Bendy toy
Registered user
I've just fitted these.
1 Pair Philips LED Chips 4800LM H7 Headlamp Headlight Kit Beam Bulb 6000K LD904
https://www.ebay.co.uk/itm/272450840088
They are a very bright white so NOT the blue tint I'd expected from 6000K. Light output is even higher that the HIDs I used to have. However I've done the job because one burner had failed, I don't know if their output was falling off.
My headlight tilt mechanism has at some time been repaired and came loose. Needing to use the bike I gaffa taped over the top 2/3 of the dip lens. It still put loads more light on the road than the original halogen bulb.
The bulb has an adjustable ferrule that can be turned or moved in/out. The LED emitters are at the same level as the halogen filament so I've kept mine as they came from the box.
The bulb back ends have a screw-on heat sink that's too tall for the OEM lamp covers and the H7 bulb connectors need to be brought outside the headlamp case.
It would probably be better to chop off the OEM headlight connector and solder the H7 connectors to wire extensions but this was my choice.
The LED driver blocks are cable tied to the beak frame.
The the LED heat sinks are too tall to accept the OEM bulb covers. Either risk dirt getting inside the light or find a fix. I cut the backs off to make screw on rings then cut 3" discs of thin rubber these fit under the heat sinks and are trapped under the cover ring. Being thin and flexible they don't interfere with the reflector tilt adjustment.
Red rubber grease on the outside allows the cover ring to turn without tearing rubber.
Rubber glove washer/boot, bulb, heatsink and cut off/trimmed cover.
Bulb and washer fitted. The H7 flange is thicker than a halogen bulb so pointed nose pliers make it easier to fit the holding clip.
Job done. Refit the lamp and connect the LED drivers.
1 Pair Philips LED Chips 4800LM H7 Headlamp Headlight Kit Beam Bulb 6000K LD904
https://www.ebay.co.uk/itm/272450840088
They are a very bright white so NOT the blue tint I'd expected from 6000K. Light output is even higher that the HIDs I used to have. However I've done the job because one burner had failed, I don't know if their output was falling off.
My headlight tilt mechanism has at some time been repaired and came loose. Needing to use the bike I gaffa taped over the top 2/3 of the dip lens. It still put loads more light on the road than the original halogen bulb.
The bulb has an adjustable ferrule that can be turned or moved in/out. The LED emitters are at the same level as the halogen filament so I've kept mine as they came from the box.
The bulb back ends have a screw-on heat sink that's too tall for the OEM lamp covers and the H7 bulb connectors need to be brought outside the headlamp case.
It would probably be better to chop off the OEM headlight connector and solder the H7 connectors to wire extensions but this was my choice.
The LED driver blocks are cable tied to the beak frame.
The the LED heat sinks are too tall to accept the OEM bulb covers. Either risk dirt getting inside the light or find a fix. I cut the backs off to make screw on rings then cut 3" discs of thin rubber these fit under the heat sinks and are trapped under the cover ring. Being thin and flexible they don't interfere with the reflector tilt adjustment.
Red rubber grease on the outside allows the cover ring to turn without tearing rubber.
Rubber glove washer/boot, bulb, heatsink and cut off/trimmed cover.
Bulb and washer fitted. The H7 flange is thicker than a halogen bulb so pointed nose pliers make it easier to fit the holding clip.
Job done. Refit the lamp and connect the LED drivers.