dcsprior
Member
I'm guessing that by spending enough money, the ability for weather and other factors to disrupt the railways could be reduced. For instance:
Presumably all of these things would increase the railways resilliance, but could also cost huge amounts of money. And presumably passengers who currently complain about disruption would instead complain about the huge rise in ticket prices.
In things like flood-prevention, designers will often build to protect against anything up to a "100-year event", does railway lines aim for something similar - e.g. to be resilient enough to only suffer major disruption 1 day per year (or 0.5, or 2, or 6, etc...)?
If so, what balance do they aim for? If not, what would be a realistic balance to aim for?
- Electrified lines could all have 3rd-rail and overhead electrification, with dual-voltage trains - so there's redundancy in case of lines being down or snow being on the third rail
- More spare trains could be kept available at stations
- Similarly, more spare train-crews could be paid to be on standby and/or critical staff paid to do non-critical duties where they could be pulled from if someone else was sick/etc.
Presumably all of these things would increase the railways resilliance, but could also cost huge amounts of money. And presumably passengers who currently complain about disruption would instead complain about the huge rise in ticket prices.
In things like flood-prevention, designers will often build to protect against anything up to a "100-year event", does railway lines aim for something similar - e.g. to be resilient enough to only suffer major disruption 1 day per year (or 0.5, or 2, or 6, etc...)?
If so, what balance do they aim for? If not, what would be a realistic balance to aim for?