Similarly the deck chair. A good idea, but not... Well, you see where I'm going.
.
OI!
Don't bring recumbents into this!
Similarly the deck chair. A good idea, but not... Well, you see where I'm going.
.
I think the OP was referring to cyclists, and the vulnerabilities they faced by cycling without head protection? so why would we be looking for at your other listed examples needs to have head protection, sorry but these have no bearing on the topic.Same for pedestrians, drunks, car drivers, children, dogs and cats?
I've never been shouted at for not wearing a helmet. Maybe that's one reason why many dislike this constant push for helmet wearing - it's just one more thing that's used against us. I wouldn't want that to get worse.
I think the OP was referring to cyclists, and the vulnerabilities they faced by cycling without head protection? so why would we be looking for at your other listed examples needs to have head protection, sorry but these have no bearing on the topic.
As a benchmark for assessing the comparative levels of risks we are prepared to take and whether any of them warrant interventions with safety equipment? You can of course do the assessment in a complete vacuum of evidence and comparative evidence but then you are likely to end up with something nonsensical e.g. deciding to walk rather than ride without a helmet which would be a decision that likely increased your risk of a head injury for the trip.
Yes I'm fully conversant with comparative levels of risk. But if were going to make comparisons (in terms of risk), then surely it should be like for like? how does a pedestrian on a footpath, or a car driver on the road in a steel shell, compare with a cyclists need for head protection whilst cycling at 15, 20, 25, 30, 35, or 40mph?
But were not advocating that pedestrians should wear head protection, and of course they have a 50% greater chance of serious injury, there are more pedestrians (compared to cyclists) , and they regularly swap between pedestrian and vehicle routes . And they're more likely to be distracted by other things, such as phones, friends, shop displays etc. , not to mention the vehicle drivers who are equally distracted and not paying attention to whats going on around them.Well you can rule out the 15,20,25,30, 35 or 40mph for cyclists as they are 2, 4, 6, 9, 12 and 16 times respectively the maximum impact design limit of a bicycle helmet anyway. But if we look just at serious injuries of cyclists on the road and pedestrians on the footpath going from A to B then the pedestrian has a 50% greater chance of a serious injury accident and a 30% greater chance it will involve a head injury. Cyclists on the other hand are more likely to have an arm or shoulder injury. And those figures are for each group doing the journey in the way that group would typically do it.
I have. In Vancouver.
I think the OP was referring to cyclists, and the vulnerabilities they faced by cycling without head protection? so why would we be looking for at your other listed examples needs to have head protection, sorry but these have no bearing on the topic.
A place for everything, and everything in its place...
Pardon the pun, but for me its a no brainer....
The brain is the main CPU, without it none of the peripherials (arms legs etc) will work.
I can still function to near normal levels with a busted leg/arm, the same is not true with brain damage.
Me - three times. What is your point in asking?how many of the wont wear dont wear brigade have ever sufferd a concussion ? just a thought
and of course they have a 50% greater chance of serious injury, there are more pedestrians (compared to cyclists).
No rearward protection? My Poc lid, my Giro Xen both have excellent rear and lower side coverage.
Including my work helmets I now have 6, and on none of them does the packaging or literature advise that correct use of the helmet may cause injury.