The citytransportinfo channel shows a wide range of different types of public transports dating from the late 1980's through to the present day.
This includes trains, trams, streetcars, buses, trolleybuses, self-steering guided buses, hanging type monorails, straddle type monorails, hanging cable car / gondola, under-road powered cable cars, some innovative systems, and more.
Although based in London, England, the featured locations are global, including Australia, Canada, Singapore, the USA, quite a few European nations, Ireland and of course Scotland, Wales and England.
None of them have been used for any proposes whatsoever since 2007, when the T agreed to complete ten out of the 15 remaining Type 8 car shells (3885-3894), for a total fleet of 95.
Also, the five incomplete Type 8 car shells (3895-3899) were moved to the Orient Heights Yard in East Boston sometime in 2016, formerly stored outside the MBTA’s primary vehicle repair shop in Everett, MA. As of June 2024, these shells have still not been completed since the deal was announced 17 years ago. 😮 They are still sitting outside Orient Heights Yard to this day, untouched since 2007. There are currently no plans to complete these five cars, 17 years later. They might be used to fix wrecked Type 7 rebuilds in the future, but who knows what they’ll do with them, given that this is the T we’re talking about. They said that, but none of them have been used, not even to fix wrecked Type 7s involved in accidents, so I don’t know that the T’s plan is.
Also, the first few cars delivered, in 1999, were failing at numbers below every 1,000 miles, at a whopping only 900 miles before a breakdown occurred, which was far off the MBTA’s recommended standard of every 9,000 miles. The failing cars far off the MBTA’s specifications during the first few months in service, was just one of the many bugs that had to be worked or ironed out on the fleet before it could assume full operation on the B branch and the Green Line system overall.
The fact that these trains were 49 years old when this was recorded and they sounded like class 313 s ,class 314s ,class 315s, class 317s, class 318s, class 319s, class 320s, class 321s, class322s, class 325s, class 768s, class 769s, and class 799s is pretty crazy
but those were not tube trains - they travelled through 'cut and cover' tunnels just below the road surface - tube trains travel through drilled or dug out circular tunnels located deep underground
I remember the old trains. I don't know why you would want to use batteries when providing a third rail or even an overhead wire and using a pantograph would be easy. I think we have an obsession with batteries today.
This system is relatively quick, easy and cheap to install. New electric rail installations are now illegal (seen as too dangerous). Overhead wiring is expensive, especially as the Office of Road and Rail (ORR - who set safety rules & regulations) require bridges over the railway to be rebuilt so as to create an air space around the overhead wires suitable for larger European trains rather than British trains. Their heavy-handed attitude which ignored many years of proven safe air-gap dimensions (here in the UK) dating back to railway electrification by BR in the 1950s / 1960s caused the cost of the GW electrification scheme to rise further than they should have. Media reports I read said that the ORR actually forced the expensive rebuilding of bridges that were already 'within scope' according to British practice elsewhere in the UK
a metal device had been placed on one of the rails to prevent the train from rolling forwards beyond this location ... what they were doing was removing this metal device, so that part of the train could roll downhill.
Perhaps Great Western Railway might introduce the Class 230 on the Windsor & Eton Central, Maidenhead-Bourne End/Marlow and Twyford-Henley-on-Thames. And perhaps use them on the Reading-Basingstoke line.
sorry but I never got to find out the exact location of the speakers, but I suspect that for best audio-ability there would be several speakers scattered about where the people watching this were standing
@@CitytransportInfoplus hey thanks for the info. I've heard that both the Royal and Australian clock don't function anymore but only chime due to a fault. Is this correct?
handrails are often coloured yellow because its a colour which most people can see, even if they are colour blind but I never quite understood the blue colour ... but yes, the refurb colours are better
I hadn't realised what a steep drop there is for westbound Central Line trains approaching the platform (even allowing for the foreshortening effect of looking along the line of the track).
@@CitytransportInfoplus I'm sure you're right. Normally they avoid a downhill slope into a platform where they can (it increases the risk of a train overshooting the platform and consequent delays while the operator asks permission from the controller to back up), but I guess they didn't have much choice here.
It's nice to have some of the D Stock trains back in London, but the government needs to just fund overhead electrification anywhere that does not already have third rail. Let's not turn "battery trains" into the 21st century stop-gap that creates multiple electrification deserts that force freight companies to run diesel freight trains.
the REM could do with plain batteries .. stranded passengers first froze, and then had the ordeal of trudging off to the nearest stops (halts) through wicked ice and snow after finally being rescued .. very long distances between halts along the inter-suburban metro
Is the REM the new service in Montreal, Caanada? In the winter here we sometimes have snow and ice and it has happened that the trains become stranded because of snow / ice on the electric rails, with passengers then self-evacuating (ie :not waiting to be rescued - its illegal but they do it anyway) and walking along the tracks, even though touching the live rail will likely kill them
If they had a rolling programme of electrification gradually munching its way through the network, you are absolutely right. Isn't it obvious that the whole network will end up electrified? But they insist on a stop-start regime each time starting from scratch and reinventing the wheel which costs the taxpayer and the passengers quite unnecessary £ MILLIONS.
Only part of the D stock fleet was sold to Vivarail. As far as I'm aware, all of the UNDM (uncoupling non-driving motor cars) were scrapped. This amounts to almost a third of the fleet.
I hope this takes off as a diesel-killing technology much the same way coal has been phased out in a lot of places for ANYTHING else... PM 2.5 and all the other nasty stew of cancer-causing chemicals need to be removed from public transport networks ASAP since the pollution disproportionally affects the very riders it carries in many a case! Electric or bust!
We need a rolling program of electrification, with stuff like this filling in the gaps until the more important places are all electrified and branch lines can be done.
The testing programs seem to take forever and a day. I would have thought that passengers could be carried now, with a diesel train just kept in reserve for a month or two in case of failure. The battery technology looks like it is working well, so the only worries should be other faults with the Vivarail trains. The TfW trains have had problems with the diesel engine packs- not applicable here. The trains on the IoW have had excessive wheel wear which is really weird, but I don't know if there has been anything similar on the Greenford branch. Suggestions have been made that TfL should take over the line. As a conspiracy theorist, I would say that is just what they would like to do!🤣
We know safety is a major concern, but whenever regulatory bodies scent the opportunity to make a mountain out of any task they go to it with gusto. Introduction of new Stadler trains delayed by three years while rail inspectorate found every single issue under the sun to raise concerns about and then some. Last year trains from Kings Cross were halted because of “cracking” in the train chassis. Only of course the only “cracking” was in the imagination of the inspectors.
I think that the train is crewed by people from a different part of the railway industry - GWR train drivers have probably not even been trained to drive these. This alone would be enough to prevent passengers from being carried on this train - except perhaps as part of a special charter
Re: "The testing programs seem to take forever and a day." It didn't help that the British Government allowed Vivarail to go into administration, instead of nationalising the company and renaming it "British Rail Engineering".
@@Denis.Collins The Ladbrook Grove Disaster killed 31 passengers and injured another 417. There are no short cuts to safety. It's not pesky red tape. It stops people from getting killed. We are talking of large amounts of energy being rapidly pumped into batteries. That's something that has not been done before. It's probably safe, but people need to do lots of testing to make sure the batteries don't start to heat up and catch fire. The same sort of testing was done with Crossrail. The passengers who are going to be traveling on these trains deserve nothing less than a full test.
Reading, afaik. The battery packs they’re fitted with can hold enough charge to comfortably take it the distance between Reading and West Ealing at the start & end of the day
There was a time when the GWR did indeed do things its way - irrespective of what other railways did. Nowadays however everything is very heavily controlled by London civil servants so there is less scope for the individual train operating companies to make any decisions of their own.
quite incredible. The gear looks really easy to install (in the sense that there aren't any bits that need to be craned into position) as well so this could be a no-brainer for achieving net zero train travel on diesel lines!
@@SpongeBob2010-mw9xf Nothing stopping the platforms from being extended to allow for 4-Car Class 710s (which are only 34 meters longer than the units currently on trial) though.
@@MrSmith1984 If that is done this where is the 230s going to? Plus I Prefer the 230s Vs the 710s bc the 230s are like the D stock but Modded to go on railway line outside the 4th rail and they sound better like the D stock wish they did Modify the A and C stock trains before they were scrapped.
@@SpongeBob2010-mw9xf Well, they can either be converted to Class 484's (& sent to the Island Line) or be withdrawn altogether (they are 45 years old at this point). And regardless, the 710s are more suitable stock for this line than the 230s.
@@MrSmith1984 Maybe LO should get the 319s to operate on this line instead of the 710s so that the DC line gets more trains and how can the 710s get to it anyways?
I asked that question to one of the train drivers. He thought that an enthusiasts special might happen, but did not know when - if at all - this train will enter full passenger service.
As Ealing Broadway has better interchange options it would be better for the passengers if the shuttle trains returned to it, but now that a brand new dedicated bay platform has been built at West Ealing returning to Ealing Broadway seems unlikely.
It just shows how innovation under cǎpǐtǎǏǐšm is rewarded. Vivarail created an innovative, eco-friendly solution and were rewarded with... bankruptcy. Shell destroys the planet and is rewarded with billions, as well as control over governments.
Yes, that can happen, especially where the innovation comes from a start-up business which is not part of an established business. But please remember, Vivarail had issues with the diesel engine packs, otherwise things might have been different. Ideally if this trial is successful the TfW 230's will be converted to pure battery operation, perhaps with top-up charges en-route as well as at the termini.
I hope this is a huge success and we get to see D Stock in places like Cornwall and in Bristol (should they ever do a Metro). The St Ives Branch would be perfect to test these as well as make full use of their London Underground seating layout especially in the summer months.
It might have crossed some people's minds that these would end up on the Isle of Wight, especially as other UndergrounD trains were being used there. However, neither I nor anyone else would have thought that these trains would have been converted to battery power and given second lives on branch lines. As for making videos and placing them on RU-vid, back in the early 1990s we did not even have the Internet, so the concept of RU-vid would have been in the realms of Sci-fi. But we did have companies like Blockbuster who hired out video films and there were companies like Online Video making / selling videos of Underground trains.
Wouldn't it have been easier and cheaper if Network Rail just outsourced line maintenance to TfL and converted the route to 4th rail so that no installation of batteries on the D78 trains would be required?
The ORR/Network Rail had banned any forms of railway lines built/converted with third/fourth rail electrification since i believe 2016/2017 without any kind of protection which would be "costly" hence the battery trains came into existence
Let's face it, that 3rd rail technology is fit for the museum. Like the steam trains before it, it has become expensive to operate because of energy transmission losses, and the obvious safety issue (mistaken approach) can't be eliminated.