OX-34
Active Member
- Joined
- Aug 20, 2011
- Messages
- 378
Not the beam, the inner projector bulb thing itself. I've never noticed this before, so here are a few pics, then I need some advice or input if anyone has some to offer:
For the last year I've been running the Cyclops LED kit. I've been disappointed with the performance, but that is not what this post is about.
I set out to adjust the beam pattern and couldn't get them fully adjusted, so manned up and pulled out the whole light housing from the front of the bike to see what was going on. When I removed the caps from the rear of the lights, the whole bulb carrier part was loose. It rocked like a table with one short leg. With the 2 adjuster mechanisms seemingly backed off the thing that was holding ground was probably the ball and socket pivot point.
Anyway, I readjusted the adjuster screws with an aim to have the lights basically centred (as viewed from the front) so I could fine tune in the dark later that night. Then I went to put the Cyclops caps back on and struggled. Even more than usual. On closer inspection I realised that my left light sits rearward compared to the right and the fan mechanism on the rear of the Cyclops LED bulb was preventing the cap from going back on.
[At this point I realised when I had fitted the cap a year ago I had adjusted the beam aiming screws until the fan hit the Cylops cap and then I kept going, to no avail. The light beams never bounced around on the road, so I again assume the fan was jammed on the cap]
Currently I have returned the left one to stock and I'm not prepared to pull the Cyclops cap off the back to show how much farther the left fan sticks rearward compared to the right.
A couple of questions finally....
Has anyone else noticed any asymmetry in their stock bike? Is it a left/right side of the road thing perhaps?
I've thought of opening the whole light housing like a clam shell to check it out. Has anyone done this and if so does it seem there may be a way to reseat the bulb carrier deeper in (forward)? I have considered screwing the lights adjusters maximally, but it will still pivot on the ball and socket so I don't think that would work.
For the last year I've been running the Cyclops LED kit. I've been disappointed with the performance, but that is not what this post is about.
I set out to adjust the beam pattern and couldn't get them fully adjusted, so manned up and pulled out the whole light housing from the front of the bike to see what was going on. When I removed the caps from the rear of the lights, the whole bulb carrier part was loose. It rocked like a table with one short leg. With the 2 adjuster mechanisms seemingly backed off the thing that was holding ground was probably the ball and socket pivot point.
Anyway, I readjusted the adjuster screws with an aim to have the lights basically centred (as viewed from the front) so I could fine tune in the dark later that night. Then I went to put the Cyclops caps back on and struggled. Even more than usual. On closer inspection I realised that my left light sits rearward compared to the right and the fan mechanism on the rear of the Cyclops LED bulb was preventing the cap from going back on.
[At this point I realised when I had fitted the cap a year ago I had adjusted the beam aiming screws until the fan hit the Cylops cap and then I kept going, to no avail. The light beams never bounced around on the road, so I again assume the fan was jammed on the cap]
Currently I have returned the left one to stock and I'm not prepared to pull the Cyclops cap off the back to show how much farther the left fan sticks rearward compared to the right.
A couple of questions finally....
Has anyone else noticed any asymmetry in their stock bike? Is it a left/right side of the road thing perhaps?
I've thought of opening the whole light housing like a clam shell to check it out. Has anyone done this and if so does it seem there may be a way to reseat the bulb carrier deeper in (forward)? I have considered screwing the lights adjusters maximally, but it will still pivot on the ball and socket so I don't think that would work.