You mean like OEM LED lights do to me every night?And sometimes Get hands dirty = blind oncoming traffic.
You mean like OEM LED lights do to me every night?And sometimes Get hands dirty = blind oncoming traffic.
You mean like OEM LED lights do to me every night?
Difference is the OE setups have gone through some level scrutiny to ensure they meet SAE/DOT requirements. Sorry you're getting old and night vision is getting difficult. Blaming other cars really doesn't help, nor give free license to the healight narcissism club.Which is which? One is OEM LED one is aftermarket LED kit in halogen/reflector housings.
The aftermarket Chinesium is on the left and the OEM LEDs are on the right. I can tell by the spammy floodlight-style lighting on the left that would blind everyoneWhich is which? One is OEM LED one is aftermarket LED kit in halogen/reflector housings.
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No need to be snarky - I'm not too "old" at 52 and my night vision is just fine, that's per my doc/eye doc I see annually. In fact they even do the driving at night test now that I'm "old". "buy better cars" - really?Difference is the OE setups have gone through some level scrutiny to ensure they meet SAE/DOT requirements. Sorry you're getting old and night vision is getting difficult. Blaming other cars really doesn't help, nor give free license to the healight narcissism club.
I don't use my headlights to navigate amongst vertical garage doors, despite their popularity amongst youtube headlight marketing media creators. I typically drive on horizontal surfaces.
Camera exposures can be misleading. From a glance, neither of them can be aimed using the top edge of the cutoff. Buy better cars.
Try again - read above/watch, nobody being blinded here. But good you got it - most say the right b/c of the spill on top that will yield the occasional high-beam flash from oncoming traffic from those 100% factory/legal bulbs...still waiting for that driving the one on the leftThe aftermarket Chinesium is on the left and the OEM LEDs are on the right. I can tell by the spammy floodlight-style lighting on the left that would blind everyone
$205 PER bulb?!For LED's the new Morimoto 2Stroke 4.0 is NOT inexpensive but If any of my current lights burn out I might try them.
Would need to call to confirm but on the bottom it says 2X (one pair) for that $205. Still not inexpensive but if it solves the ice/snow thing is a n option.$205 PER bulb?!
Yeah, I'll pass... gotta draw the line somewhere /
Someone has to order them so we'll see if they send one or two /Would need to call to confirm but on the bottom it says 2X (one pair) for that $205. Still not inexpensive but if it solves the ice/snow thing is a n option.
Look, I respect that you enjoy tinkering with things, that's all good! I do as well. I'm not trying to make this place Candlepowerforums 2.0 but unless you have the very expensive lighting equipment that lighting engineers use to properly analyze beam patterns for a myriad of different reasons (glare, distance vision, peripheral vision, foreground illumination, road sign illumination, reflections off the road in rainy weather, etc. the list goes on) -- you cannot say that you're not blinding people by you eyeballing it. Or doing tests like driving by your own car to see if there's any glare. Or looking at the cut off for any stray light you see against a garage door or wall.Try again - read above/watch, nobody being blinded here. But good you got it - most say the right b/c of the spill on top that will yield the occasional high-beam flash from oncoming traffic from those 100% factory/legal bulbs...still waiting for that driving the one on the left![]()
Similar to what folks always say in these threads w/r to judging whether an aftermarket bulb will blind other folks on the road or not without actually having driven with them/tested and basing it on whatever folks read online. Pics are typically shown to attempt to show light throw/cut off but I agree on color temp can be goofy with pics and even the throw can be misleading, really just have to just try them to see how things works.Judging headlight output by using human vision is akin to smelling motor oil. Human senses are too easily fooled. That’s why we have goniometers and oil testing. Taking pictures of headlight output is equally flawed. Cameras are not human eyes and have a different spectral response. That’s why is why people love “Fuji” or “Leica” colors, it’s not the sensors that are so different, but the processing software is.
Arguing with folks that have never driven your car with your light setup is equally a losing battle that lay it all on (insert details from your post). I can just go drive my car back to back with X and Y and see what I like. I can have someone drive my car at me/behind me and see how that looks in the mirror. It's not that complicated. If you are behind someone and you are lighting up their rear view and see their face, you are blinding them. Same with them coming directly at you in the other lane. If not, you aren't. Again, this isn't that complicated but lord folks make it that way. I have been in front of a car with crappy LED (diodes up/down the length of teh stalk on all sides) and HIDs in reflectors, yes, it blinds you/makes you turn down your mirror. That didn't happen with my kit. So I'm still being blinded but just didn't know it?Look, I respect that you enjoy tinkering with things, that's all good! I do as well. I'm not trying to make this place Candlepowerforums 2.0 but unless you have the very expensive lighting equipment that lighting engineers use to properly analyze beam patterns for a myriad of different reasons (glare, distance vision, peripheral vision, foreground illumination, road sign illumination, reflections off the road in rainy weather, etc. the list goes on) -- you cannot say that you're not blinding people by you eyeballing it. Or doing tests like driving by your own car to see if there's any glare. Or looking at the cut off for any stray light you see against a garage door or wall.
Car headlights don't work like a flashlight, it's so much more complex than that. There's different parameters within the beam pattern that has to be measured for it to be safe. Impossible by just looking at it with the naked eye. Which is why headlights are so expensive, it's an important safety equipment and it takes a bunch of R&D to get it right. Lighting the road ahead of you, without blinding or glaring oncoming drivers, while you're driving 70mph in a 3 ton metal machine is a very careful craft for obvious reasons.
On a conceptual level, putting anything other than a halogen bulb in a housing designed for halogen bulbs (reflector OR projector) is a fail due to physics. It won't work safely and correctly no matter how much you adjust the bulb and no matter how much "better" you think you see. It's putting a square peg in a round hole.
Arguing against physics a losing battle but some people don't care so it's whatever I guess lol
Buy better cars - actually yes. Daytime test drives sell cars. If manufacturers couldn't sell a car because of shoddy headlights, they'd do better.No need to be snarky - I'm not too "old" at 52 and my night vision is just fine, that's per my doc/eye doc I see annually. In fact they even do the driving at night test now that I'm "old". "buy better cars" - really?
Ok then we agree that modern OEM headlights are too bright making anyone buying a new car with these a narcissist.Buy better cars - actually yes. Daytime test drives sell cars. If manufacturers couldn't sell a car because of shoddy headlights, they'd do better.
Old - actually yes. I don't care if you have 20/20, there are other metrics of eyesight that impact night driving that do not improve with age. As much as I want to shake my fist in my front yard and blame all the LED lights for making night driving less pleasant, part of it is my vision. And I'm not as old as you. Fewer photoreceptors, smaller pupils, slower pupil response, and cloudy lenses (built in glare source) are the reality we all live.
The other half is that modern cars have beam patterns that better focus light just under the cutoff, as opposed to the sealed dual beam candles of yesteryear. Unless you live in a glass flat town, every bump or crest in the road puts oncoming traffic into your eyes and you into theirs. So yes, the technology that helps us see better is bad for oncoming glare and is added to factors such as aging.
Personally, my day (and night) driving really suffered a year ago when I started wearing glasses at the age of 42. I have zero near/far correction. Mild astigmatism in both eyes. The additional glare of dirty lenses and the reduction in peripheral awareness (I think my brain is trying to ignore the frames) were the biggest downsides. Crispness of vision improved but the glare and overhead used to maintain peripheral awareness are more taxing.
I judge anyone that insists their brighter light sources don't also make for more energy sent in harmful directions. It's the cornerstone rationale for their own narcissism. Your photos illustrate that cutoffs aren't absolute. Even if we assume patterns/cutoffs are 100% preserved, when you make everything proportionately brighter there will be negative consequence of excessive foreground, excessive uplight, etc.
Want actual improvements? The Morimoto MLED 2.0 projector and D2S 5.0 projectors are pretty acclaimed these days.
I never said that. I said they're different which helps your aging eyes but also hurts them when oncoming traffic has them.Ok then we agree that modern OEM headlights are too bright making anyone buying a new car with these a narcissist.
You like to argue in circles I see.Buy better cars - actually yes. Daytime test drives sell cars. If manufacturers couldn't sell a car because of shoddy headlights, they'd do better.
Old - actually yes. I don't care if you have 20/20, there are other metrics of eyesight that impact night driving that do not improve with age. As much as I want to shake my fist in my front yard and blame all the LED lights for making night driving less pleasant, part of it is my vision. And I'm not as old as you. Fewer photoreceptors, smaller pupils, slower pupil response, and cloudy lenses (built in glare source) are the reality we all live.
The other half is that modern cars have beam patterns that better focus light just under the cutoff, as opposed to the sealed dual beam candles of yesteryear. Unless you live in a glass flat town, every bump or crest in the road puts oncoming traffic into your eyes and you into theirs. So yes, the technology that helps us see better is bad for oncoming glare and is added to factors such as aging.
Personally, my day (and night) driving really suffered a year ago when I started wearing glasses at the age of 42. I have zero near/far correction. Mild astigmatism in both eyes. The additional glare of dirty lenses and the reduction in peripheral awareness (I think my brain is trying to ignore the frames) were the biggest downsides. Crispness of vision improved but the glare and overhead used to maintain peripheral awareness are more taxing.
I judge anyone that insists their brighter light sources don't also make for more energy sent in harmful directions. It's the cornerstone rationale for their own narcissism. Your photos illustrate that cutoffs aren't absolute. Even if we assume patterns/cutoffs are 100% preserved, when you make everything proportionately brighter there will be negative consequence of excessive foreground, excessive uplight, etc.
Want actual improvements? The Morimoto MLED 2.0 projector and D2S 5.0 projectors are pretty acclaimed these days.
Bingo.You like to argue in circles I see.
If OEMs blind you it’s fine, they gave you a brighter headlamp to see better at night.
If I install a brighter bulb to do the same, it’s bad and narcissistic.
The outcome of both is the same, better illumination for the driver at the expense of the oncoming traffic. Not sure how you can justify one and vilify the other.
I guess I imagine that the OEM put effort into the reflector/optics that determine distribution of the light and had certain metrics to meet, for instance SAEJ578. I also pretend that this is a different game than the final user turning up the volume and doing nothing about distribution. If those two divergent paths seem like a circle, perhaps we had different geometry textbooks.You like to argue in circles I see.
If OEMs blind you it’s fine, they gave you a brighter headlamp to see better at night.
If I install a brighter bulb to do the same, it’s bad and narcissistic.
The outcome of both is the same, better illumination for the driver at the expense of the oncoming traffic. Not sure how you can justify one and vilify the other.