TomInPA
Well-known member
Yesterday, I installed a new HID kit in the FJR. I bought the new G4 ballasts, relay wiring and H4 bixenon bulbs fromHIDcountry.com. The total including shipping came to $100.93. I had accidentally purchase a kit from HIDextra which was complete garbage, I and I returned it. The HIDcountry kit appears to be of high quality with excellent shielding on the bulbs and came in a professionally packaged kit.
The G4 ballasts have integrated igniters making for a very small installation footprint. The relay harness provides power directly from the battery and uses the headlight wiring to trigger the relay. It may not be needed for the FJR installation, but it did make for an easy *****-proof install, and the inline fuse was installed along panel D near the inline fuse for my battery tender and accessories outlet.
Here is the bike before starting with the kit by the front wheel.
This is a picture of the two G4 ballasts compared to my iPhone 3G. The ballasts are amazingly small and have integrated igniters. This is the smallest HID ballast on the market today that I'm aware of.
My installation was facilitated by removing the front cowling from the FJR. There is extensive fairing and cowling on the FJR and access to do this install was just too tight. This was my first time skinning the FJR and I think I know some shortcuts for next time.
Here you can see the headlight bulbs installed with the rubber boots to keep out moisture and dust, with the ballasts bolted and tied to a "shelf" on the cowling. On the FJR the vertical headlight alignment is adjusted with the wheels located near the lower outside of each headlight. This adjustment can be made with the assembly on the bike.
Here we are finishing up battery and ground connections. You can see the extent of the disassembly to remove the headlight assembly. The front fender is covered with a towel to prevent scratches.
The lights in action: From a higher angle, the beam is projected below the line of vision of oncoming drivers. Only the top of the reflector is used in low beam mode due to shielding. Good shielding is essential since the light intensity is 3X normal halogen or xenon gas filled incandescent lighting.
From in front of the bike, you can see how the bulb shielding shapes the beam to use only the top of the reflector. This shot is taken low and is in the main beam of the light. This causes the background to be very dark.
This shot shows how bright the lights are on the side periphery. Excellent illumination to the side of the road. This shot is taken low, within the main beam.
The G4 ballasts have integrated igniters making for a very small installation footprint. The relay harness provides power directly from the battery and uses the headlight wiring to trigger the relay. It may not be needed for the FJR installation, but it did make for an easy *****-proof install, and the inline fuse was installed along panel D near the inline fuse for my battery tender and accessories outlet.
Here is the bike before starting with the kit by the front wheel.
This is a picture of the two G4 ballasts compared to my iPhone 3G. The ballasts are amazingly small and have integrated igniters. This is the smallest HID ballast on the market today that I'm aware of.
My installation was facilitated by removing the front cowling from the FJR. There is extensive fairing and cowling on the FJR and access to do this install was just too tight. This was my first time skinning the FJR and I think I know some shortcuts for next time.
Here you can see the headlight bulbs installed with the rubber boots to keep out moisture and dust, with the ballasts bolted and tied to a "shelf" on the cowling. On the FJR the vertical headlight alignment is adjusted with the wheels located near the lower outside of each headlight. This adjustment can be made with the assembly on the bike.
Here we are finishing up battery and ground connections. You can see the extent of the disassembly to remove the headlight assembly. The front fender is covered with a towel to prevent scratches.
The lights in action: From a higher angle, the beam is projected below the line of vision of oncoming drivers. Only the top of the reflector is used in low beam mode due to shielding. Good shielding is essential since the light intensity is 3X normal halogen or xenon gas filled incandescent lighting.
From in front of the bike, you can see how the bulb shielding shapes the beam to use only the top of the reflector. This shot is taken low and is in the main beam of the light. This causes the background to be very dark.
This shot shows how bright the lights are on the side periphery. Excellent illumination to the side of the road. This shot is taken low, within the main beam.
Last edited by a moderator: