So why would those cars not have enough momentum to reach Lane 1 on a smart motorway?I assume most cars breaking down have enough momentum to make it to the hard shoulder si wouldn't be an issue on a normal motorway.
So why would those cars not have enough momentum to reach Lane 1 on a smart motorway?I assume most cars breaking down have enough momentum to make it to the hard shoulder si wouldn't be an issue on a normal motorway.
Because L1 would still be live?So why would those cars not have enough momentum to reach Lane 1 on a smart motorway?
.I think we're talking about different things. It was suggested that a breakdown would require you to abandon your car in lane 2 or 3 and run across live lanes of traffic to safety, as if there was some reason you wouldn't simply be able to move across to Lane 1 the same as you'd move across to the hard shoulder on a normal motorway.Because L1 would still be live?
You're relying on somebody noticing you've broken down, which is not instant. I'm not trying to sound patronising, sorry if it does.
There have been 38 deaths attributed to smart motorways with the statement that the presence of a hard shoulder would have, in all likelihood, prevented.
Another 63 accidents occurred when a vehicle entered the hard shoulder or a lay-by, whilst 55 happened as a vehicle drove away.
As a result of these figures, 38 of the collisions were fatal, which equates to around 8.5% of all fatal accidents on motorways in the UK over a five year period.
I see where you're coming from, my thinking was that on a smart motorway all lanes are active, so even in L1 you could have people coming up fast.I think we're talking about different things. It was suggested that a breakdown would require you to abandon your car in lane 2 or 3 and run across live lanes of traffic to safety, as if there was some reason you wouldn't simply be able to move across to Lane 1 the same as you'd move across to the hard shoulder on a normal motorway.
I assume most cars breaking down have enough momentum to make it to the hard shoulder si wouldn't be an issue on a normal motorway.
Yes they are probably all live but if you're about to break down in Lane 3, you still move across to Lane 1 if you can, so you're at the edge of the carriageway, just as you would move across to the hard shoulder on a normal motorway.I see where you're coming from, my thinking was that on a smart motorway all lanes are active, so even in L1 you could have people coming up fast.
I realise that my initial argument may have been flawedYes they are probably all live but if you're about to break down in Lane 3, you still move across to Lane 1 if you can, so you're at the edge of the carriageway, just as you would move across to the hard shoulder on a normal motorway.
, I still think we need a permanent hard shoulder though.not sure they are all down to smart motorways ? https://flexed.co.uk/dangerous-hard-shoulders-britains-motorways-revealed/
Just thinking about it, if it's an electrical fault and your lights go out your car basically becomes invisible until the last second (on motorways without lights anyway).A perminent hard shoulder will always be clear. A "smart" lane will have a couple of miles of traffic behind you even when they close it off. The system is flawed.
TBH it's probably the most dangerous situation you can be in at night. The chances of being rear ended at high speed or by a truck is really high.
The M60 smart motorway still has the hard shoulder so it must only be a few that are the problem ones.
When they first went live, I passed the hard shoulder live sign, thought about going in it, then saw a broken down car on the live lane former hard shoulder, scary as hell, will never use them now O_O
In the past, I would have and did on several occasions change a wheel on the side of a motorway with a hard shoulder. Even at night and even on the vehicle offside
This is exceptionally dangerous even on a conventional motorway.
I am talking of my experience over 50 years. Motorways particularly at night were less busy, but I have obviously felt exposed at times. The hard shoulder as a continuous safer reserve does provide more surety tham laybys every couple of kilometers.This is exceptionally dangerous even on a conventional motorway.