61653 HTAFC
Veteran Member
Something that crops up a lot on threads about Northern and TPE is Mirfield station. The island platform is in a state due to subsidence and will be difficult to make step-free. The walk between the island and P3 is a pain, and can be confusing for unfamiliar folk. There's also the issue of congestion through the stretch between Heaton Lodge and Ravensthorpe, with many suggesting 4-tracking as this section is essentially two mainlines squeezed into one (and a half)...
So, for those amateur (or indeed professional!) engineers among us, how would you solve the issues? I'd hope that 4-tracking is being considered as part of the electrification/upgrade but I'm not holding my breath!
Ideally the whole island platform (and the rather rickety P3) would be abandoned, 4-tracking between the two junctions with curves eased around 2 new island platforms on the Dewsbury side of the Station Road bridge, giving 4 platform faces. The Eastbound island with P1 on the North side for (based on the proposed timetable) most stopping services, and P2 for non-stopping services and some calls in the peak (though with crossovers allowing all services to use either line if required). On the Westbound side, the southernmost face (P4) served by most stopping services with P3 for passing services and some calls by semi-fasts, though again with flexibility. This would entail lines being paired by use from Heaton Lodge junction (crossovers being provided just as the dive-under rejoins the main formation) with the 4-tracking being, from North to South, Eastbound slow, Eastbound Fast, Westbound Fast, Westbound Slow. A staffed ticket office to be provided at street level under the bridge (this would require excavation, of course) with lifts and stairs to both islands. Car parking has long been an issue so would be expanded possibly by relocating the NR engineers yard North of the formation to somewhere in the Cooper Bridge area. Beyond the station towards Ravensthorpe would be another set of crossovers on both sets of tracks followed by a flyover with the northernmost line becoming the Wakefield Line, rising up and over the Westbound line from Dewsbury, starting the incline just after the bridge over the Calder, and returning to track level just before the two routes diverge at Ravensthorpe. Ideally platforms would be provided on the Wakefield line but they're probably only needed if there's a flurry of housebuilding in the immediate vicinity. The advantage of such a move would be to remove the bi-directional line between Mirfield and Ravensthorpe and to remove all conflicting movements, as well as maintaining the overtaking facility Westbound and adding one Eastbound that's a bit more practical than Dewsbury station loop which is too short to be of use if the route is to be so intensively used. Going back to Heaton Lodge junction, the Westbound Slow line would have a crossover to the fast for services heading towards Brighouse, and would curve away from the L&Y alongside the Huddersfield line where these would come together with a higher speed turnout around the area of the Mamas and Papas factory rather than the painfully slow zigzag manoeuvre required at present.
Now, I'm not an engineer so such a thing may well be unfeasible even before we get into the cost, but I've started this thread simply for discussion. Perhaps those with better knowledge than myself can suggest something better...
So, for those amateur (or indeed professional!) engineers among us, how would you solve the issues? I'd hope that 4-tracking is being considered as part of the electrification/upgrade but I'm not holding my breath!
Ideally the whole island platform (and the rather rickety P3) would be abandoned, 4-tracking between the two junctions with curves eased around 2 new island platforms on the Dewsbury side of the Station Road bridge, giving 4 platform faces. The Eastbound island with P1 on the North side for (based on the proposed timetable) most stopping services, and P2 for non-stopping services and some calls in the peak (though with crossovers allowing all services to use either line if required). On the Westbound side, the southernmost face (P4) served by most stopping services with P3 for passing services and some calls by semi-fasts, though again with flexibility. This would entail lines being paired by use from Heaton Lodge junction (crossovers being provided just as the dive-under rejoins the main formation) with the 4-tracking being, from North to South, Eastbound slow, Eastbound Fast, Westbound Fast, Westbound Slow. A staffed ticket office to be provided at street level under the bridge (this would require excavation, of course) with lifts and stairs to both islands. Car parking has long been an issue so would be expanded possibly by relocating the NR engineers yard North of the formation to somewhere in the Cooper Bridge area. Beyond the station towards Ravensthorpe would be another set of crossovers on both sets of tracks followed by a flyover with the northernmost line becoming the Wakefield Line, rising up and over the Westbound line from Dewsbury, starting the incline just after the bridge over the Calder, and returning to track level just before the two routes diverge at Ravensthorpe. Ideally platforms would be provided on the Wakefield line but they're probably only needed if there's a flurry of housebuilding in the immediate vicinity. The advantage of such a move would be to remove the bi-directional line between Mirfield and Ravensthorpe and to remove all conflicting movements, as well as maintaining the overtaking facility Westbound and adding one Eastbound that's a bit more practical than Dewsbury station loop which is too short to be of use if the route is to be so intensively used. Going back to Heaton Lodge junction, the Westbound Slow line would have a crossover to the fast for services heading towards Brighouse, and would curve away from the L&Y alongside the Huddersfield line where these would come together with a higher speed turnout around the area of the Mamas and Papas factory rather than the painfully slow zigzag manoeuvre required at present.
Now, I'm not an engineer so such a thing may well be unfeasible even before we get into the cost, but I've started this thread simply for discussion. Perhaps those with better knowledge than myself can suggest something better...