hw621
Senior Member
I haven't ridden the line, but I kept hearing long wait time for trains ranging from 15 minutes to up to 27 minutes. What is the frequency of trains? Isn't it supposed to be 5 - 7 minutes, or did I miss anything?
To my surprise, I found what helped strengthening my one knee was playing soccer, but with a knee brace. The knee brace seemed to make it work, otherwise it was making even worse from the playing. I don't notice my knees anymore hiking around the city.I have bad knees, and I use the Crosstown every day. In fact, I use the stairs every day in an effort to strengthen them.
Some of that, is that's often what the meaningless displays are showing, while reality is different. I suspect that the reports are very disproportionally biased to the bad news stories.I haven't ridden the line, but I kept hearing long wait time for trains ranging from 15 minutes to up to 27 minutes. What is the frequency of trains? Isn't it supposed to be 5 - 7 minutes, or did I miss anything?
The next train estimates are often completely incorrect: plenty of people have reported double-digit estimates seconds before a train pulled into the station.I haven't ridden the line, but I kept hearing long wait time for trains ranging from 15 minutes to up to 27 minutes. What is the frequency of trains? Isn't it supposed to be 5 - 7 minutes, or did I miss anything?
I usually have a train arriving within 5 minutes of reaching the platform. And quite often a train pulls in just as I arrive.I haven't ridden the line, but I kept hearing long wait time for trains ranging from 15 minutes to up to 27 minutes. What is the frequency of trains? Isn't it supposed to be 5 - 7 minutes, or did I miss anything?
Don't forget, there are elevators too. They are one thing that nobody can complain about. They are larger than previous elevators, and faster, and they don't take over half a minute to align with the floor - though all elevators are good at that when they are new, and have trouble finding the floor as they get older.I’ll tell you guys, I had some errands to run along Eglinton last weekend. I had to navigate four Eglinton Line stations in 90 minutes with somewhat heavy bags, and between the station depth and long wait times for trains, it was not a pleasant experience. I was very exhausted and very annoyed![]()
If what you're saying is true, then they're adhering to the (now padded) schedule after some TSP improvements were made at 8 intersections.
- Dwelling time at underground section was over one minute, above groups stops didn't have the problem.
I am assuming this means some trains will be 3-car instead of current 2-car, but I do not think that all trains will be 3-car at peak.include additional trains
Any word on when the LRV's can go the full 80 km/h underground? Hope that happens sooner rather than later.Line 5 Eglinton train service to run later starting Sunday
April 3, 2026
Beginning this Sunday, April 5, train service on Line 5 Eglinton will be extended to 1:20 a.m., Sundays to Fridays, and 12:30 a.m. on Saturdays. These expanded service hours are the next step as the TTC and Metrolinx work towards full, regularly scheduled service on Line 5.
During this phase, trains will arrive approximately every four minutes at the busiest times of day and six to 10 minutes at off-peak times.
Line 5 Eglinton opened in February under temporary introductory service conditions. The introductory service phase allowed for ongoing stress testing of switch and signal infrastructure, fine-tuning of schedules based on real-world operating conditions, and an extended overnight maintenance window.
The TTC’s Blue Night bus service will continue to operate from 1 a.m. until the start of train service at approximately 6 a.m. Monday to Saturday, and 1 a.m. to 7:30 a.m. on Sundays.
Line 5 shuttle buses continue to remain available to supplement service as required.
Earlier this year, the City of Toronto made changes to traffic signals at all intersections along Line 5 Eglinton to allow LRT trains to move through intersections before left-turning vehicles. Additional transit priority measures are in the works and will be rolled out in the coming months, further improving trip speeds and overall customer experience.
This next phase in the opening of Line 5 Eglinton will include additional trains, more reliable round-trip travel times, and the completion of transit signal priority along Eglinton.
The TTC serves as the operator for Line 5 Eglinton, bringing more than a century of expertise as North America’s third busiest public transit agency. Under agreements with Metrolinx and the City of Toronto, the TTC is responsible for operating trains, providing security and revenue control, and staffing stations to ensure a high level of customer satisfaction. The line’s infrastructure and vehicles are maintained by Crosslinx Transit Solutions (CTS) under contract to Metrolinx. As operator, the TTC works in close partnership with Metrolinx, the City, and project partners to deliver safe, reliable and efficient service, integrating Line 5 Eglinton into Toronto’s broader transit.
Nope, they will remain at 2-cars.I am assuming this means some trains will be 3-car instead of current 2-car, but I do not think that all trains will be 3-car at peak.
I can tell you right now, that will make little to no difference. You can model this with some physics. We know the distance between stations, and we have a good idea of how it accelerates and brakes. We know how long the platform and train is. A 20 km/h higher top speed would result in a few seconds saved at most between two stations.Any word on when the LRV's can go the full 80 km/h underground? Hope that happens sooner rather than later.
Based on the views of the driver's interface, it appears that an increase in the speed to 80 km/h in the tunnels from 60 km/h will also increase the part where trains slow down when approaching stations from 35 km/h to 55 km/h. So that can save some additional time as well.I can tell you right now, that will make little to no difference. You can model this with some physics. We know the distance between stations, and we have a good idea of how it accelerates and brakes. We know how long the platform and train is. A 20 km/h higher top speed would result in a few seconds saved at most between two stations.
In some cases, where station gaps are shorter, reaching 80 km/h won't even be possible.
Better TSP, and faster intersection speeds on the surface will actually improve things.




