Joseph Potvin,
Three questions:
1. What frequency of service does MOOSE intend to provide?
2. How many trains does MOOSE intend to purchase?
3. Does your financial estimate for both upfront capital expenditures and for annual operating costs account for this number of trains?
The issue:
In your Letter of Application to CTA of 29 Jun 16 you claim that MOOSE will operate a 400km (
para 20) network over 3 lines (
Annex F). There will be approximately 50 stations (
para 20). You indicate that you will use 6 trains to do that. (
Annex J, para 3b) and that you will provide hourly service (
page 6 of update 25 Nov 16).
To do that you would need each train to complete its run from end to end of each line in under an hour, give some time to conduct your “pit stop program” at the end of each line (
Annex J, para 4.2), and then head out again in the opposite direction.
This is obviously impossible. Some simple math:
Assuming each line is 130km long.
Assume 15 stops per line and each stop reduces travel time by 2 minutes due to deceleration, offloading/onloading passengers, and acceleration. Total time lost at stations = 30 min.
To get from one end of the line to another in an hour would require the train to travel over 300km/hr. (60 min/hr -15x2 min/stop – 5min pitstop)=35min leaving 25min or 0.416 hours for travel. 130km/0.416hr = 312km/hr.
A more likely scenario is about a 3 hr turn around. This would give you a much more comfortable 3 minutes loss per station (45 min total), a 15 minute pit stop at each end, and 2 hours to travel 130km equating to an average of 65km/hr (remember we’re dealing with passing tracks, bridges, etc). In my mind that means you would require at least 18 trains and would probably need another 2 or 3 for ongoing maintenance issues.