Cherry_Picker
Established Member
We will just move more and more to a service based economy. I just hope mainline trains dont go driverless until, oh, sometime after my 65th birthday. 

We will just move more and more to a service based economy. I just hope mainline trains dont go driverless until, oh, sometime after my 65th birthday.![]()
In 10 years time all commercial flights will be crewed by a man and a dog. The man will be there to feed the dog. The dog will be there to bite the man if he touches anything.
O L Leigh
I can only speak for disc braked units, I dont sign loco.
You cant unless being conducted/ piloted.
There are a couple of other possibilities as well.
What makes you think I am post qualified?
I have been driving for 4 years, okay not long in the scheme of things but long enough to have a rough idea whats going on.
Depends, if the rear of the train stops in the Overlap (typically 200 m) of the junction Signal then the preceeding signal will have been at Red since the incident train passed and it will be safe to set back, if not that signal can have been at yellow and the driver of a following train may have seen a Double Yellow or Green that authorises them to proceed up to the junction Signal. The signaller has to follow stringent procedures to ensure an unsignalled setting back movement is protected from any risk of collision with a following train and if it was closely following that may be impossible.
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Must be quite rare for any one driver though. The most important factor is they are, usually, unsignalled movements so protection relies entirely on the signaller following correct procedure, unless all the conditions are met the move can't be authorised as there's a small but real risk of collision with a following train.
Plus it gives a very jerky ride swapping from heavy braking to full acceleration and back to full braking a few seconds later, it may "exploit the full capability of train and route" but it certainly isnt smooth.
I'd be confident that can be solved, technology has progressed somewhat since 1967 or even since DLR. Until reading about drivers happily running at full speed in zero visibility I wanted a driver in the cab but now I can't see any objection to automated driving.
I'd be confident that can be solved, technology has progressed somewhat since 1967 or even since DLR. Until reading about drivers happily running at full speed in zero visibility I wanted a driver in the cab but now I can't see any objection to automated driving.
The LU line and DLR do, the Copenhagen Metro doesn't. You can't really generalise about rail systems.Too many variables. Even existing ATO sections on LU and DLR require human supervision and override for when things happen that the computer can't cope with.
And Rio Tinto in Australia. They've been working on it for a few years, so creating an automatic freight train which can be many miles away from the nearest human isn't a simple task,No one is talking about driverless trains except for a few people on here.
Driving normally, whether in clear weather or during fog or falling snow, is one thing (and even in thick fog, a human might be able to respond to, or even just report, a potential danger like a road vehicle on the opposite line that a computer might ignore), but I'd like to see the computer examine the line effectively, or even just proceed at caution, being prepared to stop short of any obstruction - both fairly common instructions.
It is likely to be cheaper to retain drivers.
That will ultimately depend on whether, or perhaps when, drivers price themselves out of a job.
Sweeping statement about drivers pricing themselves out of a job aside, when the driver has "pressed the start button" and is wandering back to "passenger facing duties" how quickly will they be able to respond to the person struck by the train? How quickly will they know if the person was on their own and how far back down the line they might be? Was a second person struck a glancing blow and is somewhere in the undergrowth?I do think someone should be in overall control but ultimately they will only need to go to the cab when there's a problem. On HS2 it's possible the driver will do nothing more than press a Start button but keeping watch at those speeds is rather pointless, after one trip in the cab they may switch to passenger facing duties for the next trip(s), a 'Train Operations' grade!
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That will ultimately depend on whether, or perhaps when, drivers price themselves out of a job.
I think what's effectively been said here by drivers is that in fog instruments can "drive" the train without human visibility. Therefore the instruments could just drive the train. I think the biggest block to driverless trains isn't technology, its the unions.
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The driver's desk of the future...?
O L Leigh
I think what's effectively been said here by drivers is that in fog instruments can "drive" the train without human visibility. Therefore the instruments could just drive the train. I think the biggest block to driverless trains isn't technology, its the unions.
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The driver's desk of the future...?
O L Leigh
I think what's effectively been said here by drivers is that in fog instruments can "drive" the train without human visibility. Therefore the instruments could just drive the train. I think the biggest block to driverless trains isn't technology, its the unions.
I think some people might have been overplaying how unimportant visibility is.
I can only speak for myself here, obviously, and yes I can drive a train in thick fog at night almost the same as in broad daylight but even at it's absolute worst visibility is still 50 yards or so. As train driving is generally pre emptive (as opposed to car driving which is largely reactive) then your route knowledge will tell you that feature X is a certain distance from location Y and your traction knowledge will enable you to apply that information into doing something useful. I know this bridge is a mile and a quarter before the next station I am booked to stop at, I can apply the brake as I pass under it and it will bring my speed down to a level where I can fine tune it to a stop within the platform (etc)
The technology exists to autonomously drive cars around busy city streets without crashing. It exists to move metro style trains over short distances (and never far from the cavalry if something goes wrong) at medium speeds and I'm pretty sure if somebody really wanted to make it work on much heavier stock travelling at much higher speeds, often through remote areas then they could. We have landed a man on the moon so we can do pretty much anything if the desire is there, but for the time being I think the current system is the best. Obviously I have a vested interest, but I dont kid myself into thinking somebody will push it through one day. I just dont think it is all as simple as you seem to suggest and I do think we are quite a few years away from the government spending tens of billions on upgrading the track and rolling stock of the network into automatic operation.