So the existing Cross Country services have nearly no free space on many of their services. In the short term, there’s a couple of things I think could help this problem: You could have half a coach of first class instead of a full one and (this is the main one) you could also cascade Avanti West Coast Class 221s and East Midlands Railway Class 222s onto Cross Country routes. This second one would be possible because of the Class 805s, 807s and 810s entering WCML/MML service in 2022 or perhaps slightly later.
Below is a list of all the Voyagers and their quantities:
34x 4 coach XC Class 220s
4x 4 coach XC Class 221s
20x 5 coach XC Class 221s
20x 5 coach AWC Class 221s
4x 4 coach EMR Class 222s
17x 5 coach EMR Class 222s
6x 7 coach EMR Class 222s
So my thinking is that you could have services as either 5 coaches or 7/8 coaches (depending on the stock). This would involve a fair bit of multiple working. I’ll put all the quantities post-cascade below:
19x 2x4 coach Class 220/221 workings
2x 2x4 coach Class 222 workings
6x 7 coach Class 222 workings
5x 7 coach HST workings
57x 5 Coach Class 221/222 workings
I might try and put the 5 coach sets on Newcastle to Reading and Manchester to Bournemouth, with the 7 coach HSTs, 7 coach 222s and 2x4 coach 222s on the Scotland to South West services. The 19 2x4 220/221 trains would go on Manchester to South West services probably. I’m not sure how many trains are required for each diagram so these unit allocation bits may be completely off. If you have extra sets available, I’d say they could put single class 220s on the busiest Birmingham to Nottingham and/or Stansted services.
In the long term, Tri-mode trains would be good. They would have 3rd rail and overhead electric power as well as hydrogen for the sections not electrified. These would be formed of 4 coaches working in multiple on all the existing voyager routes (some extensions) and new routes like North East England to South Wales. They’d be single sets on the current class 170 operated routes.
Thoughts would be appreciated below
Below is a list of all the Voyagers and their quantities:
34x 4 coach XC Class 220s
4x 4 coach XC Class 221s
20x 5 coach XC Class 221s
20x 5 coach AWC Class 221s
4x 4 coach EMR Class 222s
17x 5 coach EMR Class 222s
6x 7 coach EMR Class 222s
So my thinking is that you could have services as either 5 coaches or 7/8 coaches (depending on the stock). This would involve a fair bit of multiple working. I’ll put all the quantities post-cascade below:
19x 2x4 coach Class 220/221 workings
2x 2x4 coach Class 222 workings
6x 7 coach Class 222 workings
5x 7 coach HST workings
57x 5 Coach Class 221/222 workings
I might try and put the 5 coach sets on Newcastle to Reading and Manchester to Bournemouth, with the 7 coach HSTs, 7 coach 222s and 2x4 coach 222s on the Scotland to South West services. The 19 2x4 220/221 trains would go on Manchester to South West services probably. I’m not sure how many trains are required for each diagram so these unit allocation bits may be completely off. If you have extra sets available, I’d say they could put single class 220s on the busiest Birmingham to Nottingham and/or Stansted services.
In the long term, Tri-mode trains would be good. They would have 3rd rail and overhead electric power as well as hydrogen for the sections not electrified. These would be formed of 4 coaches working in multiple on all the existing voyager routes (some extensions) and new routes like North East England to South Wales. They’d be single sets on the current class 170 operated routes.
Thoughts would be appreciated below