Paddington Station is in chaos because of a derailed train. An empty three-car DMU has ended up with all three coaches on the ballast, and managed to hit a catenery gantry. Photos that appeared online make it look as though Thomas the Thames Turbo didn’t want to carry the commuters home and decided to sit and sulk instead.
Network Rail have described it as the train going through a red signal and causing an “Automated Derailment”, which to the uninitated does sound like an odd turn of phrase.
It actually derailed on a trap point, which is designed to protect the exit from a siding when the main line isn’t clear for a train to leave the siding. A low speed derailment such as happened outside Paddington would be far less dangerous than a collision with another train.
The above film is from The Great Central Railway back in 2013, and shows a trap point doing what it’s supposed to so. It’s on a heritage railway using traditional mechanical signalling, but the principle is just the same.
Notice that the signal is at danger, and stays at danger. According to the comments the derailment you see happen was the result of a signaller error; the signaller gave the driver an instruction to proceed past the signal even though it was at danger, but hadn’t set the points correctly.
Red faces all around. Fortunately nobody was hurt, and the damage was repairable.
A short film of last days of the Haltwhistle to Alston branch, one of a handful of lines that managed to survve the 60s Beeching axe only to succumb to closure in the mid-1970s.
I visited Haltwhisle a couple of years ago. Though it’s no longer a junction, the station is still open on the cross-country line from Newcastle to Carlisle. The distinctive North Eastern Railway footbridge and the magnificent elevated signalbox shown at the beginning are still in use. I walked along the Alston branch trackbed as far as the viaduct across the Tyne shown early in the film, which is still standing.
The BR blue four-car DMUs that were always associated with the North-East of England are long gone now, like the Alston branch itself.
A short video clip of Vivarail’s “D-Train”, now designated the Class 230, in action.
It’s rebuild of redundant London Underground D78 stock, replaced by new trains on the District Line. Their aluminium bodies and relatively new running gear and traction equipment give them quite a few more years of useful life, and the D-Train concept aims to make use of it.
It’s a diesel-electric, using new underfloor engine and generator sets to power the existing traction motors. The trains are intended for regional and commuter use, perhaps as a replacement for the unloved Pacers. Their only weakness is their top speed of only 60mph, which will render them unsuitable for some routes; even the Pacers can allegedly do 75.
It’s an interesting concept, which provides additional DMUs at far less cost than brand-new stock, and seems like an ideal short-term option for routes scheduled for electrification in the longer term.
But does anyone else read Vivarail, and think Vivarais, which is a preserved metre-gauge line in southern France? Or is it just me?
There ought to be a prize for rediculously “out there” engineering ideas. This one’s described as as a ‘straddling bus’ design to beat traffic jams though since it runs on rails it’s technically a tram rather than a bus.
All it needs is for International Rescue to save the day when something goes horribly wrong.
Click in the link to watch the video on the Guardian site.
First Trans-Pennine have announced more new trains for the North and Scotland. In keeping with their new image as an inter-city operator, the new rolling stock will be inter-city style rather than the regional type trains in use on their routes at the moment.
Half of the new trains will be 125mph EMUs for their Anglo-Scottish services from Liverpool and Manchester that run up the west coast main line. More interesting is that the other half, for the Manchester-Newcastle route, will be locomotive-hauled stock using class 68 locomovives. Some of these locomotives are already in use with Chiltern Trains hauling extensively refurbished Mk3 stock, but Trans-Pennine’s order represents the first new loco-hauled daytime stock since the ECML Mk4 fleet in the 1980s.
It may well be that the decision to go for loco-hauled trains is a consequence of the postponed electrification of the route. Separating the traction from the coaching stock means that when the wires finally go up over Standedge, it will be a matter of swapping electric locomotives for the diesels, with the same coaches.
A few photos of Banbury, which despite being on a very busy main line still retains semaphore signalling controlled from two magnificent Great Western signalboxes. All this is due to be swept away in August when the whole area is resignalled. Here’s the North box, photographed from the end of the platform under the road bridge.
Banbury has unusual signalling in that the two main lines are fully signalled with modern multiple aspect colour light signalling, but the bay platforms and goods loops retain WR lower-quadrant semphores.
South Box is the smaller of the two, and it’s location makes it harder to get close-up photos. Passing it is freightliner’s 66552 on a lengthy engineers’s train, and some of the “Orange Army” engaged in preparatory work for the resignalling.
One of Chiltern Trains’ locomotive-hauled push-pull trains, with 68010 propelling the train towards London Marylebone. Chiltern’s loco-hauled services began with EWS class 67s and refurbished former west coast main line Mk3 coaches. More recently brand new class 68s have replaced the 67s. These locomotives are the first mixed-traffic diesel locomotives to be delivered in Britain since the class 50s in 1967.
On the third of April there was a low-speed collision between two passenger trains at Plymouth station. A local train from Cornwall ran into the back of a stationary London-bound express. Though nobody was killed, thirty-five people were injured, a couple of them seriously.
If you imagine safety represented by several layered slices of Emmental cheese; each hole in the cheese represent an opportunity for human error to creep in, but an accident can only get through when all the holes line up. The more layers of safety the better.
This was what seems to have happened at Plymouth.
The normal pattern of operation was disrupted due to scheduled maintenance on the lifts, causing trains to be diverted away from their regular platforms. The signaller wrongly estimated the amount of space in the platform behind the express, and thought the local train would fit in behind it. The driver of the local train wasn’t expecting the platform to be part-occupied by another train. And because the approach at the western end of the station is on a very sharp curve, the driver didn’t realise the express was on the same track until it was too late to stop.