APOLLON said:
I'm not certain what you mean by replacing my 'rebased' bulbs with D2R spec bulbs. How can I change the socket where the bulbs inserts to a D2R compatible socket??
HID bulbs are very expensive. I already spent a lot of money recently, and to even think of replacing a set of new bulbs along with the ridiculous expense of the JDM Inspire housings is not very sensible, IMO.
Your 9006 bulbs are actually d2s bulbs that have been taken off of the d2s socket and stuck onto a halogen 9006 socket. In reality, there's no such thing as a "9006 HID bulb" The nature of a halogen filament and an HID bulb are completely different.
A Halogen bulb works as follows: There's a filament that glows and everywhere surrounding the filament gives off NO light, because the only thing producing the light is the filament itself. This makes engineers design reflectors in cars that focus right on this filament with design specs that are intended for just that filament part to be the sole source of light.
A Xenon arc discharge bulb works as follows: There's a small ball of gas in a tube, which takes roughly 20,000volts to ignite. Once ignited, the ballast then stablizes the gas until the system reaches it's final current consumption of 35watts at 85volts. The nature of this gas is very much like the sun. The core of this glowing ball is the brightest, while it's surroundings progressively give off less and less light.
Now, the reason a "9006" hid bulb stuck into a halogen reflector will give horrible results is mainly because the reflector in there is designed for a light source that is concentrated, ie a halogen filament. Now, you can imagine what happens when you stick in a light source that has a progressive nature to it. GLARE GALORE! You now have a light source in your housing where there shouldn't be. The reflector is not designed for it, therefore light emits where it's not supposed to. This results in a loss of most outputted light in the form of glare.
A true HID reflector is designed to take full advantage of the progressive designed light source, and mathematically reflects the not-so-bright parts of the source as foreground illumination, while focusing the core(brightest) portion of the source as distance light. This results in a very evenly distributed light pattern with minimal glare, both improving your vision and gives ease to the oncoming drivers with less glare distribution.
yeeeeeep....
