Quote:
Originally Posted by Truenorth00
With Trillium it was sort of understandable because they were constrained by costs. Higher frequencies would require double tracking, which would substantially increase capital costs, possibly pushing upgrades and extensions to a later phase.
What's inexcusable is building a line capable of high frequencies and then running trains every 15 min because you can't figure out how to uncouple two LRTs.
As you point out, for some reason we chose to build a metro system around trams and not have climate controlled stations, when we could have easily built a fully automated, climate controlled light metro like REM. But that aside, I don't think being middle of the pack of losers is a great defence. This kind of service off-peak is poor for transit users. We have nothing to learn from them on this front and we need to build a transit system that works for us. And 15 min frequencies on the branches off-peak doesn't work.
Maybe they should buy a few more LRVs and leave them uncoupled to run as the night time fleet if they are too incompetent to figure out how to uncouple the LRVs. That way they can ensure 10 mins frequencies on the branches at night.
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I've heard a few reasons for why they're leaving them coupled, but none of them were related to frequency. You can bet that if they were uncoupled, they would still run the same frequency, even at every 15 minutes they weren't full pre-pandemic.
The uncoupling is an odd one. Because of the design of the trains, it has to be done in the yard, they need to install a fibreglass cap over the coupler which doesn't just fold away like it does on some others. This is an operational headache. I've also heard that having two trains provides redundancy - the computers are linked and redundant, and if one train fails the other is right there to push/pull it off the line.
From what I heard these decisions were RTM driven, not OC Transpo. So long as OC doesn't have to pay for it, the marginal cost of running doubles is low so they are OK with it.