A strategic choice would have been to convert the whole Pirbright Junction to Bournemouth DC scheme and its Weymouth extension to AC overhead
At the time of electrification, the slow lines were already third rail to Sturt Lane Junction (via now closed spur to Frimley).A strategic choice would have been to convert the whole Pirbright Junction to Bournemouth DC scheme and its Weymouth extension to AC overhead
Theoretically yes but would need room in the switching yard for the necessary additional switching equipment and suitable EHV transformer(s) presumably to 33 kV and of course a suitable cable route to your new proposed Basingstoke Feeder.Could the bramley feeder also have a high voltage extension lead to a new Basingstoke substation to beef up the 3rd rail juice in that area? Or am I being too speculative?
They do. 3 387s are nominally spare, according to the postings that indicated they were potentially going elsewhere.If only GWR had some spare dual voltage units.
(take the diesel engines off of course)
M3/A34 may well be dubious, but Highways England is well on the way to spending megabucks on rebuilding the junction between those two roadsI suggest that the "Golden Goose" may be in the Southampton container traffic. The port accounts for nearly half of UK container trade with rail moving only about 25%. Most of the rest takes the dubious M3/A34.
Agreed.M3/A34 may well be dubious, but Highways England is well on the way to spending megabucks on rebuilding the junction between those two roads
As for XC services. Pre-Covid there were always 2tph from Reading to Coventry and 3 in every 2 hours from Reading to Basingstoke. There's no decrease in demand, just a downright lazy refusal to restore the frequency. A 2/3 reduction south of Reading is a sick joke.We really do not need 3tph GWR stoppers. We need at least one fast train per hour to provide decent journey opportunities for long distance passengers connecting between two busy main lines. Back in the day even a second fast service per hour would have been very much appreciated.
Pre-Covid there were always 2tph from Reading to Coventry
We really do not need 3tph GWR stoppers. We need at least one fast train per hour to provide decent journey opportunities for long distance passengers connecting between two busy main lines. Back in the day even a second fast service per hour would have been very much appreciated.
Before COVID I was fairly convinced that 2 stoppers per hour offpeak was not serving the right demand. Bramley and Mortimer aren't really big enough to sustain 2tph but the end-to end demand was always there. My thinking was that one of those GWR services could be non-stop to complement the main XC service and provide 2tph fasts. As it is now it would be great just to have 1tph fast, so if the scheduling works it's time for GWR to step in!The reasoning for a 3rd GWR service in my previous post (although there's nothing stopping the 3rd service being a fast service) was on the assumption that XC are likely to end up with less ability to continue their services to Basingstoke/Southampton (although assuming Bournemouth services continue), as such the 3rd GWR service would help to bridge that gap in service provision, whilst ensuring hourly seating capacity remains good (with the reduction in capacity between the 165's vs 387's).
One of the benefits of the XC or other mid point service between the GWR stoppers is it reduces the circa 25 minute change time of going between Basingstoke and Newbury.
I dont think the DEMUs managed 2tph all day with two units. It was only once the Turbos were in place, with a 24 minute running time that 2tph with two units was possible. The 150s managed it as well.There were two trains an hour with two units.
I have lived in both Reading and Basingstoke, and my memory of the line (SR DEMU's) is that there was a quick turnround of stoppers at both ends; so any late running would result in the train back running late; and so on. There were two trains an hour with two units. Would AC electric trains have significantly better acceleration to increase the turnround time and allow better recovery?
Any electric would help yesI have lived in both Reading and Basingstoke, and my memory of the line (SR DEMU's) is that there was a quick turnround of stoppers at both ends; so any late running would result in the train back running late; and so on. There were two trains an hour with two units. Would AC electric trains have significantly better acceleration to increase the turnround time and allow better recovery?
I commuted from Basingstoke to Reading in the turbo era, and the timekeeping was generally very good. There was enough slack, especially at Basingstoke, for modest delays on arrival to be translated into on-time departures. Delays if any, were usually caused by waiting at Southcote Junction for delayed trains on the Newbury line to clear the junction. I'm sure EMUs or even BEMUs could absorb the extra stop at Green Park without needing more than 2 units in service maintaining a 2 tph shuttleI have lived in both Reading and Basingstoke, and my memory of the line (SR DEMU's) is that there was a quick turnround of stoppers at both ends; so any late running would result in the train back running late; and so on. There were two trains an hour with two units. Would AC electric trains have significantly better acceleration to increase the turnround time and allow better recovery?
I accept that there is a reasonable total of passengers from Bramley and Mortimer but that's skewed significantly to the peaks. I've seen it myself as both a commuter on that line and as a fairly regular offpeak traveller more recently. Direct London services aren't needed as interchange at Reading provides plenty of fast connections and, from Bramley at least, London via Basingstoke isn't bad either. Whether it's possible to squeeze in two fast trains plus two stoppers in the peak periods, is a question I don't know the answer to. There's plenty of freight heading to/from Southampton that is eager for paths too, not to mention the tracks through Reading West shared with Newbury, West of England and Mendip stone trains0.5m (pre-pandy) between Mortimer and Bramley is not terrible, given the services don't run to London. Many advocate for more services for less users.
Good points on the track capacity - and indeed 3tph stoppers and 2tph XC - and freight.I commuted from Basingstoke to Reading in the turbo era, and the timekeeping was generally very good. There was enough slack, especially at Basingstoke, for modest delays on arrival to be translated into on-time departures. Delays if any, were usually caused by waiting at Southcote Junction for delayed trains on the Newbury line to clear the junction. I'm sure EMUs or even BEMUs could absorb the extra stop at Green Park without needing more than 2 units in service maintaining a 2 tph shuttle
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I accept that there is a reasonable total of passengers from Bramley and Mortimer but that's skewed significantly to the peaks. I've seen it myself as both a commuter on that line and as a fairly regular offpeak traveller more recently. Direct London services aren't needed as interchange at Reading provides plenty of fast connections and, from Bramley at least, London via Basingstoke isn't bad either. Whether it's possible to squeeze in two fast trains plus two stoppers in the peak periods, is a question I don't know the answer to. There's plenty of freight heading to/from Southampton that is eager for paths too, not to mention the tracks through Reading West shared with Newbury, West of England and Mendip stone trains