mdrejhon
Senior Member
Enormous cost rises, although less per passenger due to lower operating cost of electric trains. Likely enormous revenue rises too.
It's possible to have less staff per train. Eliminate the GO ambassador on the "SmartTrack" route of GO RER, as an example. Reallocate these staffing resources to other routes that keeps old bilevels, like Lakeshore.
There are wheelchair accessible trains in Europe servicing low platforms, so it's doable. Also, SmartTrack infills means a new platform height may be cheaply possible from scratch (e.g. Some European trainsets have bottom floors only 17" above the rails -- only one stairstep higher than current 8-9" GO platforms).
Now ridership goes up because of more frequent service. This can result in better farebox recovery despite double number of trains -- depending on train corridor ability to sustain 15-minute service.
Of course, what's about to happen to Barrie is a dramatically massive increase -- then when switching to electric, operating costs may stay the same or actually fall back downwards, despite further increases in trainsets, especially with unattended wheelchair boarding capability.
This is probably a 20-to-30-year timescale before the friendly GO ambassadors are reallocated, but it could happen within 10 years for the Bramalea-Stoufville/SmartTrack segment (the section most likely to be the first to get EMUs and unattended wheelchair boarding).
It's possible to have less staff per train. Eliminate the GO ambassador on the "SmartTrack" route of GO RER, as an example. Reallocate these staffing resources to other routes that keeps old bilevels, like Lakeshore.
There are wheelchair accessible trains in Europe servicing low platforms, so it's doable. Also, SmartTrack infills means a new platform height may be cheaply possible from scratch (e.g. Some European trainsets have bottom floors only 17" above the rails -- only one stairstep higher than current 8-9" GO platforms).
- Wheelchair accessibility at all train doors, like a subway. Less need for ambassadors.
- Train lengths are shorter (100-150 meter instead of 300 meter).
- Same number of coaches. Same layover storage space. Same cleaning time.
- Electric trains turnover a route faster, so fewer trainsets for a specific time interval.
- Operating costs are lower with electrics
- Maintenance costs are lower with electric locomotives.
- Maintaining two electric locomotives cost less than maintaining one legacy diesel
Now ridership goes up because of more frequent service. This can result in better farebox recovery despite double number of trains -- depending on train corridor ability to sustain 15-minute service.
Of course, what's about to happen to Barrie is a dramatically massive increase -- then when switching to electric, operating costs may stay the same or actually fall back downwards, despite further increases in trainsets, especially with unattended wheelchair boarding capability.
This is probably a 20-to-30-year timescale before the friendly GO ambassadors are reallocated, but it could happen within 10 years for the Bramalea-Stoufville/SmartTrack segment (the section most likely to be the first to get EMUs and unattended wheelchair boarding).
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