I bought a new helmet for my downhill biking. It’s almost lighter than some road bike helmets and has great air flow. Wear a helmet, people. Your noggin is precious and cars and trucks are aiming for us.
I hope your downhill helmet has a face/jaw.
Source: my previously broken face/jaw.
I wear a full helmet for any bike riding now
Its a smith mainline. Full face but it only weighs like 600 grams.
Excellent choice
Good on you man.
MIPS or bust!
“cars and trucks are aiming for us”
As he screams past a dozen cars into a busy 4-way stop without any regard for traffic laws or personal safety
helmets aren’t made to protect you from “cars and trucks” but from falls
false sense of security
Falls that can come from avoiding cars and trucks…
The collision with a car is just one factor. Yeah, if hit directly, the collision itself can be devastating. But the fall from the collision is extremely dangerous in itself.
Cars and trucks can still smack your melon, or otherwise cause your melon to get smacked.
People are downvoting you but you are right. Bicycle helmets are not designed for impact collisions with vehicles and wearing a helmet vs not wearing one — in motor vehicle accidents — statistically doesn’t matter very much.
But why does this matter? Two reasons:
— Studies have shown that motor vehicle drivers are more likely to give a cyclist more space when passing if the cyclist is not wearing a helmet. Drivers think helmet = protected and no helmet = squishy.
— People tend to blame cyclists for their injuries if they weren’t wearing a helmet. Victim blaming is bad. A cyclist can certainly be at fault in an accident, but they don’t deserve their injuries.
That said, I still always wear a helmet when riding in the US because drivers are crazy, our road infrastructure is usually in disrepair, and I am capable of making mistakes that could lead me to fall.
I also had an incident two years ago where I was cycling downhill on a road, going 22 mph, and a child ran out right in front of me. Thankfully my hydraulic brakes did their job and I stopped me amazingly quickly, but my back wheel also came a foot off the ground. I was so close to going over my handlebars and cracking my head on the pavement.
i went over my handlebars a couple of times and once had a collision with a car that ran the red light to turn left. Luckily it was before the SUV hype and i did slide over the car instead of going under. My leg had the blue impression of the bike frame and my fingers had the impression of the brakes that broke in my hands.
During those couple of times i went over my handlebars I was practising ground based movements and i was lucky to be able to just push my body along and get up to a stop. I had decent gloves :)
for those who are interested : Advanced / basic Quadrupedal Patterns
my favorite fall is when i fell onto a soft pile of sand the city left without any visible signs on the quay (? wharf? riverwalk?) to rebuild the bike/walk path. I was riding in the night and suddenly ¼ of my wheel went in the sand and i fell on the floor that was softer than my pillow 😁
getting downvoted but you are 100% correct.
ignorance on this comment thread deep. people here don’t have any idea what they are talking about and just want to blowhard about how helmet wearing is the issue.
if you’re going 25mph on an ebike, a helmet isn’t going to stop you from fucking up your head.
it’s not like the information is not easily accessible 🤷
Maybe not a regular bike helmet, but if you are constantly riding around at those speeds you should get an actual DOT approved motorcycle helmet. Those will save you from fucking up your head in the vast majority of situations at that speed.
Even a regular bike helmet could help sometimes. It really depends on a lot of factors like how hard you slam into the ground, whether you roll or slide, the angle of impact, etc. It’s not so cut and dry, but I would imagine wearing any decent bike helmet is always at least a small increase to your probability of surviving in a bike accident.
I can’t understand why people refuse to wear helmets when riding.
I had a professor in university who got in an accident while not wearing a helmet. He went over the handlebars and landed on his head. It happened years before I met him, but he would regularly get crippling migraines as a consequence, and he would plead with his students to never ride without wearing a helmet.
A friend’s dad fell off his bike hardly moving and had severe brain damage and was a shadow of his former self. Then died young. It doesn’t take much at all. I will never not wear a helmet on a bike.
It’s probably safer to not bike.
95% of delivery riders in the UK don’t wear helmets. Ask them
I can’t understand why people refuse to wear helmets when riding.
Because wearing a helmet makes you more likely to be in an accident and increases the risk of brain injury when you are.
The first has two causes:
- People take more risks when they wear helmets. source1, source2 source3
- Cars are less careful around riders wearing helmets. source
The second:
- A helmet effectively makes your head larger, and as such increases the risk of your head hitting the road. In fact your risk doubles. source
- A helmet protects against ‘focal’ injuries, that is injuries at the point where your head hits something. But a another type of brain injury is ‘diffuse’ injury, basically the fact your head hit something at all, and your brain rattles around in the skull. This type may cause worse problems than focal injuries. The added size of the helmet amplifies the rotation of your head on impact and makes this type of injury worse. source. Add to this the fact that wearing a helmet makes you more likely to hit your head in the first place.
In addition to this, wearing a bicycle helmet makes cycling less attractive, and as a result people will cycle less. This results in a loss of health benefits from cycling.
Sure, intuitively you might think a helmet will make you safer, but intuition is often wrong. When you look at the actual data it shows a different picture.
It seems like this is not yet settled. This meta-analysis of studies concerning increased risk-taking found that most studies with experimental data did not find that wearing a helmet increased risk-taking behavior. The author mentions the downhill biking experiment and suggests that there’s a distinction between taking more risks because you are wearing helmet and riding slower because you feel unsafe without one. This is supported by the habitual non-wearers not increasing their speed/risk when wearing a helmet.
This Other analysis looks at the actual rates of different kinds of injuries and finds that helmets significantly decrease the risk of head and face injuries while not having a significant impact on neck injuries.
This study of hospital stays related to bike accidents shows that hospital stays were significantly more frequent and severe for those who didn’t wear helmets. (and it examines some of the potential cultural hurdles in expanding helmet use).
Overall, I’m most influenced by the last study. Theoretical analysis of risk taking and injury type is certainly important, but the real life data in this and other studies indicates that wearing a helmet strongly correlates with a decreased risk of injury and death.
should we wear helmets while walking around or jogging? riding a bike at 5mph doesn’t need a helmet. or in the shower? most folks get head trauma from shower falls, far more than bicycle accidents.
helmet wearing is for when you’re going 15mph or faster. it’s for sport cycling.
This is an inherently close minded take on helmets.
If you’re sharing the road with vehicles which can go 30mph, you need a helmet. You don’t need to be moving to be killed on a bike
It’s been years since Go Pros were first becoming popular, but I remember stumbling across a biking forum and was appalled at the number of riders posting videos of assholes in cars trying to run them off the road. All it takes is once.
A helmet won’t stop a car.
A helmet will undoubtedly reduce the incurred injury of a collision or at least increase the threshold of force required for major head injury.
At the end of the day, the only thing which really matters is protecting your head. Limbs are a bonus
I fell on my bike onto the pavement going 12mph. That’s it. Not very fast whatsoever compared to some cyclists.
I ended up busting 4 ribs in half and fractured my scapula (shoulder blade). I was wearing my helmet w/front visor thank God because it’s amazing how quickly your head smacks that concrete. I went face first too and the visor + helmet completely spared me any head trauma.
Never felt pain like that in my life. The agony of getting loaded onto a gurney with that many busted bones isn’t something I wish to repeat.
Head injuries are no joke, when I ride my ebike I use a helmet with a chin bar too because I can barely afford an ebike that isn’t bottom of the barrel so I know I can’t afford to get my teeth replaced.
It would be interesting to know whether the increase in head trauma stems from single accidents being inherently more dangerous on e-bikes and that being the increase, or if e-bikes make biking more accessible bringing out less experienced bikers on the road where they are subsequently struck by cars.
It’s not possible to see the study without a subscription, so it’s hard to tell.
I’d not be surprised to see the latter being the case though, cars are the biggest predator when it comes to bicyclists.
ebikes ride about 10mph faster than on a bicycle.
higher speeds is the issue. combined with the inexpereince and lack of physical skill and health of ebike riders. recipe for injuries.
that and most ebike riders are much older. you don’t see 22yo college grads on them, you see middle aged adults and retirees, because they cost $2000+ not $200.
Are you claiming this on intuition or on some actual statistics?
Also, on account of your use of mph, is this relevant only for the U.S? In the EU, e-bikes are pedelec only and capped at 25 km/h, which I don’t think is 16 km/h more than the average bicyclist puts out.
The stats don’t exist because ebikes have only been around for a few years. There are no stats on them yet, and they aren’t seen as a separate category of transportation from bikes.
I’m claiming i on experience of commuting in my city daily for over a decade and seeing the changes in trends, ages, and behaviours of other commuters on bikes. I also work in cycling advocacy, education, and infrastructure.
There are however, many articles form local hospitals/newspapers cited a big uptick in serious cycling injuries the past few years, and that was when ebikes became mainstream.
Just a note of caution, while your observations may be valid, there could be other factors that influence the outcome. In my geography, the number of private passenger vehicles went from about 30-31 per 100 of the total population to just under 40* in the last ten years, meaning there’s about a third increase of car traffic around those new e-bike riders compared to a decade ago.
* It’s an odd phrasing, I admit, but I wanted to share the numbers without suggesting that 30% of the population has cars or drives regularly, which may not be the case. Some families have multiple cars, some of those vehicles are company cars, etc.
Yeah, speed is a killer. A doubling in speed represents a quadrupling of kinetic energy. So, while a 100 kg man-bike moving at 10mph (~16 kph) has (0.51004.444…^2) (0.5mV^2 for kinetic energy, m is mass in kg, V is velocity in m/s) 987 joules of energy, a 100 kg man-bike at 20 mph (0.51008.888…^2) has almost 4000 joules of energy.
The US is not the world. Older folks here usually don’t have eBikes. It’s teenagers and folks in their early 20s with fat tire bikes going super fast. Some folks commute with eBikes, but most people other than teenagers don’t go especially fast on bikes unless they’re wearing helmets and spandex.
I also see significantly more “older” people on ebikes riding a reasonable pace where I live (Denmark) than young people going super fast. Here ebikes definitely seem to me like it’s something that primarily people aged 40-50+ use.
I got the cheapest+lightest ebike w/gears that I could find (~$700 and there were bigger sales after I bought it), it has a 250w motor and a 15mph limit… though being out-of-shape I typically only saw 8-12mph.
Could be a little of both even
“Head trauma cases are through the roof” is a weird way to put it. It didn’t get that much more dangerous to use an E-bike but usage is through the roof.
Overall increased bike usage makes bikes safer for the average user so it wouldn’t surprise me if the “head injury per non-professional rider” would be going down.
I recently got an e-bikes. It goes up to 20mph and honestly scares the shit out of me sometimes. I have a normal bike helmet but am looking into something a bit beefier, between a bike and motorcycle helmet
I don’t think people understand: At 20mph that’s athlete sprinting speed. Imagine going all out “impending asthma attack and you don’t even have asthma” full sprint down a hill then tripping on a curb
exactly. folks get ebikes because they wnat to go fast without being fit. they can do 20mph rather than 5mph.
falling at 20mph is going to have an impact force 16x greater than it is at 5mph
I got mine to get my asthmatic self up these Seattle hills. The person at the bike shop told me it is possible to go into a secret menu setting and up the top speed to 25mph. I did that once, immediately feared for my life, then set the max back down to 20 lol
If you think your head and its contents are important, wear a properly adjusted helmet. Every time.
tell that to everyone who rides bikes in europe, where nobody wears helmets.
Especially delivery riders. No helmets, ebikes and capatalist attitude to maximising deliveries over time is a catastrophic mix.
Anyone who drives/rides for work and is paid by the job are usually a menace on the road.
Wonder how many of those injuries are on rentals? Veo rental e-bikes are very prevalent around these parts. Have never seen anyone riding them with a helmet. If you own an e-bike and don’t wear one, that’s on you. But rental ones don’t even have a way to provide you with one.
OTOH, most rental e-scooters have a helmet carrier box on the back. It unlocks when you go to pick one up with the app.
It’s probably door dash, uber eats, etc. - our city is quite swarming with “gig economy” riders who have standardised on relatively high speed electric bikes.
The combination of time pressure and the variety of places where they need to ride (busy pedestrianised city centre areas, park paths, roads with cars) probably doesn’t help the safety.
They are also out riding way more hours each day than someone commuting or on rental bikes.
no it’s not. nobody delivers by bike in my city, it’s all cars.
ebikes are all office job commuters.
I see tons of ebike couriers in various cities across North America in the last year or two.
DoorDash has partner programs with multiple ebike companies. https://dirwinbike.partners/ https://getwhizz.com/doordash/
I see rentals zooming around on my bike commute. No helmet, wrong side of the road, etc all the time
We have rental e-scooters around here that come with helmets mounted to the stem for the rider.
I’d say that maybe 1 out of 10 wear the helmet. And you can’t imagine how many riders, who have no control over the damn scooter, aren’t wearing a helmet.
If someone wants a brain injury, that’s fine. But they are burdening anyone and everyone who relies on them and/or has to care for them.
And for what? Laziness? Convenience? Self-hate?
Any idea how they prevent lice or such? When I was growing up in the 90s it was all the rave to scare kids to not share hats or try on hats you weren’t purchasing. Is that no longer a thing, I haven’t heard about it in years?
That said I face planted off a bicycle a few days ago without a helmet going maybe 10 mph, I’m sure my nose would have appreciated a facemask. (Wore one on my motorcycle back in the day, even though it isn’t strictly required where I lived)
Any idea how they prevent lice or such?
You’d have to contact the company offering the shared bike/scooter, as they may have their own specific schedule for cleaning helmets and such. I do believe that the helmets would be cleaned or replaced at least once a day, as our rental e-scooters don’t charge on a dock and need frequent charging.
But I think the risk of catching lice from a helmet from a ride-share would be minimal.
Firstly, because lice tends to be more common in kids, and kids don’t use these devices, the risk is already near zero.
Then you have to consider that lice don’t spread easily in an environment like a bike helmet, especially not one that’s being cleaned daily. In other words, they tend to pass between people through direct contact with hair.
Now, if you are concerned, a simple disposable hair cap (i.e. shower cap) would offer you additional protection. Or, if you’re a frequent rider, have your own helmet👌
Thanks for the response : ). Disposable sounds a bit troublesome so maybe a machine washable one where the dryer can kill them? Have to see what temp they die at. I have found asking honest questions about such here garners doubters sometimes and people think I am asking with bad intentions. I appreciate you spending the time to give your thoughts.
For those that don’t know as well, there are 2 types of helmet safety rating systems(?) in the U.S. one was Snell and the other DOT if I remember correctly. When purchasing a helmet for collisions remember to make sure it is safe.
Also, if a helmet is dropped it can cause it to not be AS effective. Still better than no helmet, but if you get in an accident thank you helmet for its service and look into investing in a new one.
Edited: DOT was mistyped
Disposable sounds a bit troublesome so maybe a machine washable one where the dryer can kill them?
Yes, you probably could. But if convenience gets someone to wear a helmet, I’d want them to use a disposable cap if that makes it easy.
For those that don’t know as well, there are 2 types of helmet safety rating systems(?) in the U.S. one was Snell and the other DOT if I remember correctly. When purchasing a helmet for collisions remember to make sure it is safe.
I may be wrong, but I think any major brand that sells helmets in North America needs to have them safety approved. But that said, you can get even safer helmets which feature things like MIPS.
comfort and cleanliness
nobody wants to wear stinky nasty rental helmet that fits like crap and ruins your hair.
Shower cap. Problem solved.
I mean, isn’t it the same concern when you rent a go-kart, go skydiving, go zip lining, play on a team sport without your own equipment, etc.?
These helmets are cleaned quite often. Far more than what most people do with their own helmets. I’d argue that they are cleaner than most of the helmets people wear on a regular basis.
Wear helmets people, they’re super cool. What’s not cool? Hitting your head on concrete, lights out, no waking up.
Paramedics treat pedal bicycle accidents the same as a car crash. An electric bike can go much faster and cause more damage.
Helmets and gloves.
Yeah everyone wearing a helmet looks fucking dumb. You know what’s more dumb, brain damage. Literally.
An e-bike is a motorcycle in everything but name and highway-worthiness. It’s honestly a little bonkers how long it took for this conversation to come up. I do think there’s a bit of an odd feeling strapping on a motorbike helmet when you’re getting on what you think of as a bicycle, and it probably doesn’t help that motorcycle helmets are bulky and a PITA to carry around if you’re using your e-bike as a commuter. Those are all addressable solutions, though.
Probably the fastest/cheapest way to affect a change would be to set a top speed for eBikes operating in public areas as bicycles. Speed kills, and keeping people from doing practically 30 mph in the bike lane would probably be a good place to start. I’m not talking about handing out tickets as much as having manufacturers govern their top speeds down. After that, public health campaigns.
There are different classes of ebikes:
—Class I is pedal-assisted only, up to 20mph. No throttle. In no way is this a motorcycle.
—Class II is pedal-assisted or throttle, up to 20mph.
—Class III is pedal-assisted up to 28mph. Throttle is optional.
—Class IV is speeds over 28mph or a motor 750W or more.
Personal opinion: Class 1 can and should be allowed anywhere a regular pedal bike is allowed. Class 2 needs to have a max weight limit if it’s to be used on sidewalks or multiuse trails, basically anywhere there are pedestrians. Class 3 absolutely should have a max weight limit if it’s going to be used anywhere except roads. Class 4 is getting into speeds and weights high enough to warrant consideration for licenses/permits in public spaces.
Ebikes are restricted to 25 kph (15 mph) in Europe.
They aren’t limited to 25kph. That’s just when the electric boost stops. You could easily go 50-60kph downhill like a regular bike.
I don’t think easily is the right word to use here, you need a steep decline combined with some heavy pedaling (and an aerodynamic position) to get there.
The point is you can still easily go as fast as any road bike…
Same here in Australia
I’m from the cringe European country known as Britland.
I can tell you ebikes here definitely go faster than 15mph.
So am I and legal ebikes stop providing electrical assistance at 15mph. Bikes that are above this have been modified and are illegal.
Do you think saying modified ebikes are illegal stop people using them? Lol
The majority of Uber eats/deliveroo riders use ebike conversion kits of over 250W. It literally makes no difference if they’re illegal or not if the police don’t enforce it.
My onewheel is 750W, technically illegal but I have 1000s hours on it and police have actually complimented me.
Regardless of what you or others are doing my point is still valid in that ebikes are legally restricted to 15 mph.
If you’re going to stick with that one, I’ll say your point is mostly irrelevant, we were talking about how fast bikes are actually going, not the law around it which everyone chooses to ignore.
But since we are stating mildly related facts I’m happy to join in saying valid points.
Bicycles can be used on public roads where the speed limit is above 15mph
An e-bike is a motorcycle in everything but name
Can’t say I agree as long as you’re referring to a class 1-3 ebike, otherwise, we are no longer referring to ebikes.
Not to mention skills needed to ride a e bike at full chat are much similar to those needed to ride a motorcycle. To ride a motorcycle you need to be licensed and prove at least basic proficiency. Sure a good bicyclist can get up to those speeds but it takes a long time to become fit enough letting you build skills. You can go day one, haven’t ridden in 20 years and get up a speed high enough to seriously injure yourself.
On top of that, they go as fast as, and are therefore as dangerous as a moped. Which also needs tags and insurance.
Speed + weight / momentum + location = level of danger.
ambiguous words + Lemmy comment / armchair math = dumb person
nobody would buy a ebike if it was limited to 10 or 15mph. they want it ot do 20+
