This one can't have been speeding unless the OP was, as it was following him earlier.


He could be 100% at fault. It is just that we all have responsibilities and if a car driver fails in his duty to look where he should look, and that is causative of a crash, there isn't any good reason why his negligence should be wiped out just because another road user has been negligent. It might be that (for example) a judge would hold him 20% liable and the moped 80%. Or whatever proportions. It must be fairer for each to take their fair share of the blame - if both contributed - than letting a negligent driver off altogether.


Nah. Big bad defendant insurance companies are represented by highly skilled and pretty ruthless lawyers. They can (and do) look after their side. In civil liability, technicalities don't really enter into it - that is much more in criminal prosecutions.


But, if by doing so, a crash could have been prevented, how can you argue it is - or should be - irrelevant? Anyway, as the law stands, that's academic, as if you are negligent then it is relevant. I don't see anything wrong with that as a principle.


Absolutely.

Plus there's the added danger that if you turn into your drive, chances are you will be reversing back out into the main road, which in itself is not a good manouvre to do.

Might not have been speeding, I never said they were. Do you think it is acceptable for them to overtake under the circumstances?

The driver failing to look in his blind spot is not the cause, in my opinion. The moped overtaking when the car in front has slowed, indicating and in a residential area is the cause of the accident.

I think I'm getting mixed up with the insurance companies acting in the best interest of the motorists and insurance companies acting in their best interests.

When the motorcyclist decided to overtake, in a residential area, past a car that was slowing and indicating, why should the driver be apportioned any blame for failing to prevent the crash. The motorcyclist created the situation. I applaud the driver for his quick action and preventing the crash in this situation.

What would be your reaction be in the drivers situation? If you were the motorcyclist, would you have overtaken in that situation? Why?

Nah. Big bad defendant insurance companies are represented by highly skilled and pretty ruthless lawyers. They can (and do) look after their side. In civil liability, technicalities don't really enter into it - that is much more in criminal prosecutions.
Actually, Insurance Companies are clever enough not to go near a court except as the very last resort. They don't waste money if they can help it, especially on court costs.

It's not often I agree with the earthpig but you are talking complete and utter bollox.

There isn't an automotive mirror on the market that can offer a 90 degree angle of vision. You will have blind spots, you are simply too blind to see them

No

But the moped was not invisible. If it was there to be seen, but a crash occurred because the driver failed to look, when if he had looked, he would have seen and avoided, how can it be said that failing to keep a proper lookout wasn't partly the reason? What you appear to be arguing is that really, people needn't check blind spots, they should be allowewd to assume there's nothing there, even though it is guaranteed that from time to time, there will be.


No. If the car does not turn to the right, there is no accident.


They only ever do the latter.


He wouldn't be. He would only be apportioned to the extent that he was held to have caused the crash.


Indeed.


In the driver's situation, I'd have checked the blind spot, seen the muppet, and not set off. I think we are all agreed that nobody but a muppet would have overtaken. But you can't crash with them, even if they are muppets.

I never claimed a 90 degree angle of vision. I stated very clearly that in my car there was no blind spots (to the rear offside) in which an overtaking cyclist could disappear. Feel free to take up the offer I gave Rodders and get your tatty old van with its flat glass mirrors down to the nearest Honda dealership, and check out the latest advances in automobile mirror design.

Or you might be able to stretch the old grey matter far enough to work out that a well designed convex lens consisting of 2 elements, would have the ability to show both the leading, side and trailing edge of the object in view as it moved through the viewing arc, with eventually the leading edge (the front of the car/bike/whatever) being in your direct sightline through the drivers door window, whilst the rear edge was still showing in part of the mirror.

Nah, perhaps easier of you just went and checked it for yourself.

Your Welcome.

That'd be my "tatty old 2013 plate van" would it? The one with split-plane convex mirrors that exceed current EU legislation and still leaves me with blind spots. That tatty old van you mean?

If you take a very broad view, yes. Within that, though, for example, some major insurers would let a smallish minor injury claim go to trial, knowing 100% that the claimant would beat the offer produced by Colossus (or whatever auto-claim-value software) on the basis that, overall, it would be worth it for the savings on the cases that undersettled (even though it was known the offer was too low) as these savings would outweigh the costs of letting those who wouldn't take the low offers go to hearing.

All change now, though, what with QOCS battling violently with Part 36. Remains to be seen how that one will pan out.

Wow. they design blind spot mirrors - to deal with the problem of blind spots which according to you don't exist? Well, there's a thing. Why would they do that?

Convex add-on or even integrated mirrors are nothing new. there are loads on the market. Each in a way helps, but NONE can eliminate the blind spot perfectly, for the reasons already stated. including yours. The stick -on varieties have various views ranging from poor to very distorted, and obviously restrict the view of what you would otherwise be able to see in the area behind the stick-on; also, the distortion in the mirror is very annoying and distracting for many


The funniest part is you say you can see the "leading edge" of the vehicle - but only by turning your head to the right, to look out of your driver's door window - yet which action you dismiss as a facetious suggestion by the Highway Code. If you were looking ahead, (you know, looking where you're going) the view out of your driver's door window is obviously NOT in "your direct sightline";

Next - so, if you can see the "leading edge" by turning your head to look to the right rear (which you can apparently do, without doing it); and you claim that the "rear edge" is visible in part of your mirror somewhere - tell me - where t f is the rest of the vehicle, then? It couldn't be in the non-existent blind spot, by any chance?

Odd things, these non-existent blind spots.



I wonder how many of those drivers had previously spouted the same sanctimonious sort of nonsense as you about blind spots? Or maybe while you are writing to the Highway Code telling them to revise their facetious advice, you could drop a line to the NHTSA as well?

I think my work here is done.

Can I just throw three pennoth in ?

Humans have a field of vision that is ALMOST 180 degrees, get someone to test yours, its actually quite surprising what you can see to the side of you, I already know what both of my eyes are like for field of vision because I have it tested by my doctor every six months, but a simple test such as getting someone to approach from behind and then holding your hand up when you can see then should surprise you.

Further to that, your vision is also alerted more by moving objects, its an animal instinct sort of thing.

So, a moped approaching your car from behind won't be visible to you yet, but if you turn your head even just slightly then your 180 degree field should pick them up easily, especially if they are deviating from a static location in relation to your eye, in other words they are pulling out to overtake and moving across you field of vision.

What we really need is an almost 360 degree field like some birds do.