Waterbeach Station To Be Relocated
The title of this post, is the same as that of this article on Railway Gazette.
These three paragraphs, outline the project.
Cambridgeshire County Council has called tenders for an estimated £35m design and build contract for the relocation of Waterbeach station to a new site further to the north.
This would support the Waterbeach New Town development of 4 500 homes. Opening is now envisaged for 2026.
The replacement station would have two platforms, an accessible footbridge, a 200-space car park, taxi and bus drop-off, cycle storage and a new access road from Cody Road. The 24-month scheme would include the demolition of the existing station.
This Google Map shows the current station and the location of Waterbeach New Town.
Note.
Waterbeach station is at the bottom of the map, just to the right of centre.
- The station is on the Breckland Line between Cambridge and Norwich via Ely.
- The Breckland Line continues North-East to the North-East corner of the map.
- The village of Waterbeach is to the North of the station.
- North of Waterbeach is the old Waterbeach Airfield, which will be covered in the housing of the New Town.
Moving the station nearer the New Town would seem to be a sensible action.
I have some further thoughts.
The Remodelling Of Ely
Ely station is a railway bottleneck and in Are The Trains In Ely Finally To Be Sorted?, I discussed what needed to be done.
Would it help, if Waterbeach station were to be rebuilt first?
A Cambridge Metro
Once Waterbeach station has been rebuilt and Cambridge South station has been built, there will be a run of stations through Cambridge.
- Ely
- Waterbeach
- Cambridge North
- Cambridge
- Cambridge South
Perhaps, extra trains could be added to create a frequent rail route across Cambridge.
East West Railway
Will the trains of the East West Railway stop at Waterbeach station?
Conclusion
Waterbeach could be a very useful and busy station.
Appliance Of Science To Boost Stevenage
The title of this post, is the same as that of this article in The Times.
These two paragraphs introduce the article.
Planning permission has been granted for a former TK Maxx outlet and two other stores in the middle of Stevenage to be knocked down and replaced with laboratories.
The £500 million development, funded by UBS Asset Management and designed by Reef Group, is the latest example of how Britain’s town centres can be adapted and brought up to date.
Note.
- We have a laboratory shortage in the UK, which is especially serious in Oxford and Cambridge.
- Canary Wharf is also turning offices into laboratory space.
- There was even an article in The Times yesterday about converting offices to laboratories in Harley Street.
It’s probably a sign of success!
If Stevenage is to become a worldwide centre for life sciences and medical research, it probably needs the town’s excellent rail links to London and Cambridge to be further improved.
- LNER runs two fast trains per hour (tph) to and from London King’s Cross.
- Other fast services call during the day.
- Local services include two tph to Cambridge, London and Peterborough.
Services need to be improved, especially to and from Cambridge.
ERTMS Is Being Installed Through Stevenage
Installation of full digital signalling on the East Coast Main Line could have various effects.
- LNER and other fast services could be faster to places like Doncaster, Leeds and York.
- Fast Cambridge, Ely and King’s Lynn services would have to be run by 125 mph trains to keep out of the way of the expresses.
- 125 mph services to Cambridge would reduce journey times by a few minutes and might allow the Cambridge Cruisers to sneak in a stop at Stevenage, whilst maintaining the current times.
- Will the Thameslink Class 700 trains have to stick to the slow lines?
- As the Hertford Loop Line will also be digitally signalled, it might be possible to divert some trains via Hertford North.
There will be a lot of hard thinking going on to find out the best way to run services on the Southern section of the East Coast Main Line.
High Speed Norfolk
I like the concept of running high speed trains to Ely, Norwich and Kings Lynn.
- It would open up a lot of West Norfolk for laboratory space and commuter towns for Cambridge.
- The Breckland line between Ely and Norwich would be improved for higher speeds. It could even become a 125 mph line.
- High Speed Norfolk trains would have a frequency of two tph and call at Stevenage, Cambridge South, Cambridge, Cambridge North and Ely before alternatively going on to Norwich and King’s Lynn.
- Cambridge and Norwich services would alternate with the Norwich and Stansted Airport service.
Norwich could be the overspill city that Cambridge needs.
Plans For Brandon Rail Station Upgrade Deemed Lawful By Local Council
The title of this post, is the same as that of this article on Rail Advent.
This is the introductory paragraph.
Train operator Greater Anglia has been allowed to press ahead with plans to complete £1m of improvements at Brandon railway station.
Work at Brandon station will include.
- Demolishing of redundant buildings, that are not in the best of condition.
- Install new shelters, LED lights, CCTV cameras and better drainage.
- Increase car parking spaces from six to a hundred.
- It looks like accessible car parking will be provided.
- Provide a new bat roost.
The overall cost will be a million pounds.
This Google Map shows the station.
Note.
- Cambridge and Ely is to the West and Norwich is to the East.
- The queues at the level crossing at the Western end of the station.
- I seem to remember, that it’s a Council Depot on the North side of the tracks.
At some time in the future the station will need a step-free footbridge.
Greater Anglia’s Norwich And Stansted Service
This is the main passenger service at Brandon station.
- Trains are four-car Class 755 trains.
- The service is hourly.
- Trains take about thirty minutes between Brandon and Cambridge stations.
- Trains take about an hour between Brandon and Stansted Airport stations.
- Trains take forty-five minutes between Brandon and Norwich stations.
Will there be enough car parking spaces?
Could Brandon Station Ever Have A Half-Hourly Service?
If there’s one city that will dominate the economy of East Anglia, it is Cambridge and its need for premises and housing for workers, will mean that there will be increasing numbers of passengers using the trains into Cambridge.
So I wouldn’t be surprised to see a half-hourly service between Norwich and Cambridge.
Could We See More Brandon Stations?
As I travel round the country, I’ve visited several stations like Brandon. Many could be improved by a radical restructuring or a comprehensive refurbishing.
Comparing Ride And Perceived Performance In Class 170 And Class 755 trains
I had intended to go to Norwich and Sheringham today, to take some pictures of Class 755 trains at Sheringham station.
Unfortunately, when I got to Norwich, the Sheringham train was a Class 170 train, so as I was running late, I came back.
But as I had travelled to Norwich in a twenty-year-old Class 170 train and returned in a brand-new Class 755 train, I was able to compare their ride and passenger performance on the well-maintained and straight Breckland Line.
The Class 170 train has a good ride and I’ve never felt to complain, even when travelling at 100 mph on some CrossCountry and Greater Anglia routes.
But I did feel that the Class 755 train had a smoother ride.
I did time the 755 at 90 mph on parts of the route, but at most times it was doing a motr sedate 75 mph.
Could it be that twenty years has enabled train dynamics to have been improved using computer simulation?
Intriguingly, the three-car Class 170 train is twenty percent heavier and has half the power of the four-car Class 755 train, which probably results in more sprightly acceleration for the new train.
Could this acceleration mean that the trains will be faster on a route with lots of stops?
An Analysis Of The Route Between Buxtehude And Cuxhaven
Alstom have chosen the route between Buxtehude and Cuxhaven, as the launch route for their hydrogen-powered Coradia iLint train.
I’ll now look at the route.
Buxtehude Station
Buxtehude station is on the outskirts of Hamburg.
This Google Map shows the station.
Note.
- There is a double-track electrified line through the station.
- There appears to be a West-facing bay platform, which conveniently has what looks to be a train in DB red, in the platform.
Services at Buxtehude include.
- Line S3 of the Hamburg S-Bahn between Pinneberg and Stade. This line appears to be electrified with 15 KVAC overhead wires.
- Service RE 5 between Cuxhaven and Hamburg via Otterndorf, Stade and Buxtehude. This route is only electrified between Hamburg and Stade.
- Service RE 33 between Cuxhaven and Buxtehude via Bremerhaven and Bremervörde. This route is not electrified.
Service three is the one that from yesterday has been run by the Coradia iLint trains.
Between Buxtehude And Bremervörde
I followed this route in my helicopter and it is a single-track line through reasonably open country with in places trees along the line.
If this line was in the UK, it would be something like the Breckland Line or Great Eastern Main Line. through Norfolk, both of which have an operating speed of between 140-160 kph.
So I wouldn’t be surprised that the Coradia iLint could be almost at its maximum speed of 140 kph for long periods between stations.
Bremervörde Station
This Google Map shows Bremervörde station.
It would appear to be on a large site and there might even be a depot.
There’s certainly space to add a couple of large wind turbines to generate electricity, that could be used to create hydrogen through electrolysis.
Between Bremervörde And Bremerhafen HBf
As with the line to the East of Bremervörde, it is fairly straight across what appears to be fairly flat and through a mixture of open countryside and woodland.
This Google Map shows Bremerhafen Wulfdorf station.
The line from Buxtehude can be seen joining from the East.
The line is electrified to Bremerhafen HBf station.
So will the Coradia iLint trains change to overhead power at Bremerhafen Wulfdorf?
From Bremerhafen HBf To Cuxhaven
This Google Map shows Bremerhaven HBf station.
It looks to be a typical functional German station with four platforms, which are all electrified.
The electrification continues Northwards for a few kilometres, but once out of Bremerhaven, the line becomes single track without electrification.
I found this passing loop at the two-platform Dorum station, shown here on a Google Map.
Note how the tracks go either side of an island platform.
I suspect there are other places for trains to pass or they could easily be created.
The route ends at Cuxhaven station, shown in this Google Map.
In addition to the service to Buxtehude, there is also a another service on a shorter and more direct route to Hamburg along the estuary of the River Elbe.
Summing up this section of the route.
- It is single-track with at least one passing loop.
- There are just four stations.
- It is electrified for a few miles at the Southern end.
I’ve also never seen a line with so many level crossings.
Services Between Cuxhaven And Buxtehude Via Bremerhaven HBf
The current service is hourly, with what looks to be these timings.
- Buxtehude to Bremerhaven HBf – 1:43 – Incldes 14 stops
- Bremerhaven HBf to Buxtehude – 1:37
- Bremerhaven HBf to Cuxhaven 0:51 – Includes 4 stops
- Cuxhaven to Bremerhaven HBf – 0:44
- Buxtehude to Cuxhaven – 2:34
- Cuxhaven to Buxtehude – 2:21
Turnrounds are the following times.
Buxtehute – 28 minutes
Cuxhaven – 12 minutes
This gives a round trip of five hours and thirty-five minutes.
So it would appear that at least five Coradia Lint 41 trains are needed to provide the service.
Coradia Lint Trains
From what I can find on the Internet, the Coradia Lint trains are diesel-mechanical units, where the wheels are driven directly from the two diesel engines.
I’m not sure, but the engines may be mounted under the cabs!
Coradia iLint Trains
I suspect that the hydrogen-powered iLint trains could be driven by simply replacing the diesel engine, with a suitable traction motor.
What surprises me, is that there appears to be no plans to fit a pantograph to the iLint, so that the intelligent brain on the train can use overhead electrification, when it exists.
This would mean that the range of the train on hydrogen would be increased, if the route was partially electrified.
Coradia iLint Trains Between Buxtehude to Cuxhaven
On the Buxtehude to Cuxhaven route, using electrification could be used to advantage to power the train and charge the batteries through Bremerhaven, where about ten kilometres is electrified using 15 KVAC overhead wires.
Also, in Buxtehude station, which has 15 KVAC electrification on other lines, the bay platform that it appears will be used for the hydrogen-powered trains could be electrified to charge the batteries, during the twenty-eight minutes, that the train is in the station. Perhaps, they could use a system such as I wrote about in Is This The Solution To A Charging Station For Battery Trains?
A similar system could be installed at Cuxhaven.
Surely, it is better to use the turnround times at each end of the route to charge the batteries, as this means less hydrogen will be consumed and the train’s range on a tankful will be increased!
There is an interesting comparison to be made here, with a route, I know well in the UK; Cambridge to Norwich.
- Both routes are around 100 km.
- Both routes are fairly flat and reasonably straight.
- The operating speed of the UK line is 140 kph and I suspect the German line is about the same.
- The UK line has six intermediate stops, whereas the German route has fourteen stops.
- Both lines are run by diesel trains with similar operating speeds.
But the UK route is timed at one hour and nineteen minutes, as opposed to the two hours thirty-four minutes of the German one.
The German route does have twelve more stops, but even if two minutes is allowed for each stop, that doesn’t explain the difference.
The German route must be run at a slower speed than the UK one.
As the Germans improve the speed, journey times will surely reduce.
Conclusion
I am led to the conclusion, that Buxtehude to Cuxhaven route is an ideal route on which to test hydrogen-powered trains, but that as the trains develop, journey times will reduce substantially.









