for a 2-car train. That's closer to about 6,670 pphpd. Crush capacity would be higher, but then the dwell times increase, and they can't do as quickly end to end.Let's say it's 40 minutes end to end, this will give an average speed of 28.5km/h for the entire line. This means that one train will take 1 hour 20 minutes to complete one roundtrip journey. Having all 28 trains running at the same time, it will give an hourly throughput at any given station of 21 trains yielding a frequency of 2 minutes 51 seconds. Round it up to 3 minutes to account for other factors. Pretty respectable if you think about it.
Max capacity at opening day of roughly 8,000 pphpd!
Please feel free to correct my math if there are any errors!
Stated where?The stated capacity at the planned service level in the AM peak is in fact only 75% of this, a little under 6000.
Though based on all our assumptions about capacity and travel time, that gives 18 trains an hour. One every 3 minutes 20 seconds.
That sounds like normal TTC service to me!At 11pm this past evening, there was not a single train in sight.




