hid's........yellow or blue?
I got a question for you guys, which do you prefer yellow or blue tinted hids. My car is py but not sure which hids to get. also can you guys point me in the right direction for kits. I want something bright and something that I won't have hack my headlights up to install. also does anyone have any pics of some R's with hid's on both yellow and blue for me to compare. Thanks...
i'll try to get a good pic of my tonite when the sun goes down, newly installed 8000k/blue set up, very easy installation. had them about a week. they're amazing
Neither yellow nor blue - go with white.
If you're planning on using a plug-and-play kit, at least go with a reasonable color temperature around 4300K. However, you'll achieve far better results by installing a true HID projector setup into your existing housings.
If you're planning on using a plug-and-play kit, at least go with a reasonable color temperature around 4300K. However, you'll achieve far better results by installing a true HID projector setup into your existing housings.
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<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by Jon D »</TD></TR><TR><TD CLASS="quote">OEM HID Retrofit > ***</TD></TR></TABLE>
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by Padawan »</TD></TR><TR><TD CLASS="quote">Neither yellow nor blue - go with white.</TD></TR></TABLE>
fer serious. I love my 4300k's
fer serious. I love my 4300k's
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by JUN.R »</TD></TR><TR><TD CLASS="quote">i'll try to get a good pic of my tonite when the sun goes down, newly installed 8000k/blue set up, very easy installation. had them about a week. they're amazing
</TD></TR></TABLE>
Not to knock your preference, but because of the physical nature of the light spectrum, the higher up in the scale you go with the H.I.D.s the farther the light wave goes into the Violet spectrum.
Violet light is useless.
</TD></TR></TABLE>Not to knock your preference, but because of the physical nature of the light spectrum, the higher up in the scale you go with the H.I.D.s the farther the light wave goes into the Violet spectrum.
Violet light is useless.
OEM Philips 4100k > *
Anything "Yellow" (sub 4100k) or "Blue" (above 4100k) is a reduction in light output.
The "color" given off by an OEM HID setup comes not from the bulb, but from the design and cut of the projector, along with the cutoff shield and it's respective placement.
Don't be fooled by "CHECK OUT MY 8000K HIDZZ YOOOO!!" bullshit.
Anything "Yellow" (sub 4100k) or "Blue" (above 4100k) is a reduction in light output.
The "color" given off by an OEM HID setup comes not from the bulb, but from the design and cut of the projector, along with the cutoff shield and it's respective placement.
Don't be fooled by "CHECK OUT MY 8000K HIDZZ YOOOO!!" bullshit.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by Alexander »</TD></TR><TR><TD CLASS="quote">OEM Philips 4100k > *
Anything "Yellow" (sub 4100k) or "Blue" (above 4100k) is a reduction in light output.
The "color" given off by an OEM HID setup comes not from the bulb, but from the design and cut of the projector, along with the cutoff shield and it's respective placement.
Don't be fooled by "CHECK OUT MY 8000K HIDZZ YOOOO!!" bullshit.</TD></TR></TABLE>
i thought it was - 4300 + and 4300 was the brightest
Anything "Yellow" (sub 4100k) or "Blue" (above 4100k) is a reduction in light output.
The "color" given off by an OEM HID setup comes not from the bulb, but from the design and cut of the projector, along with the cutoff shield and it's respective placement.
Don't be fooled by "CHECK OUT MY 8000K HIDZZ YOOOO!!" bullshit.</TD></TR></TABLE>
i thought it was - 4300 + and 4300 was the brightest
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by itr1244 »</TD></TR><TR><TD CLASS="quote">
i thought it was - 4300 + and 4300 was the brightest </TD></TR></TABLE>
The typical 4300 rating is actually 4100. Most kits are advertised as 4300 but the bulbs are 4100. No difference, just a matter of branding.
i thought it was - 4300 + and 4300 was the brightest </TD></TR></TABLE>
The typical 4300 rating is actually 4100. Most kits are advertised as 4300 but the bulbs are 4100. No difference, just a matter of branding.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by Alexander »</TD></TR><TR><TD CLASS="quote">
The "color" given off by an OEM HID setup comes not from the bulb, but from the design and cut of the projector, along with the cutoff shield and it's respective placement.
Don't be fooled by "CHECK OUT MY 8000K HIDZZ YOOOO!!" bullshit.</TD></TR></TABLE>
Very true
However, even 4300K bulbs can look **** yellow, when contrasted to a high Kelvin bulb. For example, your "Ebay Hyperwhite bulbs" may look whiter..maybe even more blue/purple than the light coming off your mom's Camry...but next to your father's S2000 your bulbs look yellow.
It's all about contrast.
The "color" given off by an OEM HID setup comes not from the bulb, but from the design and cut of the projector, along with the cutoff shield and it's respective placement.
Don't be fooled by "CHECK OUT MY 8000K HIDZZ YOOOO!!" bullshit.</TD></TR></TABLE>
Very true
However, even 4300K bulbs can look **** yellow, when contrasted to a high Kelvin bulb. For example, your "Ebay Hyperwhite bulbs" may look whiter..maybe even more blue/purple than the light coming off your mom's Camry...but next to your father's S2000 your bulbs look yellow.
It's all about contrast.
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