The Anonymous Widower

London Will Still Need Crossrail 2 To Deal With HS2 Influx, London Mayor Predicts

The title of this post, is the same as that of this article on Building.

This is the first paragraph.

Sadiq Khan says he expects mothballed scheme will eventually get built.

I don’t disagree that it will eventually get built, but it will be long after both Sadiq Khan and myself have gone.

You might think, that as I live in Dalston, I would be very much in favour of Crossrail 2 being built as soon as possible.

But then, I’m a duck-and-diver and there will always be a quick route to get to Euston.

I currently use four routes regularly and coming home, if it’s late or I want to get home quickly to cook supper say, I can take a taxi for a reasonable price.

The easiest way is actually to walk about two hundred metres and get a 73 bus to directly outside Euston station.

I very much feel we need to improve access in London to High Speed Two and that this can be done by making sure several smaller projects are completed before High Speed Two opens.

Improved Underground Connections At Euston Station

This page on the High Speed Two web site, says this about the station layout and Underground connections at the rebuilt station.

HS2 will deliver eleven new 400m long platforms, a new concourse and improved connections to Euston and Euston Square Underground stations. Our design teams are also looking at the opportunity to create a new northerly entrance facing Camden Town as well as new east-west links across the whole station site.

I would suspect that connection to the Underground will have step-free options.

I wrote about Underground connections at Euston station in Ian Publishes Details Of Future Developments At Euston And Euston Square Underground Stations.

The developments certainly look comprehensive and include a new entrance in Gordon Street on the South side of Euston Road.

Note.

  1. The view is looking North.
  2. A tunnel from this entrance will lead to the Eastern ends of the platforms at Euston Square station, where it appears there will be at least escalator access.
  3. The tunnel will also lead into Euston station.
  4. It is a simple improvement, that shouldn’t be too challenging.

This diagram shows the layout of the tunnel.

It looks to me to be a neat design, that could be installed between Gordon Street and Euston Square stations without disturbing the traffic on the busy Euston Road.

Once the subway and the Gordon Street entrance were built, there would have these benefits.

  • There would be a step-free route between Euston and Euston Square stations.
  • It would be a shorter walk  in an air-conditioned tunnel, rather than currently along the very polluted Euston Road.
  • It would be the fastest way to transfer between Euston and Kings Cross or St. Pancras stations.
  • It would give excellent access to the other London terminal stations of Liverpool Street, Moorgate and Paddington.
  • It would give step-free access to Crossrail at Farrington, Liverpool Street, Moorgate, Paddington and Whitechapel
  • With a change at Farringdon or Liverpool Street to Crossrail, it would offer the fastest route to Canary Wharf.
  • The Gordon Street entrance would improve walking routes between Euston station and University College London and other buildings on the South side of Euston Road.

I also suspect that as this project is part of the rebuilding of Euston station for High Speed Two, that it will be completed before Euston station opens for High Speed Two.

If possible, it should be built much sooner to improve access between Euston station and the sub-surface lines.

Once open, even without other improvements at Euston station, this subway would improve access to Euston station by a very substantial amount.

Camden Town Station Upgrade

In 2015, I went to see an exhibition about the proposed expansion of Camden Town station and wrote The Camden Town Station Upgrade Exhibition.

I believe this upgrade should be delivered before High Speed Two opens around the end of this decade.

But due to the financial problems of Transport for London, this project has now been kicked into the long grass.

The Wikipedia entry for Camden Town station, states that upgrading the station will take four years.

Northern Line Split

The completion of the Camden Town Station Upgrade will enable the splitting of the Northern Line into two separate lines, after the completion of the Northern Line Extension to Battersea and the Bank Station Upgrade.

  • Northern Line West – Edgware to Battersea Power Station via Camden Town, Euston, Charing Cross and Waterloo.
  • Northern Line East – High Barnet to Morden via Camden Town, Euston, Kings Cross, Moorgate, Bank and London Bridge.

Each branch will be running at least 24 trains per hour (tph) and will significantly increase capacity between High Speed Two and other terminal stations and the City of London.

The Northern Line should be split into two lines by the time High Speed Two opens, but with no start date in sight for the Camden Town Station Upgrade, this might not be possible.

Victoria Line Improvements

The Victoria Line or Dear Old Vicky probably won’t be able to help much, but I do think it would be feasible to improve the three most inadequate stations on the line.

I doubt the money can be found to carry out these improvement projects, that are essential, but very much smaller than the Camden Town Station Upgrade.

Sub-Surface Lines Improvements

The big project on the Circle, District, Hammersmith & City and Metropolitan Lines is the Four Lines Modernisation (4LM) project.

  • It is an upgrade of the trains, track, electrical supply, and signalling systems.
  • This will add 27 % more capacity in the Peak.
  • As anybody will know, who has been to a major event at Wembley Stadium, the new S8 Stock trains, that have been running for a few years now, have an almost infinite capacity.
  • Incidentally, the S8 Stock trains hold 1350 passengers, which is not far short of the 1500 that each Crossrail Class 345 train can hold.
  • Euston Square station will have a step-free connection from the rebuilt Euston station complex.

Most of the Modernisation will be completed by 2023.

I believe that the sub-surface lines will become the main method to get to and from the upgraded Euston station, until Crossrail 2 is built.

  • There will be direct trains to around seventy stations from Euston Square station.
  • With a change at Paddington to Crossrail, there is a route to Heathrow Airport and Reading.
  • With a change at Farringdon or Liverpool Street to Crossrail, there is a route to East London, Canary Wharf and South East London.
  • With a change at Farringdon to Thameslink, there are routes to over a hundred stations.
  • With a change at Whitechapel to the East London Line, there are routes to North, East and South London.

When you consider that the Metropolitan Line opened in 1863 and was the first passenger-carrying underground railway in the world, hasn’t it done well?

When the Euston Square station upgrade is complete, I will probably use that route to get home from Euston, changing on to a bus at Moorgate, which stops close to my house.

Old Oak Common Station

High Speed Two’s Old Oak Common station is introduced like this on this page on the High Speed Two web site.

Old Oak Common is a new super hub set to be the best connected rail station in the UK.

This map from Transport for London shows the various lines at the station.

Note.

  1. The bright blue line is High Speed Two.
  2. The purple line is the Great Western Main Line and Crossrail.
  3. I suspect that the interchange between these three lines will be a good one.
  4. Will all Great Western services stop at Old Oak Common station?
  5. The orange lines are London Overground services, with two new stations; Old Oak Common Lane and Hythe Road close to the main Old Oak Common station.
  6. The green line is the Southern service between Milton Keynes and South Croydon.
  7. The red line is the Central Line and it could be joined to the main station.
  8. There are plans for a West London Orbital Railway, from Brent Cross and West Hampstead in the North to Hounslow and Kew Bridge in the West, that would call at the main Old Oak Common station.

Old Oak Common station could be well connected to most of London, through its Crossrail. London Overground and West London Orbital connections.

It is my view that these three smaller projects must be completed before the opening of High Speed Two.

  • Hythe Road station
  • Old Oak Common Lane station
  • West London Orbital Railway.

None of these three projects would be very challenging.

Chiltern Railways And High Speed Two

Chiltern Railways already have a London Marylebone and Birmingham Moor Street service

Birmingham Moor Street station will be close to High Speed Two’s Birmingham Curzon Street station.

Plans exist for a second London terminus for Chiltern Railways close to the main Old Oak Common station.

  • Could Chiltern Railways become a partner for High Speed Two on routes like between Leeds and Banbury?
  • They could certainly bring passengers to Old Oak Common from Buckinghamshire, Oxfordshire and Warwickshire.
  • One of my principles on High Speed Two, is that it should be a One-Nation railway.

Old Oak Common would be a very different station to Marylebone with its very useful Crossrail. London Overground and West London Orbital connections.

The terminal for Chiltern Railways at Old Oak Common is another project that should be completed before the opening of High Speed Two.

The Duality Of Euston and Old Oak Common Stations

Euston and Old Oak Common stations could almost be considered to be one station.

  • All High Speed Two trains terminating or starting at Euston also call at Old Oak Common station.
  • They will be just five minutes apart.
  • Both stations have comprehensive networks of connections.
  • Taken together the connections from both stations cover most of London and the South East.

There could be advantages for both operators and passengers.

  • Would a ticket to and from London Terminals be usable at both stations?
  • For some London destinations, passengers might prefer to use one terminal or the other.
  • By changing at Old Oak Common to Crossrail will probably be the fastest way to Heathrow, the West End, the City, Canary Wharf and other places.
  • Passengers could make the decision about the London terminal to use en route.
  • Operators sometimes put the cleaning crew on the train at the last station before the terminal to save time in the turnround. The closeness of the two stations would enable this.

I think the London end of High Speed Two has been designed to make it easy for the operator and passengers.

The Losers If Crossrail 2 Isn’t Built

Crossrail 2 will provide better access to High Speed Two and the London terminals of Euston, Kings Cross, St. Pancras and Victoria for parts of London and the South East.

Victoria Line Passengers

The Victoria Line will have interchanges with Crossrail 2 at the following stations.

  • Tottenham Hale
  • Euston and Kings Cross St. Pancras on the Victoria Line and Euston St. Pancras on Crossrail 2
  • Victoria

Note.

  1. Crossrail 2 will relieve capacity on the Victoria Line between Tottenham Hale and Victoria
  2. There will be a very comprehensive interchange at Euston St. Pancras to serve High Speed Two, Eurostar and classic lines out of Euston, Kings Cross and St. Pancras.

From what has been disclosed about the connrection between Euston and Euston Square stations transfer between Euston and Kings Cross and St. Pancras will be a lot easier than it is now.

This reworking of the poor connection to Euston Square station might take some pressure off the Victoria Line.

It might also might be possible to squeeze more trains down Dear Old Vicky.

Passengers On The Suburban Lines Into Waterloo

The suburban lines into Waterloo will go into tunnel at Wimbledon and connect directly to Victoria, Euston, St. Pancras and Kings Cross.

This will be superb access for South West London to four major London terminals.

Without Crossrail 2, passengers  will have to use one of these routes to get to and from Euston.

  • Change at Waterloo to the Northern Line.
  • Change at Waterloo to the Bakerloo Line and then at Oxford Circus to the Victoria Line.
  • Change at Vauxhall to the Victoria Line.

Could it be, that the Northern Line Extension should be extended to Clapham Junction station, as it is an aspiration over a safeguarded route under Battersea Park?

In An Analysis Of Waterloo Suburban Services Proposed To Move To Crossrail 2, I showed it was possible to run a Crossrail 2 schedule of four tph into Waterloo station, if the following were done.

  • More platform capacity in Waterloo.
  • Modern high-performance 100 mph trains like Class 707 trains or Aventras.
  • Some improvements to track and signals between Waterloo and Wimbledon stations.
  • Wimbledon station would only need minor modifications.
  • A measure of ATC between Waterloo and Wimbledon stations.

This would not be a large project

Passengers In Balham And/Or Tooting

Crossrail 2 is planned to run between Wimbledon and Victoria via the following stations.

Note.

  1. Crossrail 2 should take pressure off the Northern Line.
  2. Public Opinion is against King’s Road Chelsea station. How will their cleaners, cooks and nannies get to work? Especially, as the roads in the area are already jammed by Chelsea tractors.
  3. The original route favoured Balham to give an interchange with National Rail. Tooting Broadway also has geological problems for the tunneling.
  4. On the other hand, Sadiq Khan supports the route through Tooting Broadway, which better serves his former constituency.

This Map from cartometro.com shows the rail lines in the area.

Note.

  1. Balham station in the North is an interchange station between the Northern Line and National Rail, with a possible four National Rail platforms.
  2. Tooting Broadway is a simple through station on the Northern Line.
  3. The next station after Wandsworth Common towards London is Clapham Junction.
  4. Transport for London have been advocating a new Streatham Common station, that would be an interchange between the lines through Streatham Common and those through Streatham.
  5. Streatham and Tooting stations are on the Wimbledon Loop Line, which only carries two tph in both directions.

Since I have been writing this blog, there have been several ideas to make better use of the National Rail lines in this area.

There was even a plan that I wrote about in 2016 called The Streatham Virtual Tube.

  • Trains would run through Streatham Common, Streatham, Streatham, Hill, Balham, Wandsworth Common, Clapham Junction and into Victoria.
  • Trains could also go North from Clapham Junction to Old Oak Common for High Speed Two.
  • The Streatham Common Interchange would be built. This would give a useful interchange to the Wimbledon Loop Line.
  • There would be four tracks through Streatham.
  • A tunnel would be build to allow trains to go through both Streatham and Streatham Hill stations.
  • It would have an interchange at Balham with the Northern Line.
  • It could have an interchange at Clapham Junction with an extended Battersea Branch of the Northern Line.
  • Suppose it had a frequency of perhaps six or even ten tph.

I think it might work, but it shows what can be done, with a bit of out-of-the-box thinking.

Passengers In Dalston And Hackney

One of the entrances to the proposed massive double-ended Crossrail 2 station at Dalston will be at the end of my road and very close to where my mother used to work and where her mother was actually born.

East London had not had major rail improvements since the 1950s and 1960s, when most of the lines into Liverpool Street were electrified and the Southbury Loop was reopened.

But since the creation of the Overground in 2007 from the remains of the ill-performing Silverlink, with the addition of new trains and ticketing and a good clean, there has been a series of smaller projects that have been completed, in and around East and North London.

Note.

  1. There have also numerous smaller upgrades like the addition of lifts to several stations.
  2. Stations between Stratford and Shenfield have been upgraded for Crossrail.
  3. There has also been considerable upgrades to the electrification, which in some places was not in the best of condition.
  4. Most lines have a frequency of four tph or more.

Some may feel that East London has done well with rail improvements in the last few years.

I would agree in some ways, but would counter by saying that before the Overground was created, East London’s were in a terrible state and their state today is a excellent example of what can be achieved by good design, planning and execution, without spending vast sums.

East London and the boroughs of Enfield, Hackney, Haringey, Newham and Waltham Forest in particular, now have a good rail network, that is going to get a lot better with the addition of Crossrail.

  • The North London Line is about half a mile to the North of where I live and can walk to two stations or get a bus to another three.
  • Crossrail will be a couple of miles to the South with station entrances at Moorgate, Liverpool Street, Whitechapel and Stratford.
  • There are four electrified railway lines with new trains, which run North-South with connections to the two East-West lines.
  • Although my quickest way to Crossrail will be a bus from close to my house to outside Moorgate station.
  • I suspect that everybody in the Borough of Hackney and the Eastern part of Islington will be able to get to a Crossrail station in well under thirty minutes.
  • In addition, from where I live the Gospel Oak to Barking Line runs a couple of miles North of the North London Line.

I believe that Dalston’s success over the last decade has been a collateral benefit of its comprehensive rail system, supported by lots of shiny new buses.

Does Dalston want Crossrail 2? Probably, Yes!

Does Dalston need Crossrail 2? Possibly, No!

Do other areas of large cities need Dalstonisation of their railway and bus systems? Absolutely!

I certainly don’t regret moving to Dalston!

Note that one of the reasons I’m so keen on the West London Orbital Railway is that it could do the same for North West London, as the Overground and the Lea Valley Lines have done for North East London.

Passengers Along The Lea Valley

Crossrail 2 will connect the Lea Valley Lines to Dalston and on to Central London.

It will involve the following changes to the West Anglia Main Line.

  • Four-tracking of the route at least as far as Broxbourne.
  • A junction South of Tottenham Hale station will connect the route to a tunnel to Dalston.
  • Level crossings at Brimsdown, Enfield Lock and Cheshunt will be removed.
  • Like Crossrail, stations would be substantially step-free.
  • The signalling will be upgraded to full in-cab digital ERTMS signalling, that is used by Crossrail and Thameslink under London.

This would enable 10-15 tph running between Tottenham Hale and Broxbourne stations.

With all the development going on around Cambridge and possible expansion of Stansted Airport, I believe that even if Crossrail 2 is not build, then there will be pressure to four-track the West Anglia Main Line, remove the level crossings and improve the stations and signalling.

If this were to be done, then there is an interim plan that could be implemented that I wrote about, four years ago in Could A Lea Valley Metro Be Created?

I envisaged the following.

  • Updating the West Anglia Main Line to four-tracks and a standard suitable for Crossrail 2.
  • Using the double-track loop at Stratford  as the Southern terminal, for some of the trains.
  • Updating the Victoria Line stations. The major interchange at Tottenham Hale station has already been improved substantially.
  • Providing an appropriate service between Stratford and Broxbourne stations.
  • Terminating some Stansted and Cambridge services in the Stratford Loop, as Stratford has better connections to South London and Kent than Liverpool Street.
  • Integrating Lea Valley Metro, London Overground and Greater Anglia services to Bishops Stortford, Cambridge and Hertford North stations.

Note.

  1. All services connect to Crossrail and the Central Line at the Southern end.
  2. Services to Liverpool Street connect to National Rail services, the Lea Valley Lines of the London Overground and the Circle, District and Metropolitan Lines.
  3. Services to Stratford connect to National Rail services, the North London Line of the London Overground and the Jubilee Line.
  4. Could alternate trains serve Liverpool Street and Stratford?
  5. Could splitting services between Liverpool Street and Stratford mean that the largest proportion of routes have just a single change?

As Transport for London and the train operating companies know where passengers want to go and actually go, I’m sure that a service pattern, that is acceptable to all could be created.

Conclusion

Crossrail 2 is quoted as being a £33 billion project.

I believe that with a good review lots of money could be saved and other smaller projects could be planned and executed to handle the expected increase in the number of passengers.

I would do the following.

  • Camden Town station – Upgrade
  • Chiltern Railways – Build their connection to Old Oak Common station
  • Euston Station – Improve connections to Euston and Euston Square Underground stations.
  • Northern Line – Extend the Battersea branch to Clapham Junction
  • Northern Line – Split Into Two Lines
  • Overground – Build Old Oak Common Lane and Hythe Road stations
  • Southern – Build the new Streatham Common station and implement The Streatham Virtual Tube.
  • South Western Railway – Run four tph on all proposed Crossrail 2 routes into Waterloo station
  • Victoria Line – Upgrade Highbury & Islington, Oxford Circus and Walthamstow Central stations and increase the frequency if possible
  • West Anglia Main Line – Upgrade ready for Crossrail 2 and develop the Lea Valley Metro

All of these projects would have their own benefits, whether Crossrail 2 is built or not!

Only when the needs of all passengers have been assessed in a few years, should we make a decision about Crossrail 2.

 

 

 

 

 

 

March 27, 2021 Posted by | Transport | , , , , , , , , , , , , , , , , , , , , , , , | 7 Comments

Ian Publishes Details Of Future Developments At Euston And Euston Square Underground Stations

This post on the Ian Visits blog is entitled A New London Underground Entrance To Euston Station.

 

The Underground Lines In The Euston Station Area

This map from carto.metro.free.fr shows the Underground Lines in the Euston station area.

Note.

  1. The sub-surface lines run underneath the busy Euston Road.
  2. Platform 2 at Euston Square station has no lift or escalator.
  3. Platform 1 at Euston Square station has a lift, which also serves the subway.
  4. To connect between the sub-surface lines at Euston Square and the deep lines at Euston means a walk on the surface.
  5. Euston station only has two up and two down escalators and no lifts for the six deep-level platforms.
  6. To connect between the Bank and Charing Cross branches of the Northern Line is often along a very crowded passage.

This interchange has not been fit for purpose since the Victoria Line was built in the 1960s.

A Second Entrance To Euston Square Station

One of the key projects to unlock the interchange, is to create a subway from the current Euston station.

It will lead to a new entrance placed in the middle of Gordon Street.

The subway will have stairs, escalators and/or lifts to connect to the Eastern ends of the current Euston Square platforms.

Ian showed this diagram of the subway.

Note.

  1. It serves both platforms at Euston Square station.
  2. It looks to be reasonably wide and level.

These are some pictures I took on a walk round the area.

This is a possible future visualisation from Ian’s site.

The new Gordon Street entrance appears to be opposite the porticoed building, which is part of University College London.

  • The view is looking North, like the first three of my pictures.
  • Gordon Street appears to be at least part-pedestrianised.
  • Escalators are visible.

It looks to be a London version of Bilbao’s fosteritos.

Fosteritos are named after Norman Foster, as he or his practice designed the Bilbao Metro.

  • The escalators in Bilbao are longer than would be needed at Gordon Street.
  • I don’t think that fitting in a slimline lift would be difficult.

I like the fosterito concept and I feel a similar approach could be used to add step-free access to a lot of stations on the London Underground.

The Design Of The Updated Euston Underground Station

Ian showed this visualisation of the updated Euston Underground station.

At a first look, it appears to be a very similar concept to the entrance to the Underground in front of St. Pancras station.

Click on the image to show it large and you can pick out the following.

  • West is to the left and East is right.
  • Much of the construction appears to replace the original car park and taxi rank.
  • The upper level looks like where passengers enter and leave the station.
  • The subway to Euston Square station and the new Gordon Street entrance joins to the upper level towards the Eastern end.
  • There is grade access between the upper level and the High Speed Two concourse.
  • There are lots of escalators to travel between levels. The square orange columns could be lift towers.
  • The lower level is the Interchange/Ticket Hall level.
  • The lower level is not much higher than the Charing Cross branch of the Northern Line.
  • The design seems to make clever use of levels to make changing easier.
  • The access between the lower level and the Charing Cross branch of the Northern Line at the Western end of the station, appears to be comprehensive and step-free.
  • The access between the lower level and the Victoria Line and the Bank branch of the Northern Line, appears to use the current route, which will probably be upgraded to be fully step-free.

This second image shows the design from above the platforms of the convention section of Euston station.

Click on the image to show it large and you can pick out the following.

  • The complicated passages, escalators and lifts of the existing four platforms serving the Bank branch of the Northern Line and the Victoria Line.
  • The cross passage connecting these lines to the platforms of the Charing Cross branch of the Northern Line.
  • The two up and two down escalators leading to the existing ticket hall.
  • The Charing Cross branch of the Northern Line curving in and away from the station. See the earlier map of the Underground lines.
  • The eleven High Speed platforms on the West side of the station.
  • The thirteen Classic platforms on the East side of the station.
  • The new Northern entrance to the Underground between the two sets of platforms. How convenient!
  • There appears to be a wide passage between the Northern and Southern entrances, with connections to the lines branching off.
  • The subway to the new Gordon Street entrance is shown at the top of the image.

The design seems to have separated access to the two branches of the Northern line, by creating a new high-capacity route to the Charing Cross branch.

I also think, that the design allows the station to be built without disrupting passengers using the Underground and the current Euston station.

  • A large hole for the station can be excavated, without touching existing access.
  • It could then be fitted out section by section.
  • Once the new access to the Charing Cross branch of the Northern Line is complete, the current access to the Northern and Victoria Lines can be refurbished.

Arriving At Euston

Imagine you are a passenger arriving from the North, who knows the Underground line, you need to take, you would then enter the Underground station using the new Northern entrance.

  • For the Bank branch of the Northern Line or the Victoria Line, you would go through the existing ticket hall and down the escalators, much as you do now! Except that you’d enter the ticket hall on the other side from the East side of the passageway connecting the two entrances. New lifts appear to be shown.
  • For the Charing Cross branch of the Northern Line, you would take the passages, lifts and escalators on the West side of the passageway connecting the two entrances.
  • If you wanted the sub-surface lines, you would just keep going and take the new subway, which connects to the Eastern ends of the platforms at Euston Square station.

It will certainly do me fine, if I arrive at Euston, as I’ll walk through the subway and get in the front of any Eastbound train for Moorgate station, where being in the front is convenient for the exit and the nearby bus stop to my home.

This route will surely be one of the ways arriving passengers at Euston will get Crossrail to Abbey Wood, Canary Wharf and Shenfield stations. In Crossrail – Northern – Northern City Interchange At Moorgate Station, I show some visualisations of Moorgate station and the connectivity.

Conclusion

I certainly think, that the new Underground station is a good design.

 

May 6, 2020 Posted by | Transport | , , , , , , , | 6 Comments

The Northern City Line Must Almost Be At Capacity

Most Monday mornings, I go to LEON on Moorgate for breakfast.

I go to that branch, mainly because I can get a proper china mug for my tea and also because a cheery member of staff usually has what I want ready within a minute of my entering the store.

One day, I’ll confuse them by having something different! But then she looks the sort, who enjoys a joke!

To get to Moorgate station, I can take a bus, but I usually go via the Northern City Line from Essex Road station, as it’s quicker in the Peak and drops me in the right side of Moorgate for LEON.

Today, the train was very full and it looked like you’d have had trouble squeezing in any more.

Since the new Class 717 trains have been introduced ridership has grown and the trains are getting more crowded in the Peak. This is despite an 11% increase in capacity, compared to the older Class 313 trains.

Currently, there are the following Off Peak services into Moorgate station.

  • Four trains per hour (tph) – Welwyn Garden City
  • Four tph – Hertford North, Watton-at-Stone and Stevenage.

There are also extra services in the Peak.

Various improvements and developments will affect the number of passengers going to and from Moorgate.

Improvements To Stevenage Station

Stevenage station is a bottleneck on one leg of the services  of the Northern City Line to and from Moorgate station.

An additional platform with full step-free access, is being added to the station and should open this year, to terminate services from Moorgate station.

Currently, services that stop at Stevenage station, that are going North include.

  • One tph – LNER to Leeds or Harrogate.
  • One tph – LNER to Lincoln or York
  • Four tph – Thameslink to Cambridge.
  • Two tph – Thameslink to Peterborough.

These will be joined in Autumn 2021 by East Coast Trains to Edinburgh at a frequency of five trains per day.

I suspect a lot of passengers going between the North and Hertfordshire and Cambridge will change at Stevenage, rather than Kings Cross.

The works at Stevenage also give the impression, that they could handle more than the four tph, that run on the route.

Improvements To Highbury & Islington Station

Highbury & Islington station is going to get more escalators and step-free access to the four deep-level platforms at some point and this will surely attract more passengers to use both the Victoria and the Northern City Lines.

Frequency increases are also planned for the North and East London Lines, in the next year.

Will the Northern City Line be able to handle the extra passengers?

A Second Entrance At Walthamstow Central Station

Walthamstow Central station is one of the constraints on even more trains on the ever-welcoming Dear Old Vicky and may have had money allocated for a second entrance with more escalators and much-needed lifts.

As I said with Highbury & Islington station, will the Northern City Line be able to handle the extra passengers?

Rebuilding Of Essex Road Station

I think that Essex Road station could be a good investment for a creative property developer.

  • The building has little if any architectural merit.
  • The location is convenient on a busy road Junction.
  • Large numbers of buses pass the station, but the positioning of bus stops could be improved.
  • The station needs step-free access.
  • A large number of flats could be built on the site, with good access to the station.
  • Car parking is terrible locally.

I could see this station being transformed.

But if it were to be improved with much better access, it would further increase the number of passengers using the services into Moorgate.

The Gospel Oak And Barking Line

If you are going between Barking and the West End, lots of passengers in the Peak seem to change to the Victoria Line at Blackhorse Road station and numbers doing this seems to have increased since the Gospel Oak and Barking Line was electrified and now, the route  has double the capacity it had before.

Also are more passengers needing the City walking across at Highbury & Islington station.

It should not be forgotten, that the Gospel Oak and Barking Line is being extended to Barking Riverside with a same platform interchange to c2c’s services to and from Grays.

An increase in frequency between Barking and Gospel Oak is also planned.

Developments on the Gospel Oak to Barking Line will increase the number of passengers going to and from Moorgate station.

Crossrail

Consider.

  • The route between Moorgate and Highbury & Islington stations will become an important link between the Victoria Line and Crossrail, as there is no direct connection between the two lines.
  • The short route will also link the North London Line to Crossrail.
  • I suspect too,that passengers from Hertfordshire will go all the way to Moorgate for Crossrail.

In addition, when Crossrail opens, Moorgate station will be fully step-free with umpteen escalators and lifts.

Will there be enough capacity and services on the Northern City Line?

Conclusion

Rough calculations and my instinct suggest that there will need to be an increase of services into Moorgate station.

Currently, in the morning Peak, twelve tph or a train every five minutes run into Moorgate station.

  • This frequency is easily handled in a two platform station.
  • Lines with modern signalling on the London Underground can handle up to thirty-six tph in a two-platform station.
  • The route is double-track between Moorgate and Alexandra Palace stations, where the route splits into two.

Twenty or more tph could be run on this simple route, with modern signalling.

January 13, 2020 Posted by | Food, Transport | , , , , , , , , , , , | Leave a comment

Seven Sisters Station To Go Step-Free

This document on the Government web site is entitled Access for All: 73 Stations Set To Benefit From Additional Funding.

Seven Sisters station is on the list.

These pictures show the current station.

It is a nightmare.

  • There are two London Overground platforms on a viaduct and three deep-level ictoria Line platforms.
  • The Overground platforms are accessed by stairs although there is one up escalator and provision was made for another, although it was never installed.
  • The Victoria Line station is double-ended with escalators and steps which must be negotiated by all passengers.
  • Rabbits would probably feel at home in the warren of tunnels of the Underground station.
  • The three subway entrances on Tottenham High Road all have just steep steps.

If ever there was a station designed by a committee of bean counters, with no children or disabilities and rail experience, it is Seven Sisters station.

Extra Pressures

Other factors will come into play in the next few years.

Tottenham Hotspur

As Seven Sisters station is the nearest Underground station to the ground, a lot of supporters walk to matches and other events along Tottenham High Road.

White Hart Lane station is being rebuilt, with increased capacity and full step-free access, so hopefully, passengers on match days at Seven Sisters station will decrease.

But the obvious route to the ground from Euston is probably to take the Victoria Line and walk from Seven Sisters station.

With the new station at White Hart Lane, there may even be an increase in interchange passengers at Seven Sisters station.

Crossrail

In any London railway scheme, Crossrail is the elephant in the room.

Will passengers between Tottenham and Enfield and the West End and Heathrow take the Overground to and from Liverpool Street and then use Crossrail?

For many passengers with limited movement, it could be a better route to avoid Seven Sisters station.

New Trains On The Overground

Hopefully, new Class 710 trains will start to arrive on the Overground this year.

As all new trains do, these will increase the number of passengers through Seven Sisters station, especially as the trains may have a much larger capacity, than the existing Class 315 trains.

Extra Services On The Overground

Transport for London are planning to add extra services through Seven Sisters, which will surely bring more passengers wanting to interchange with the Victoria Line.

Increased Frequency On The Victoria Line

The Victoria Line currently runs at thirty-six trains per hour (tph) all day, with trains running between Walthamstow Central and Brixton stations.

I am sure that the line’s engineers would love to squeeze the magic forty tph out of the line, but the capacity of some stations couldn’t handle the extra passengers.

But one way or another, more passengers will be squeezed into Dear Old Vicky and as she always does, she will deliver and more passengers will want to interchange at Seven Sisters station.

Services Between Seven Sisters And Stratford Stations

The track exists to run services between Lower Edmonton and Statford stations, via Seven Sisters, South Tottenham and Lea Bridge stations.

With all the new housing being built in the area, I feel this could be valuable addition to London’s railways.

As South Tottenham and Lea Bridge stations have step-free access, this might be an improvement that takes pressure from Seven Sisters station, by giving passengers a new route to Crossrail.

Improving Access At Seven Sisters Station

It is obvious, that passenger numbers wil be increasing at Seven Sisters station will be increasing and there will also be a substantial increase in passengers wanting to change between the Overground and the Victoria Line.

So what can be done to solve the various problems?

The Tottenham High Road Subway Entrances

These really only give access to the Victoria Line via an escalator.

Lifts tom the subway could be provided, but that would just get passengers to and from the gate-line. After the gate-line, it is just escalators to the platforms with some steps thrown in for good measure.

Victoria Line Platforms

If you were pushing a buggy or in a wheelchair, your best route to the Underground is probably to take a bus from outside the station in Tottenham High Road to Tottenham Hale station and use the step-free access there, which in a couple of months will also apply to the trains as well.

I doubt we’ll see much improvement to the Underground station, until Crossrail 2 is built, which will probably be in the 2050s.

Overground Platforms

There is a side entrance on Seven Sisters Road, that was probably the original entrance to the station.

Making this route to the Overground platforms step-free, is probably the best way to at least do something positive, as regards step-free access at the station.

It could also be relatively easy to put an escalator on the Londonj-bound platform, where there are two parallel staircases.

Conclusion

This is a very important station, that needs to be made step-free.

But it will be very difficult.

 

 

May 21, 2019 Posted by | Transport | , , , , , | Leave a comment

Crossrail Ltd Outlines Plan To Complete The Elizabeth Line

The title of this post is the same as this statement on the Crossrail web site.

These are a few points from the statement.

The Opening Date Of The Central Section

This is a sentence from the statement.

Crossrail Ltd has identified a six-month delivery window with a midpoint at the end of 2020. Crossrail will be making every effort to deliver the service as early as possible.

Does that meet some date between the 1st October 2020 and 31st March 2021?

And what will open on that date?

There is then this paragraph.

The central section of the Elizabeth line will open between Paddington and Abbey Wood and link the West End, the City of London, Canary Wharf and southeast London with initially 12 trains per hour during the peak.

Twelve trains per hour (tph) gives a capacity of 18,000 passengers per hour, which compares with the 36 tph and 31,500 passengers per hour of the Victoria Line.

Practically, this means that a twelve tph Crossrail could be carrying sixty percent of the number of passengers of the Victoria Line. It’s better than a kick in the teeth!

But then Dear Old Vicky is the Platinum Standard with lots of encrusted diamonds!

Bond Street Station

This is a sentence from the statement.

It is expected that all stations on the route will open except for Bond Street which is delayed because of design and delivery challenges.

The stations are designed so that trains can pass through, so this is not a problem.

Western Branch Services

This is a paragraph from the statement.

TfL Rail services between Paddington and Reading will commence in December 2019 with a frequency of 4 trains per hour in the peak. Testing of the signalling system continues to allow the new class 345 trains to be extended from Hayes & Harlington to Heathrow.

When Crossrail is fully open, the Western Branch frequencies are planned to be as follows.

  • Reading and Abbey Wood – 4 tph in the Peak and 2 tph in the Off Peak
  • Maidenhead and Abbey Wood – 2 tph all day
  • Heathrow Terminal 4 and Abbey Wood – 4 tph all day.
  • Heathrow Terminal 5 and Abbey Wood – 2 tph all day.

Currently, TfL Rail’s services are as follows.

  • Heathrow Terminal 4 and Paddington – 2 tph all day
  • Hayes & Harlington and Paddington – 2 tph all day

It appears that the two Hayes & Harlington services are designed and timed, so they can be extended to Heathrow Terninal 5, with trains leaving Paddington at these times.

  • XX:08 – Heathrow Terminal 4
  • XX:10 – Heathrow Terminal 5
  • XX:23 – Heathrow Terminal 4
  • XX:38 – Heathrow Terminal 4
  • XX:42 – Heathrow Terminal 5
  • XX:53 – Heathrow Terminal 4

Perhaps, if the signalling had worked as intended, we would now be seeing Class 345 trains working as follows.

  • Heathrow Terminal 4 and Paddington – 4 tph all day
  • Heathrow Terminal 5 and Paddington – 2 tph all day

Once the signalling works as needed and signed off in blood, sweat and tears, the difficult part of the job has been done.

The Reading and Maidenhead services could then be added to the mix. Especially, as no problems have been admitted or rumoured with running to these destinations.

These would mean twelve trains per hour in the Peak and ten trains per hour in the Off Peak needing to be handled at the London end of the Western Branch of Crossrail.

Paddington Station Or Central Tunnel?

The twelve tph in the Peak and ten in the Off Peak is an interesting frequency.

In If Crossrail Opens To Reading In December 2019, How Will It Terminate In Paddington?, I describe how Heathrow and Reading services at a frequency of twelve tph,  could run into Platforms 12 and 14 at Paddington.

This was my conclusion.

Platform 12 and 14 at Paddington could be converted into a two-platform Crossrail station handling seven-car Class 345 trains, at a frequency of twelve tph, with its own gate line.

I’ll ralso epeat this paragraph from the statement.

The central section of the Elizabeth line will open between Paddington and Abbey Wood and link the West End, the City of London, Canary Wharf and southeast London with initially 12 trains per hour during the peak.

Twelve tph in the Peak is the maximum frequency of the Western Branch into London.

Crossrail have designed a system, where trains can initially terminate in either Paddington or Abbey Wood stations.

Tp give themselves all options and get the Western Branch running, Crossrail would need to complete and certify the following.

  1. Get the signalling working to Heathrow.
  2. Make sure twelve tph could terminate in Paddington.
  3. Make sure twelve tph could run  through the tunnel between Royal Oak and Abbey Wood.

This would mean it would be possible to run twelve tph from Heathrow, Maidenhead and Reading in the West to either Paddington or Abbey Wood in London.

As twelve tph is only one train every five minutes, this surely could be run safely, once the three tasks above are complete and signed off.

Running A Split Service

This is said in the statement.

When the Elizabeth line opens the railway will operate as follows:

  • Paddington (Elizabeth line station) to Abbey Wood via Central London
  • Liverpool Street (main line station) to Shenfield
  • Paddington (main line station) to Heathrow and Reading

At a first look it appears to be a sensible plan.

  • All three services are independent of each other
  • Liverpool Street and Shenfield is working well and will carry on regardless as long as needed at six tph.
  • The Abbey Wood and Heathrow/Reading services can be run as two independent rail  services.

The following will also get a thorough testing.

  • Paddington (Elizabeth Line station)
  • The interchange tunnel between the Bakerloo Line and Paddington (Elizabeth Line station)
  • The important turnback facility at Royal Oak for trains turning in the Paddington (Elizabeth Line station)

The only problem, is that passengers will have to change trains at Paddington.

Running A Limited Preview Service In The Central Tunnel

Would it be possible to run a preview service in the Central Tunnel, after the following are tested and certified?

  • The turnback facility at Royal Oak
  • Paddington (Elizabeth Line station)
  • The intermediate stations.
  • The operation of trains in the tunnel at twelve tph.
  • Abbey Wood station.
  • The turnback facility at Abbey Wood.

A frequency of four or six tph may give the station systems a thorough testing.

Rolling Out The Full Service

This is a paragraph from the statement.

Once the central section opens, full services across the Elizabeth line from Reading and Heathrow in the west to Abbey Wood and Shenfield in the east, will commence as soon as possible.

I would assume stations and extra services will be added as soon as testing is complete and drivers and station staff are fully-trained.

Conclusion

The plan is good, as it allows these and other systems to be tested independently.

  • The signalling into Heathrow.
  • Twelve tph trains to and from Heathrow, Maidenhead and Reading.
  • Operation of the platforms in Paddington (main line station)
  • Operation of the turnback facility at Royal Oak
  • Operation of the platforms in Paddington (Elizabeth line station)
  • Handling of twelve tph and the signalling in the Central Tunnel.
  • Operation of the turnback facility at Abbey Wood.

I wouldn’t be surprised, that if all goes well, we may be seeing a very limited Crossrail service earlier than anybody currently thinks.

It would also appear to get the Western and Shenfield branches working independently to provide much needed, more frequent and quality services,.

These will then be joined by services in the Central Tunnel, which initially will be run independently.

As I said earlier a twelve tph Crossrail between Paddington and Abbey Wood through the Central Tunnel, would carry sixty percent of the passengers of the Victoria Line!

 

April 26, 2019 Posted by | Transport | , , , , , , , | 1 Comment

The Shape Of Things To Come

Yesterday, I needed to go between Moorgate and Tottenham Hale stations.

It was just before the evening Peak and I took the escalators down to the Northern City Line platforms, where a new Class 717 train was waiting.

The increased capacity meant I got a seat and I took the train three stops to Highbury & Islington station.

It was then just a walk through a very short tunnel to the Victoria Line and a train to Tottenham Hale.

It was so much more relaxed than squeezing into a crowded and very elderly Class 313 train.

After the timetable change in May, there will be eight trains per hour (tph), as there is now, but given the number of trains in the new fleet and signalling improvements in the pipeline, I feel that this frequency will be increased.

It should also be noted that in the Peak there are twelve tph, which in the future could be used all day.

But in the interim, trains with extra capacity will be very welcome.

From An Ugly Ducking To A Swan

These developments are either underway or planned for the next few years.

  • Improved signalling on the Northern City Line.
  • Full step-free interchange at Finsbury Park between Moorgate services and Thameslink, Piccadilly and Victoria Lines.
  • Higher frequencies on Thameslink and the Piccadilly Line through Finsbury Park
  • Full step-free access to the Northern City and Victoria Lines at Highbury & Islington station.
  • Full step-free access at Old Street station.
  • Hopefully, Essex Road station will be cleaned.
  • Crossrail will finally arrive at Moorgate station.

North London’s ugly ducking, which has caused passengers, British Rail and London Underground, so much trouble, will finally have turned into a swan.

I always wonder if the City of London;’s transport planners, wish that the Victorians had built the planned extension to a new Lothbury station, close to Bank.

What Will Be The Ultimate Frequency?

Currently the frequency between Alexandra Palace and Moorgate stations in the Peak is twelve tph.

Compare this with the following frequencies.

  • Crossrail will be initially 24 tph.
  • The East London Line is planned to go to 20 tph
  • The Piccadilly Line is currently at 24 tph between Arnos Grove and Acton Town stations in the Peak.
  • Thameslink will soon be at 24 tph
  • The Victoria Line is currently at 36 tph.

I don’t think it unreasonable that a frequency of at least sixteen and possibly twenty tph between Alexandra Palace and Moorgate stations is achievable.

  • Digital signalling and Automatic Train Control will be possible.
  • If Dear Old Vicky can turn 36 tph at Brixton and Walthamstow Central stations, with two platforms, then surely 20 tph at Moorgate is possible, once there is better access for passengers to the platforms.
  • Alexandra Palace to Moorgate is a double-track railway, that is almost exclusively used by Moorgate services.
  • 16-20 tph would make the cross-platform interchange with the Victoria Line at Highbury & Islington station very efficient.
  • There are two branches North of Alexandra Palace station. I’m sure each could handle 8-10 tph.
  • The Hertford Loop Branch has three terminal stations; Gordon Hill, Hertford North and Stevenage stations.
  • The East Coast Main Line has two terminal platforms  at Welwyn Garden City station.

I could see the following frequencies.

  • Moorgate and Gordon Hill – four tph
  • Moorgate and Hertford North – four tph
  • Moorgate and Stevenage – four tph
  • Moorgate and Welwyn Garden City – four to eight tph

It will be a very high-capacity Metro into Moorgate. There could be a need for a few more trains.

But with increased speed

Should The Northern City Line Be Shown On The Tube Map?

Increasingly, passengers will use the high-frequency Southern section of the Northern City Line between Alexandra Palace and Moorgate stations, as a new tube line.

So like Thameslink, the arguments will start as to whether this line should be on the Tube Map.

If Crossrail is to be shown, it is my view that nThameslink and the Northern City Line should be shown too!

April 2, 2019 Posted by | Transport | , , , , , , | 4 Comments

New Lifts At Finsbury Park Station

As I passed through Finsbury Park station, I took these pictures of the new lifts to the Piccadilly and Victoria Lines.

These lifts are particularly needed as there are no escalators between the Underground and the surface and you have to use spiral staircases.

This access is probably one of the worst design crimes on the Victoria Line, which was built on the cheap in the 1960s.

Notice that some of the signage is not complete and finding the lifts isn’t as easy, as it should be.

But then the installation is not fully finished.

February 3, 2019 Posted by | Transport | , , , , | Leave a comment

An Analysis Of Waterloo Suburban Services Proposed To Move To Crossrail 2

I wrote this post in January 2017, when I decided to cut this out of my original post of A Hard Look At Crossrail 2.

Nearly two years later, I decided to update the post after the new platforms have reopened at Waterloo station.

I wrote Is This One Of The Best Platform Access Routes In Europe?, after the access to the new platforms was substantially completed in May 2019.

This has meant a further upgrade has been incorporated.

The Waterloo Suburban Services Proposed To Move To Crossrail 2

These suburban termini and their routes into Waterloo station are proposed  to be connected to Crossrail 2.

  1. Chessington South – 34 minutes – 9 stops
  2. Epsom – 37 minutes – 9 stops
  3. Hampton Court – 36 minutes – 9 stops
  4. Shepperton – 51 minutes – 14 stops

The times are for a typical one-way journey from Waterloo, which usually has a frequency of two trains per hour (tph).

I suspect that the timings are designed, so that they can be achieved by a 75 mph Class 455 train.

An Upgraded Waterloo Station

Waterloo station is getting a massive upgrade in August 2017, which I describe in detail in What Is Happening At Waterloo In August?.

That upgrade has now opened and is now substantially complete in May 2019.

After the upgrade, Waterloo station will handle the suburban services better than it does today.

  • There will be five extra platforms, with the reopening of the platforms 20 to 24 in Waterloo International.
  • Together these platforms should be able to handle another twenty tph.
  • There will be longer platforms, which will all be able to take twelve-car trains.
  • There will be an improved track layout, both in Waterloo and on the approach.
  • There will be related improvements to improve access to the Underground and the Waterloo and City Line at Waterloo station.

All this should mean Waterloo station, will be capable of handling a substantial increase in trains and passengers, with an improvement in efficiency and comfort.

As I said in Rail Engineer On New Platforms At London Waterloo, the number of passengers handled in a year will increase by twenty-five percent.

Improvements On The Branches

Each branch has its own problems, but the following would help in various places.

  • More step-free access.
  • Some level crossings on the branches can probably be removed..
  • Improved access to onward services like buses, cycling and walking at some stations.
  • Some trackwork to allow Crossrail 2’s proposed frequency of 4 tph.

These improvements will generally be needed, whether the services terminate in Waterloo or are a part of Crossrail 2.

New Trains

Currently, suburban services out of Waterloo are run by a large mixed fleet of generally excellent trains.

This gives 264 four-car trains and 60 five-car trains with a total of 1137 carriages.

South Western Railway are purchasing 30 five-car and sixty ten-car new Aventras with a total of 750 carriages.

The Class 707 trains and the Aventras could offer serious performance improvements, as they are probably designed to be able to have a short as possible time, for a stop at a station.

In an ideal world, all trains running these branches would be identical and all platforms would be designed to fit them perfectly, just as many Overground platforms, fit the Class 378 trains.

Crossrail 2 would do this, with possibly the same Class 345 trains, that have been developed for Crossrail.

But why shouldn’t the routes be worked by a homogeneous fleet, serving platforms and stations designed for the trains?

I believe that Crossrail 2 could make no extra difference to the passenger going between these branches and Central London, except for the route from Wimbledon, which will be in tunnel.

But the new Aventra trains will have three very big effects.

  • They will be walk-through ten-car trains.
  • They will have much better capacity for bags, cases and all the other paraphernalia passengers bring.

But most importantly, if they live up to the claims of train manufacturers, the high performance, well-designed trains with a consistent train-platform interface will save as much as three minutes a station.

  • Trains will stop from line speed faster.
  • Trains will accelerate back to line speed faster.
  • Bigger lobbies, will enable passengers to load and unload faster.
  • Wheelchair passengers and buggy pushers would roll across on the flat.
  • Regenerative braking and light weight will save the train operating company in electricity and train access costs.

Until we get actual figures, even one minute a stop, would reduce times on the branches as follows. Figures in brackets are for two minutes a station.

  1. Chessington South – 25 minutes (16)
  2. Epsom -28 minutes (19)
  3. Hampton Court – 27 minutes (18)
  4. Shepperton -37 minutes (23)

Note that the first three services are now under half-an-hour, without making any allowance that the timings will be for a 100 mph train with better performance, than the 75 mph Class 455 trains.

Is Four Trains Per Hour Possible?

If the round trip from Waterloo can be done in an hour, that means that just two ten-car trains can provide a 2 tph service, as opposed to the four trains now needed.

I suspect that South Western Railway will be experimenting to see if they can get a Shepperton round trip in under the hour.

It may seem difficult, but there are certain factors in their favour.

  • The Shepperton Branch Line is self-contained after it leaves the Kingston Loop Line.
  • It is double-track, so there is no passing loop problems.
  • There are no level crossings.
  • The stations on the branch are fairly evenly-spaced at just over a mile apart.

If a total out-and-back time from Waterloo could be under an hour for each branch, this would mean that a 4 tph service on a branch, would need just four trains.

So for each branch to have 4 tph would need just 16 ten-car trains, with similar performance and characteristics to Class 707 trains or the Aventras.

Currently, to provide a 2 tph service, needs sixteen trains, because it takes over an hour to do a complete round trip.

Would it be possible for trains to shuttle up and down these branches?

Look at the example of the East London Line, where four tph shuttle between dedicated platforms at Highbury and Islington and Dalston Junction stations in the North of London to various destinations in the South.

In Increased Frequencies On The East London Line, I reported on Transport for London’s plans to up the frequency on this line to 20 tph.

So could we be seeing something similar at Waterloo, where trains to Chessington South, Epsom, Hampton Court and Shepperton stations, each have their own dedicated platforms?

The four platforms could even be adjacent, so if you want Wimbledon or a station common to more than one branch, displays would lead you to the first train.

Put simply to provide 4 tph for all branches would need 16 modern ten-car trains and four dedicated platforms at Waterloo. How efficient is that for passengers and train operating companies?

Crossrail 2’s Proposals For Services On The Branches

Wikipedia says this about Crossrail 2 services to these suburban branches, after surfacing from the tunnel South of Wimbledon station.

I think that Wimbledon will have to handle perhaps another 8 tph from other places on the fast lines. But they do that now!

Between Wimbledon And Waterloo

South Western Railway have not disclosed their hand yet, but I suspect that they are doing the maths.

I think that it will be possible for a 4 tph Crossrail 2 service and all the other slow services between Wimbledon and Waterloo to use a single pair of tracks carrying 20 tph.

Surely, if 20 tph can be handled on the East London Line with ten year old signalling technology and Class 378 trains, then this frequency can be handled with modern signalling and new Aventras.

It should be noted that Crossrail and Thameslink can both handle 24 tph under Automatic Train Operation (ATO) in a tunnel, so surely the slow lines can handle 20 tph on the surface under ATO or just using plain good driving.

There could even be capacity for some extra services.

Wimbledon Station

Wimbledon station would only need two platforms for these services, but I do feel that work would need to be done to accommodate the passengers.

But the station would probably not need the massive modifications until it was decided to build the Crossrail 2 tunnel.

Clapham Junction Station

If all these trains can be accommodated on just two tracks between Waterloo and Wimbledon, then these services could call at two dedicated platforms at Clapham Junction station.

  • All trains would stop.
  • Staff and passengers would see a succession of identical trains stopping every three minutes.
  • Passengers would have a maximum wait for fifteen minutes for a direct train, to their specific destination.
  • All trains to stations on the branches would use the same platform, making it easy for passengers.
  • As on the East London Line, trains for any station on the branches would be to a clock-face pattern.

The two platforms could be opposite faces of an island platform, with a waiting room, cafe and toilets in the middle.

Vauxhall Station

If it can be done at Clapham Junction station, why not have a dedicated pair of platforms at Vauxhall station, giving access to the Victoria Line?

I use the link at Vauxhall, between the Victoria Line and Waterloo suburban services occasionally and every time I do, it seems to have been improved.

This map from carto.metro.free.fr shows the lines at Vauxhall station.

Lines At Vauxhall

Lines At Vauxhall

I think it is true to say, that if the Victoria Line had been built in the last decade or so, the Victoria Line station could have been placed underneath the main line station.

But even so, I suspect Network Rail and Transport for London have ideas to improve the interchange.

Only Sixteen Ten-Car Aventras Will Be Needed

My calculations show that modern 100 mph trains, like the Aventras that South Western Railway have ordered could provide 4 tph on the Crossrail 2 routes with just sixteen ten-car trains.

All the calculations I’ve done show that replacing trains with faster modern ones, increases the frequency and results in more efficient use of trains.

South Western Railway have bought sixty of these trains.

So they must have some impressive plans!

Conclusion

Crossrail 2’s proposals for the suburban branch lines from Waterloo to the four destinations of Chessington South, Epsom, Hampton Court and Shepperton stations, can be fulfilled using the following.

  • More platform capacity in Waterloo.
  • Modern high-performance 100 mph trains like Class 707 trains or Aventras.
  • Some improvements to track and signals between Waterloo and Wimbledon stations.
  • Wimbledon station would only need minor modifications.
  • A measure of ATO between Waterloo and Wimbledon stations.

What effect will this have on the design of Crossrail 2?

 

December 12, 2018 Posted by | Transport | , , , , , , , , , , | 11 Comments

Capacity Of Cross London Rail Routes

I shall start by looking at the current and future capacity of various rail routes across London.

Bakerloo

The Bakerloo Line has a frequency of twenty trains per hour (tph) between Queen’s Park and Elephant & Castle stations.

The current 1972 Stock trains have a capacity of 700 passengers.

This gives a capacity a 14,000 passengers per hour (pph) in each direction.

In the Wikipedia entry for the New Tube for London, this is said.

Bakerloo line capacity could be increased by 25% with 27 trains per hour at peak times by 2033.

This gives a future capacity of 17,500 pph in each direction.

Central

The Central Line has a frequency of thirty-five tph between White City and Leytonstone stations.

The current 1992 Stock trains have a capacity of 930 passengers.

This gives a capacity a 32,550 pph in each direction.

In the Wikipedia entry for the New Tube for London, this is said.

Central line capacity increased by 25% with 33 trains per hour at peak times by 2030.

This gives a future capacity of 40,687 pph in each direction.

Crossrail

Crossrail is planned at present to have twenty-four tph between Paddington and Whitechapel stations.

Each of Crossrail’s Class 345 trains can hold 1,500 passengers.

This gives a capacity a 36,000 pph in each direction.

It has been said in several places that Crossrail has a future frequency of thirty tph.

If this could be achieved this would increase capacity to 45,000 pph in each direction.

District

The District Line has a combined frequency with the Circle Line of  twenty-four tph between Gloucester Road and Tower Hill stations.

The current S7 Stock trains have a capacity of 865 passengers.

This gives a combined capacity a 20,760 pph in each direction.

The Wikipedia entry for the District Line talks about a future frequency of thirty-two tph.

This could increase the future capacity to 27,680 pph in each direction.

East London

The East London Line has a frequency of sixteen tph between Dalston Junction and Surrey Quays stations.

The current Class 378 trains have a capacity of 840 passengers.

This gives a capacity of 13,440 pph in each direction.

London Overground are planning to increase the frequency to twenty tph in the next couple of years.

This would give an increased capacity if 16,800 pph in each direction.

Gospel Oak To Barking

The Gospel Oak To Barking Line has a frequency of four tph across North London,

The current Class 172 trains have a capacity of 120 seats, with perhaps a total capacity of 300.

This would give a capacity of 1,200 pph in each direction.

The new Class 710 trains have a capacity around 700, according to various reports.

This would give a future capacity if 2,800 pph in each direction.

Hammersmith & City

The Hammersmith & City Line has a combined frequency with the Circle Line of twelve tph between Paddington and Liverpool Street stations.

The current S7 Stock trains have a capacity of 865.

This gives a combined capacity of 10,380 pph in each direction.

Jubilee

The Jubilee Line has a frequency of thirty tph between North Greenwich and Willesden Green stations.

The current 1996 Stock trains have a capacity of 875 passengers.

This gives a capacity of 26,250 pph in each direction.

With Siemens new trains, I suspect that this value could be increased by perhaps fifteen percent to 30,187 pph in each direction.

Metropolitan

The Metropolitan Line has an Off Peak frequency of sixteen tph between Baker Street and Liverpool Street stations.

The current S8 Stock trains have a capacity of 1003.

This gives a combined capacity a 16.048 pph in each direction.

With the Metropolitan Line Upgrade, we can probably see some more capacity.

A not unreasonable twenty percent would raise the future capacity to 19,257 pph in each direction.

Northern

In the Peak both branches of the Northern Line have a frequency of twenty-four tph between Camden Town and Kennington stations.

This is reduced to twenty tph in the Off Peak.

With the addition of the Extension to Battersea, these figures are unlikely to get lower.

The current 1195 Stock trains have a capacity of 662 passengers.

This gives a capacity of 31,776 pph in each direction.

With Siemens new trains, I suspect that this value could be increased by perhaps fifteen percent to 36,542 pph in each direction.

North London

The North London Line has a frequency of eight tph between Willesden Junction and Stratford stations.

The current Class 378 trains have a capacity of 840 passengers.

This gives a capacity a 6,720 pph in each direction.

London Overground are possibly planning to increase the frequency to twelve tph in the next couple of years.

This would give an increased capacity if 10,080 pph in each direction.

Piccadilly

As we don’t know the capacity of the new Siemens trains, this is a best estimate, for when they are in service around 2023-2025.

Currently, the Piccadilly Line is running at a frequency of twenty-four tph between Barons Court and Arnos Grove stations.

The current 1973 Stock trains, each have a capacity of 684 passengers.

This gives a current capacity of 15,416 pph in each direction.

In the Wikipedia entry for the New Tube for London, this is said.

Piccadilly line capacity could be increased by 60% with 33 trains per hour at peak times by 2025.

This gives a 2025 capacity of 24,666 pph in each direction.

Dividing  the 24,666 by 33 gives a train capacity of 750 passengers for a New Tube for London.

Thameslink

Thameslink will have a frequency of twenty-four tph between St. Pancras and Blackfriars stations.

Half of these will be twelve-car Class 700 trains with a capacity of 1754 and the other half will be eight-car trains with a capacity of 1146.

This gives a capacity of 34,800 pph in each direction.

It has been stated that Thameslink will be able to handle thirty tph in the future, which would raise the capacity to 43,500 pph in each direction.

Victoria

The Victoria Line is currently running at a frequency of thirty-six tph.

The current 2009 Stock trains, each have a capacity of 876 passengers.

This gives a capacity of 31,536 pph in each direction.

I think it is reasonable to assume that the Victoria Line is at capacity.

But I wouldn’t be surprised, that with station improvements, which would include a double-ended Walthamstow Central station, engineers on Dear Old Vicky managed to squeeze forty tph out of the old girl.

This would give a capacity of 35,040 pph in each direction.

I also wouldn’t rule out replacing the current trains with the New Tube for London, if the new trains have proved an outstanding success on all the other lines. But that probably wouldn’t be to well into the 2030s.

Current And Future Summary And Total Capacity

The current figures in passengers per hour can be summarised as follows.

  • Bakerloo – 14,000
  • Central – 32,550
  • Crossrail – 36,000
  • District – 20,760
  • East London – 13,440
  • Gospel Oak To Barking – 1,200
  • Hammersmith & City – 10,380
  • Jubilee – 26,250
  • Metropolitan – 16,048
  • Northern – 31,776
  • North London – 6,720
  • Piccadilly – 15,416
  • Thameslink – 34,800
  • Victoria – 31,536

This gives a total current capacity of 290,876

Reasonable projections for future figures can be summarised as follows.

  • Bakerloo – 17,500 (25% Increase) – New Tube for London/New Signalling
  • Central – 40,687 (25% Increase) – New Tube for London/New Signalling
  • Crossrail – 45,000 (25% Increase) – 30 tph from 24 tph
  • District – 27,680 (33% Increase) – New Signalling
  • East London – 16,800 (25% Increase) – 20 tph from 16 tph
  • Gospel Oak To Barking – 2,800 (133% Increase) – New larger trains
  • Hammersmith & City – 10,380
  • Jubilee – 30,187 (15% Increase) – New Tube for London
  • Metropolitan – 19257 (20% Increase) – New Signalling
  • Northern – 36,542 (15% Increase) – New Tube for London
  • North London – 10,080 (50% Increase)
  • Piccadilly – 24666 (60% Increase) – New Tube for London/New Signalling
  • Thameslink – 43,500(25% Increase) – 30 tph from 24 tph
  • Victoria – 31,536

This gives a total future capacity of 356615

Or a capacity increase of around twenty-three percent.

What Do These Figures Show?

My figures are very much rough estimates, based on what is proposed to happen.

New Tube for London

Five of the improvements in capacity require the replacement of the current trains with the New Tube for London. Three of these replacements will need new signalling and only the Piccadilly Line trains have actually been given the go-ahead.

If these train replacements and signalling are done sequentially, they would show these overall capacity improvements.

  • Piccadilly – 3.2%
  • Central – 2.6%
  • Bakerloo – 1.1%
  • Jubilee – 1.3%
  • Northern – 1.5%

Overall, these five projects will increase capacity by 10.2%

Some of these figures may appear small, compared to the Piccadilly and Central, but then with the exception of the Bakerloo, the other lines already have Automatic Train Control and high-frequency services.

The great thing about the effects of the New Tube for London on capacity, is that it is a rolling program and as each line is converted, more capacity will continue to be added, benefiting many parts of London.

Digital Signalling

Increasingly, lines in London are digitally-signalled with a degree of Automatic Train Control.

In a few years time, these lines will be controlled this way in Central London.

  • Central
  • Circle
  • Crossrail
  • District
  • Hamersmith & City
  • Jubilee
  • Metropolitan
  • Northern
  • Piccadilly
  • Thameslink
  • Victoria

All these lines are or will be carriers of high numbers of passengers.

In A North London Line With Digital Signalling, I looked at the benefits of installing digital signalling on the North London Line. This was my conclusion.

It looks to me, that they’ll come a time, when digital signalling to squeeze the required number of trains along the North London Line.

Digital signalling will have to be applied to all the other lines in my list to make the most of the train lines we have in London.

Bakerloo

These lines will be given new signalling

  • Bakerloo – 17,500 (25% Increase)
  • Central – 40,687 (25% Increase)
  • District – 27,680 (33% Increase)
  • Hammersmith & City – 10,380
  • Metropolitan – 19257 (20% Increase)
  • Piccadilly – 24666 (60% Increase)

Of the deep level Underground lines, the Bakerloo Line is well below the capacity in passengers per hour (pph) of the other lines, through Central London.

The easiest way to increase the capacity would be to increase the frequency of the trains, by the application of digital signalling.

Earlier in the section on the Piccadilly Line, I calculated the capacity of each New Tube for London on that line as 750.

So if the Bakerloo Line could handle the thirty-six tph currently running on the Victoria Line, this would give a capacity of 23,333 pph in each direction.

Like the Victoria Line, the Bakerloo is a simple double-track without junctions through Central London.

At the Southern end the line terminates in the two platforms at Elephant & Castle station. If Brixton and Walthamstow Central stations can handle thirty-six tph, then surely with modern trains and digital signalling, this number of trains can be handled at Elephant & Castle station.

But at Queen’s Park station, it’s more difficult.

This map from carto.metro.free.fr shows the track layou at Queens Park station.

Note.

  1. The Watford DC Line of the Overground is shown in orange and runs through Kilburn High Road and Queens Park stations.
  2. The Bakerloo Line is shown in brown and runs through Kilburn Park and Queens Park stations.
  3. There are reversing sidings to the West of Queens Park station for the Bakerloo Line.

The following services go through or terminate at Queens Park station.

  • Three tph between Euston and Watford Junction on the London Overground.
  • Six tph between Harrow & Wealdstone and Elephant & Castle on the Bakerloo Line.
  • Three tph between Stonebridge Park and Elephant & Castle on the Bakerloo Line.
  • Eleven tph between qQueens Park and Elephant & Castle on the Bakerloo Line.

It is also likely that the Overground service will go to four tph.

So this means that services will be as follows.

  • Four tph on the Watford DC Line run through Kilburn High Road station.
  • Twenty tph on the Bakerloo Line run through Kilburn Park station.
  • Nine tph on the Bakerloo Line run through Queens Park station.
  • Four tph on the Watford DC Line run through Queens Park station.
  • Eleven tph on the Bakerloo Line terminate at Queens Park station.

Thirteen tph will continue to various destinations towards Watford.

So how many trains could the double-track line between Queens Park and Wartford Junction stations handle?

Consider.

  • All services on the line are london Overground or London Underground.
  • There are no junctions, where services divide and join.
  • There is a turnback facility at Harrow & Wealdstone station, that can handle six tph.
  • The Overground trains are being replaced with Class 710 trains, which must be able to be made compatible with digital signalling.
  • Watford Junction station has four platforms connected to the Watford DC Line.
  • Good design should be able to make the stations step-free for both Class 710 trains and New Tube for London.
  • The Watford DC Line service, always seems to terminate in platform 9 at Euston.
  • London Underground have run thirty-six tph on the Victoria Line for about a year now.

I suspect that if the trains are digitally signalled, with a degree of Automatic Train Control, that there could be as many as thirty-six tph between Queens Park and Watford Junction stations.

I also think it is significant that the New Tube for London, specifies that the Bakerloo Line will run at twenty-seven tph. Why not more, if the theoretical capacity North of Queens Park is thirty-six tph?

But a single platform at Euston can probably handle six tph, so add 27 and 6 and you get 33 tph, which is the proposed core frequency of the Piccadilly Line.

Suppose too, that all Bakerloo services ran all the way to Watford Junction.

  • This would simplify operation at Queens Park, Stonebridge Park and Harrow & Waldstone.
  • Digital signalling would easily handle the frequency.
  • The platform arrangement at Queens Park would be unchanged, with Euston services on the outside and Bakerloo services in the middle.

Suppose too, that the Watford DC Line service were to be run by New Tube for London trains.

  • All platform heights could be the same.
  • All services would be step-free between train and platform.
  • Digital signalling could easily handle 33 tph along the route.

This last section has very much been speculation on my part, but it shows how it may be possible to create a service on the Bakerloo Line with the following characteristics.

  • Twenty-seven tph between Watford Junction and Elephant & Castle stations.
  • Six tph between Watford Junction and Euston stations.
  • All stations would be step-free between platform and train.
  • All trains would be identical New Tube for London trains.
  • All trains would run under Automatic Train Control, as does the Victoria Line.

Note, that I have said nothing about the Bakerloo Extension to Lewisham.

In my view, that extension does what it says on the tin and creates a new twenty-seven tph service between Elephant & Castle and Lewisham, which brings new services to an area of South-East London, where they are much needed.

Effectively, the Bakerloo Line could become two twenty-seven tph lines, that happen to connect back-to-back at Elephant & Castle station to enable cross-London journeys.

If we look at the Victoria Line, where the frequency has increased over the last few years by the addition of various improvements, I would not be surprised to see the frequency of twenty-seven tph increased.

After all London Underground’s engineers have been squeezing Dear Old Vicky for half a century, so they must know more tricks, than Paul Daniels knew at the peak of his success.

Crossrail

Taking the figures in the current table, Crossrail will add 36,000 pph in both directions across London, to a current capacity of 254,876.

This is a increase of fourteen percent on the current total capacity.

Increasing the frequency from twenty-four to thirty tph, adds another 9,000 pph in each direction, which is an increase of seventeen percent on the current total capacity.

It is very likely, that Crossrail has been designed, so that the train length can be changed as required.

The initial trains have been supplied as seven-car trains and when the line opens nine-car trains will be used.

I have read somewhere that the trains could be extended to ten cars, but eleven might be a bit difficult.

So what would be the effect on capacity of ten-car trains.

I will assume each ten-car train has a capacity of 1500 *10 / 9 = 1667.

This means that Crossrail capacity is increased as follows with ten-car trains.

  • 24 tph gives a capacity of 40,000 pph in each direction. Or sixteen percent on the total current capacity!
  • 30 tph gives a capacity of 50,000 pph in each direction. Or twenty percent on the total current capacity!

It looks like Crossrail might have been built to be expanded.

East London Line

It is my view that the East London Line will eventually be digitally signalled and there could be an increase in frequency from the proposed twenty tph.

It has been stated in the past, that the East London Line will eventually have a service based on six-car trains, running at a frequency of twenty-four tph.

Six-car trains could be a problem, as some of the stations like Canada Water, Shadwell, Wapping and Rotherhithe are a bit short for five-car trains and use selective door opening.

The hopefully high-capacity connection to Crossrail at Whitechapel station will surely drive more passengers to use the East London Line.

So increasing the frequency to twenty-four tph using digital signalling would be an option to increase the capacity.

There are four separate services on the East London Line.

  • Dalston Junction and New Cross
  • Dalston Junction and Clapham Junction
  • Highbury & Islington and Crystal Palace
  • Highbury & Islington and West Croydon

Each currently has a srvice of four tph, but it is planned that six tph will run to Crystal Palace and Clapham Junction before 2020.

Note that all services terminate in a dedicated platform, that is not shared with other services.

With modern signalling and good driving, these platforms should be able to handle six tph.

If all services went to six tph, that would mean twenty-four tph, through the core of the East London Line.

This would mean that the capacity of the line would be 20,160 pph in each direction, which would be a fifty percent increase on current capacity.

There may even be space for more trains through the core, as thirty tph is certainly possible with digital signalling. But where would the trains terminate?

Extra tunnel-capable Class 378 trains to run the extra services shouldn’t be a problem, as new Class 710 trains, will displace the older units from the Watford DC and the North London Lines.

North London Line

It is my view that the North London Line will eventually be digitally signalled to allow a more intensive passenger service than eight tph, amongst all the freight trains.

I have said that twelve tph between Willesden Junction and Stratford will be possible, within a few years.

But this could be the limit for the following reasons.

  • Terminating twelve tph in the two platforms at Stratford is probably possible but difficult.
  • Clapham Junction with one platform can probably handle six tph but no more.

Only Richmond has enough capacity for extra trains.

 

Conclusion

It looks to me that digital signalling and well-designed new trains can improve the capacity across London. Or Liverpool, Newcastle or Berlin to name just three major cities.

 

 

 

October 4, 2018 Posted by | Transport | , , , , , , , , | Leave a comment

How Long Will A Class 345 Train Take To Go Between Two Stations Ten Kilometres Apart?

A Class 345 train has the following characteristics.

  • Maximum speed of 145 kph.
  • Acceleration of 1 m per second²

Using Omni’s Acceleration Calculator, I can calculate that, the train can accelerate up to full speed in 40 seconds.

Using the formula v²=u²+2as, this means that the train takes around 811 metres to get to 145 kph.

With regenerative braking, I suspect that a deceleration of the same order can be assumed.

So will it take 811 metres to stop from speed? I’ll use this figure until someone corrects me.

If the train is doing a start-stop over ten kilometres, then it will travel 8.4 kilometres at maximum speed, which will take about 3.5 minutes.

This means that the start-stop time will be 4.7 minutes.

Now I’ll look at a real example using a similar Greater Anglia Class 720 train.

These are 160 kph trains and typically work on the Great Eastern and West Anglia Main Lines with a similar operating speed.

The train will take 44.4 seconds to accelerate to operating speed and this will take 985.7 metres.

The distance between Tottenham Hale and Cheshunt stations is 12894.8 metres.

So the full speed distance could be 10923.4 metres. This will take 4.09 minutes at 160 kph.

So the start-stop time will be 5.5 minutes.

Currently, the fastest train on this route I can find takes 10 minutes.

I suspect that somewhere in this, the time at the station will complicate matters, but I do think that the fast acceleration and deceleration of the new trains will contribute to faster schedules.

And it’s not just Aventras that have this fast acceleration!

This is an extract for the Wikipedia entry for a Stadler Flirt.

Acceleration also varies between 0.8 and 1.2 m/s2 (2.6 and 3.9 ft/s2)

If you’re worried about the G forces, this is taken from the Wikipedia entry for London Underground’s 2009 Stock for the Victoria Line.

 They have a higher top speed of 80 km/h (50 mph), a faster maximum acceleration of 1.3 m/s2(4.3 ft/s2), a normal service deceleration of 1.14 m/s2 (3.7 ft/s2), and an emergency brake deceleration of 1.4 m/s2 (4.6 ft/s2).

These accelerate even faster and are used for over 200.000 million journeys a year.

To put in an example from motoring, a Mini Cooper S has a 0-60 mph time of 7.4 seconds, which is an acceleration of 3.62 m/s2

Conclusions

Possibly the most important thing to reduce journey times on a rail journey, is to make sure that the operating speed is as high as possible and trains running on the route must be capable of running at that speed.

Obviously, trains do the short journey in three sections.

  • They accelerate as fast as they can to the operating speed.
  • They cruise at the line speed.
  • They decelerate and brake, so they stop in the right place in the next station.

Dear Old Vicky has been doing this under computer control since, the line opened in the 1960s.

I gave an example from Merseyrail in Slow Trains Outside The South-East.

I said this.

The new Stadler Flirt trains are promised to save nine minutes between Southport and Hunts Cross stations, because they are better designed for passenger entrance and exit with faster speed and better braking and acceleration.

There is a corollary to all this.

So long as you have the energy on a train for fast acceleration, whether it is battery, diesel, electrification or hydrogen, it doesn’t matter for a faster service.

So alternatives to electrification are just as good!

 

August 23, 2018 Posted by | Transport | , , , , | 1 Comment