MOT exempt
Comments
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Shoshannah wrote: »Do you have any idea how much work can go into maintaining a car of that age?! Trust me - no (running) car of over forty years old will be a 'banger'.
Most won't, but I can personally think of 3 mid-seventies vehicles (Capri, Cortina, VW camper) which have been parked up for years since failing their tests due to corrosion. All of them start and drive and I would be amazed if all 3 weren't back on the road as soon as they are MOT exempt with nothing more than a fresh tank of petrol, a wash and a jump start to "recommission them".0 -
The fact that two are Fords speaks volumes. :rotfl:
When this is implemented, I wonder how it will happen. Presumably all vehicles over the certain age will suddenly become MOT exempt in the way you describe.
Ideally, it would apply only to vehicles whose last recorded MOT test resulted in a pass, not a fail. Far from foolproof in preventing unroadworthy old vehicles hitting the road, but it's a start.
I also think that a vehicle that has been off road (SORNd) for more than a certain period of time (three years?) should have to pass an MOT before being used again, regardless of age.
Probably won't happen that way, though.0 -
The amount of pollution and road wear caused by cyclists must be huge.0
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The amount of pollution and road wear caused by cyclists must be huge.
Funny thing, that, back-of-an-envelope figures suggest that the pressure on the road surface from a typical bike tyre is actually a little higher than the pressure from a typical car tyre.
Say 90kg bike + rider, equally split between two tyres with a contact area of 28 square cm each gives 1.6kg per sq cm.
1500kg car + driver split between 4 tyres with a contact area of 310 sq cm each gives 1.2 kg per sq cm.
So, yes, per contact area, the bike will be producing higher wear0 -
Joe_Horner wrote: »Funny thing, that, back-of-an-envelope figures suggest that the pressure on the road surface from a typical bike tyre is actually a little higher than the pressure from a typical car tyre.
Say 90kg bike + rider, equally split between two tyres with a contact area of 28 square cm each gives 1.6kg per sq cm.
1500kg car + driver split between 4 tyres with a contact area of 310 sq cm each gives 1.2 kg per sq cm.
So, yes, per contact area, the bike will be producing higher wear . it;)0 -
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Joe_Horner wrote: »Funny thing, that, back-of-an-envelope figures suggest that the pressure on the road surface from a typical bike tyre is actually a little higher than the pressure from a typical car tyre.
Say 90kg bike + rider, equally split between two tyres with a contact area of 28 square cm each gives 1.6kg per sq cm.
1500kg car + driver split between 4 tyres with a contact area of 310 sq cm each gives 1.2 kg per sq cm.
So, yes, per contact area, the bike will be producing higher wear
That is a very dodgy argument, as I'm sure you know;)0 -
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Joe_Horner wrote: »Funny thing, that, back-of-an-envelope figures suggest that the pressure on the road surface from a typical bike tyre is actually a little higher than the pressure from a typical car tyre.
Say 90kg bike + rider, equally split between two tyres with a contact area of 28 square cm each gives 1.6kg per sq cm.
1500kg car + driver split between 4 tyres with a contact area of 310 sq cm each gives 1.2 kg per sq cm.
So, yes, per contact area, the bike will be producing higher wear
http://pedalfortcollins.com/greatest-demand-on-tax-dollars/0
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