OPT7 LED Headlights - Anyone Use These?
http://opt-7.com/opt7-fluxbeam-led-headlight/
I have a 2010 C300 Luxury 4MATIC (pre-facelift) and would love the HID look & quality over halogen bulbs. Any help is appreciated!
http://www.clublexus.com/forums/ct-2...-enough-8.html
If you have halogen reflectors, might have to just go with brighter halogen bulbs, but to do it proper, you need to do a projector retrofit with xenon conversion.
If you have halogen reflectors, might have to just go with brighter halogen bulbs, but to do it proper, you need to do a projector retrofit with xenon conversion.
The scale appears to go:
Bad: Halogen bulbs in the halogen projector.
Better: HID bulbs in the halogen projector.
Best: HID bulbs in the HID projector
It's still ALWAYS been an upgrade for me, and I do a lot of country/backroad driving.
Last edited by oneyozfest182; Feb 9, 2016 at 04:34 PM. Reason: typos
The scale appears to go:
Bad: Halogen bulbs in the halogen projector.
Better: HID bulbs in the halogen projector.
Best: HID bulbs in the HID projector
It's still ALWAYS been an upgrade for me, and I do a lot of country/backroad driving.
No, these are LEDs, not HIDs. If you switch to these for your low beams, you will have whiter lighting, but at a cost of poor road illumination. HIDs will give you better lighting than your stock halogen bulbs, but as you have reflectors, you'll be increasing glare for other drivers. You really want to put some form of projectors to reduce this glare. Options are a retrofit or headlight swap to aftermarket with integrated projectors.
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The thing that I really like about the LEDs is they're supposed to last longer, have no warm-up, and stay a consistent color for longer. Is there a reason you recommend HID above LED?
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Take the ones you linked for example which is a fairly common dual side spread LED. You have lighting being directed in two directions only which means you're going to have uneven lighting that'll be captures in the housing reflector. The reflector the diode chip is facing will have a higher light intensity than the reflector portion to the side edges. This uneven lighting distribution can cause light scattering and dark spots, attributing to poor visibility and reduced throw distance. Some modern lighting packages have LED headlights, but those have housing designed specifically to capture that surface mounted light spread, not your current stock housing expecting full 360 spread. I'm not even factoring in focal point which is another point of discussion.
We've been keeping a close eye LED technology however and there's hope coming in the form of 3D SMDs which are true 360 light spread, but it has not advanced far enough where the lumen output in compete. Hopefully soon though.
Take the ones you linked for example which is a fairly common dual side spread LED. You have lighting being directed in two directions only which means you're going to have uneven lighting that'll be captures in the housing reflector. The reflector the diode chip is facing will have a higher light intensity than the reflector portion to the side edges. This uneven lighting distribution can cause light scattering and dark spots, attributing to poor visibility and reduced throw distance. Some modern lighting packages have LED headlights, but those have housing designed specifically to capture that surface mounted light spread, not your current stock housing expecting full 360 spread. I'm not even factoring in focal point which is another point of discussion.
We've been keeping a close eye LED technology however and there's hope coming in the form of 3D SMDs which are true 360 light spread, but it has not advanced far enough where the lumen output in compete. Hopefully soon though.
As for the OPT7, I'm not going to get too much into marketing gimmicks, but no, it's not true 360. The clear glass comes standard on many of the CREE chips (something we're actually playing with for our upcoming V6 LED version using CREE XB chip). It does help refract the light a bit, but reflector will still capture uneven brightness.
Your call though. The lighting might be good enough for your purposes, especially living in the New York where you really don't need perfect light output on well lit city streets. The benefits of LEDs with instant on, zero warming cycle, specific kelvin rating are all positives of LEDs for sure.
One point with regards to the video for anyone who will go with the install, the ribbon strip really shouldn't be stuffed into the headlight housing. For heat sinks to really work well and dissipate the generated heat, there should be in a position where there's actual airflow to draw away the heat. Sticking them in an enclosed housing won't help much.
http://opt-7.com/opt7-fluxbeam-led-headlight/
I have a 2010 C300 Luxury 4MATIC (pre-facelift) and would love the HID look & quality over halogen bulbs. Any help is appreciated!
I have something similar to this led setup just a different brand but same installation and style and I really like it looks much better than the halogen and Hid bulbs and I dont have any problems at night driving I think their better than the halogens id get em




While I understand the projector housing was made for halogens, the fact of the matter is that a lens is being used to throw whatever light is being originated, onto the road, the whole point of a lens being that it focuses light, just like a home projector. Moreso the fact being that the type of lens is a negative meniscus, so the light is "scattered" to be thrown a farther distance (AZNOptics may be able to provide more clarification on this). The Jalopnik video does not confirm whether output is increased or decreased using projectors. LED light is not coherent, so the light behaves in the same manner that light from a halogen bulb does. The only possible reason I can see the halogen bulb being a more uniform light is in the shape of the bulb itself.
I have asked myself numerous times that perhaps if another LED were mounted at the base of the "bulb", pointed backwards towards the reflector behind the projector, would halogens even hold a candle to LED bulbs? I welcome anyone debate on this matter as well, since I have not seen since a definitive answer yet, taking into account the scientific aspects as well. It's like we need a friggin particle physics professor to determine if we can install a simple bulb!








