ehlow
Senior Member
[video=youtube;T-Bejzw9BBA]https://www.youtube.com/watch?v=T-Bejzw9BBA[/video]
funny, i wrote the exact same thing a couple weeks ago in reply to someone else. My knowledge of the city and the surrounding gta is actually quite good imo, and i think my posts demonstrate this. If you can find any evidence that shows otherwise, point it out.
Question: How does the cost of operating and maintaining light rail vehicles on Eglinton Line compare to the cost of heavy rail vehicles (subways)? I'd assume that the cost of the LRV would be similar, since subways and light rail are [more or less] identical mechanically, but I'd like to be sure.
Why do the TBMs need to be extracted at Allen? Why can't they continue all the way to Yonge?
I'm not sure what level of detail you expect from an answer but... to state the obvious, because there's a subway line there and they have to dig a new station underneath the current one and connect the two.
Same with Yonge-Eglinton, except both pairs of TBMs will be extracted there.
I know. I completely forgot about Eglinton West station. Sigh... such a stupid question.
The sad thing is that I completely remembered that the reason the TBM couldn't cross Yonge was because of the Yonge Line. No such luck with me remembering the existence of Eglinton West Station.
I need to rest my brain![]()
Question: How does the cost of operating and maintaining light rail vehicles on Eglinton Line compare to the cost of heavy rail vehicles (subways)? I'd assume that the cost of the LRV would be similar, since subways and light rail are [more or less] identical mechanically, but I'd like to be sure.
I don't have exact numbers but in general the larger the vehicle the lower the maintenance cost and the lower the operating cost on a per passenger basis. That's one of the main reason for going with a higher-capacity system. If smaller vehicles were the cheapest to maintain and operate we would have BRTs everywhere.
Think about just the cost of drivers. An articulated bus holds about 200 people. A three car LRT vehicle holds about 750 people. In order to move a daily average of 3000 people an hour you would need 4 LRTs or 15 buses moving each way, each with one driver. At $25 per hour the driver are costing $400 for the LRT and $750 for the bus, so right there the LRT is saving you $350 per hour. Multiply that by 20 hours and 365 days a year and you get a saving of $2.5 million, and that doesn't include driver benefits or other employee costs (uniforms, training etc.). As your ridership goes up the more savings you get. Of course it's more complicated than that but you get the jist.
Where do you get these numbers? A TTC Artic at peak holds 77 people. A single TTC Flexity holds 130 people - and are going to be similar in capacity to the Eglinton line vehicles.An articulated bus holds about 200 people. A three car LRT vehicle holds about 750 people.
Well at least that number works. TTC report 1080 on a TR. I'd believe you could ultra-crush an other 3 people per car.You can scale that up with an 1100 passenger subway train.
Speaking as someone who lives in the affected area (the east end of old Toronto) your DRL proposal made it pretty clear that you have no idea as to the actual facts on the ground.
I have to deal with another poster making personal attacks. Sorry guy, I ain’t telling ya sheeeit. As for your issue with my Don Line routing and how I have “no idea the facts on the ground†(whatever that means)... Again: if you can find any evidence, point it out. What are they? The discussions on the matter are in the DRL and Fantasy Map threads, starting around Sept/Oct. If you supposedly know this area and see a problem with my route, why haven’t you posted about it?grossly incompetent, immovable, or ignorant
How many times are you going to reply to the same post? LOL!I have to deal with another poster making personal attacks




