swt_passenger
Veteran Member
- Joined
- 7 Apr 2010
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As I am sure did the thousands of people who have died or been seriously injured on the roads recently.Nope never said that, but in my 1 year old car compared to my Dads Victor, as the driver, I fancy my chances
That's an understatement.A lot more than the trains,
Feel free to create a new thread if you wishshall we now compare who eats more Apples, the French or the Spanish?
They do not have to act in this way; you are defending the indefensible.Steps are already being taken, the "proposed" ban on new sales of Petrol and Diesels cars
That makes no difference they have to be seen as promoting the safety of the workforce
I think so; I don't think there is much more to be said that hasn't already been said.Isn’t this thread just going to be repeating last month‘s similar discussion that can be found in the last few pages of the Carmont derailment thread, and a number of other similar HST threads?![]()
Exactly, IIRC the ScotRail HSTs were only ever meant to last ten years tops. Crashworthyness is just one reason why they should be replaced. The primary reason IMO is that in 5-10 more of the network will be electrified and so bimodes could reduce emissions and improve journey times.There are many reasons to replace* HSTs that aren't safety, too. They are simply old and knackered.
* In practice, a decision to replace now will result in new trains in about 5-10 years, tending towards 10. That's about the right timeframe anyway, even if Carmont hadn't happened and on the background of a planned long-term rolling electrification programme meaning bi-modes are needed unless you want to be running a lot of diesels under said wires.
The lines to Aberdeen and Inverness are unlikely to be electrified anytime soon (and the same applies to the extremeties of the GWR route), but feel free to create a thread in the speculative section if you wish to explore that possibility further.Exactly, IIRC the ScotRail HSTs were only ever meant to last ten years tops. Crashworthyness is just one reason why they should be replaced. The primary reason IMO is that in 5-10 more of the network will be electrified and so bimodes could reduce emissions and improve journey times.
I'm surprised this is so controversial
Perhaps people should actually read the Carmont report, because there’s an awful lot of drivel and hyperbole on this thread.It isn't at all reasonable to sacrifice the driver to protect the passengers though. The concerns about HSTs are very much about drivers in a fibreglass cab.
In the meantime, I see no reason why HSTs should not continue to operate in line with the current expected lifespan, which is - as others have said - no more than another 7-8 years anyway.
Indeed it would be, but that has been quoted as a union demand.A "panic" replacement, i.e. swapping them for short DMU formations, would be nuts.
Indeed it would be, but that has been quoted as a union demand.
Exactly.Perhaps people should actually read the Carmont report, because there’s an awful lot of drivel and hyperbole on this thread.
To remind you, the driver died most likely as a result of “secondary impact with the cab windscreen and interior as the leading power car struck the embankment below the bridge”. It doesn’t matter if you’re in an HST power car, a 170 or something just out of the factory: if it goes nose down off a bridge at ~50mph then head impacts are equally likely regardless of the stock.
Absolutely; indeed much of what Aslef/RMT say should be ignored!If they are demanding that, they need to be ignored. The result of that would be more deaths and injuries overall as a result of people switching to the car to avoid the overcrowding and higher fares it would result in.
The numbers of passenger deaths on trains on UK railways in the last 20 years is : 6 in 2001, 7 in 2002, 5 in 2004, 1 in 2007 and 1 in 2020. Each of those figures is from a single crash. The whole 20 year average is 0.025 per billion passenger-km, and the last 10 year average is 0.0025. The last 10 years equates to about one passenger death in 250,000,000,000 miles.AFAIK, on average, you are likely to die every two billion miles of travel on a British train, that's 2,000,000,000 miles.
Is that an engineering assessment or something you just made up?Indeed. The issue here isn't so much the passenger coaches (though a comparable modern train is likely to be safer) but the cab which seems to be little better in safety terms than if it was completely open.
I think air travel is almost certainly safer on a global level, though of course that is likely using a per distance measure, and it may be different if measured per journey.... despite frequently heard claims that air travel is the safest.
It'll be made up.Is that an engineering assessment or something you just made up?
That does not include railway staff deaths, for example at Carmont there were two. It is also notable that the UK average is significantly safer than most (or any?) other nation in the world. The last 10 year average is also about 20 times safer than air travel, despite frequently heard claims that air travel is the safest.
I had understood that what the union was demanding was that a date should be set for their withdrawal (as was done for slam-door stock and pacers). As some of them are approaching 50 years old that doesn’t actually seem that unreasonable, provided that that date isn’t “next week”Indeed it would be, but that has been quoted as a union demand.
At the moment, there are about 1800 persons killed on UK roads per year. In 1966 there were 8000! There are also now over 3 times as many cars on the road than 1966. Most of the fall in deaths has come about through safety improvements in road vehicles, legally enforced maintenance of safety critical aspects and better braking/lighting/roadholding visibility leading to less incidents involving pedestrians as well.Remind me, how many people die or are seriously injured on the roads on average each year?
The roads are different from 1966. We have far more motorways and dual carriageways. in 1966 many long journeys involved going through towns and cities*. Now we trundle along at about 70mph on roads with no real conflicts like right turns, or pedestrians.At the moment, there are about 1800 persons killed on UK roads per year. In 1966 there were 8000! There are also now over 3 times as many cars on the road than 1966. Most of the fall in deaths has come about through safety improvements in road vehicles, legally enforced maintenance of safety critical aspects and better braking/lighting/roadholding visibility leading to less incidents involving pedestrians as well.
The original comment "My Dads Vauxhall Victor was a nice looking car and did the trick of getting us from A to B, but looking back on it I am glad we were not in any sort of accident." is perfectly understandable in that context.
Also, had the train been a 170 most of the passengers would have been in the leading coach (as the coach nearest the buffers at Aberdeen is always the busiest). I'm not sure that would have been a better outcome.Perhaps people should actually read the Carmont report, because there’s an awful lot of drivel and hyperbole on this thread.
To remind you, the driver died most likely as a result of “secondary impact with the cab windscreen and interior as the leading power car struck the embankment below the bridge”. It doesn’t matter if you’re in an HST power car, a 170 or something just out of the factory: if it goes nose down off a bridge at ~50mph then head impacts are equally likely regardless of the stock.
Agree fully. Exactly it's the corrosion issues that's the problem. To far gone underneathThey've also needed massive amounts of work to deal with corrosion.
Absolutely
That’s not an unreasonable request from ASLEF. They, like ScotRail know these trains have a finite life and are asking for some forward planning.Also, had the train been a 170 most of the passengers would have been in the leading coach (as the coach nearest the buffers at Aberdeen is always the busiest). I'm not sure that would have been a better outcome.
ASLEF have asked for a meaningful plan to be in place by August 2023 for the replacement of HSTs. Whether that's a new train order or whatever, they are not "demanding" HSTs are immediately withdrawn.
That’s not an unreasonable request from ASLEF. They, like ScotRail know these trains have a finite life and are asking for some forward planning.
It seems to me that if you try and peer through the smoke and fire produced by this topic the conclusion you reach is that HSTs will need to be replaced probably by the end of this decade to pretend otherwise seems a bit silly but equally it is silly to try and suggest that they're somehow death traps that need to be removed from service immediately.
There's an interesting lab test video of a 1959 versus 2009 car here - the thing that strikes me is actually how much the modern car is still destroyed; you cannot evade physics. The principal saving for the modern driver there is not the structural integrity, but the airbag
The Carmont accident is an embarrassment to the operators,
So it's convenient for the operators to stick it on some imagined deficiency of the train.
Indeed it would be, but that has been quoted as a union demand.
The Carmont accident is an embarrassment to the operators, who sent off the train through known extreme conditions, with other trains stranded both sides by washouts, at full 75 mph line speed. If the manager who had to come down from Aberdeen to Carmont to deal with it had driven down the A90 in those conditions at normal 70mph he would have lost his driving licence for dangerous driving. So it's convenient for the operators to stick it on some imagined deficiency of the train.
There's an interesting lab test video of a 1959 versus 2009 car here - the thing that strikes me is actually how much the modern car is still destroyed; you cannot evade physics. The principal saving for the modern driver there is not the structural integrity, but the airbag :
They’re being retired next year I believe.Well, I'm looking forward to doing Sydney-Melbourne on an XPT in July, although I think that a sleeper may be out of the question
I suggest you look at that again.The Carmont accident is an embarrassment to the operators, who sent off the train through known extreme conditions, with other trains stranded both sides by washouts, at full 75 mph line speed. If the manager who had to come down from Aberdeen to Carmont to deal with it had driven down the A90 in those conditions at normal 70mph he would have lost his driving licence for dangerous driving. So it's convenient for the operators to stick it on some imagined deficiency of the train.
If you look at the Ladbroke Grove collision, HST head-on to a "modern", near-new Class 165, the HST power car structurally held up notably, and the carriages, although a couple punched at the ends, held their rigidity, although later destroyed by the fire. The Class 165 first car was completely shredded down to the twisted underframe, the body reduced to shards - by good fortune, at 8am hardly anybody had walked down to the front car at Paddington. In contrast the HST had many standees in the aisle wanting to be first out at the terminus.
There's an interesting lab test video of a 1959 versus 2009 car here - the thing that strikes me is actually how much the modern car is still destroyed; you cannot evade physics. The principal saving for the modern driver there is not the structural integrity, but the airbag :
Re. the thread title, I think you mean “insufficiently safe”?
It’s not unreasonable to suppose that 1970s era rolling stock is less safe than modern kit. Whether there’s any need to retire it on these grounds is another question. I’d agree suggesting it seems like an overreaction.
I wouldn’t think twice about travelling in a Mk3. The chances of being involved in an accident are so rare it’s not worth thinking about.