Engenia
Husqvarna
AA Class
Husqvarna managed to make a half decent looking adventure bike, but they cut a lot of corners under the skin to keep the price down, in particular, the headlight.
I don't normally plan to ride at night, but I've had to do it several times, and the view you get from the cockpit is myopic, to say the least. I found it far better to use the lights of the bike ahead than my own
So, I've had a few shots at improving the lights.
Today I added the top adjustment bracket using the original plastic adjuster captive nut. You can just about see half of it in the pic below, secured with a couple of M4 screws each side.
The front white fill-in panel (not installed in the pics) fouls the bottom light bracket, so there's some work to be done there. For now, being nylon, it'll bend and fit where it touches. Hopefully it won't break.
(Later, that night)
It's 2230 & I've just taken Moe out to Wallaroo Rd into NSW, where there are no street lights, and I've just got two words.
Problem Solved
It remains to be seen if they hold up to the rigors of the gravel roads/tracks I sometimes find myself on.
I don't normally plan to ride at night, but I've had to do it several times, and the view you get from the cockpit is myopic, to say the least. I found it far better to use the lights of the bike ahead than my own
So, I've had a few shots at improving the lights.
- I added an extra spot light and put a 55W HID globe in it. That is seriously good at spotting possums in the trees, but it really needed to be a driving light, with a bit more spread, and of course, it didn't improve the low beam view.
- I thought I'd try to install a projector inside the headlamp. So I bought a couple of the smallest ones I could find, with solenoid control over the low beam mask, but when I got them they were 20 mm too long and I couldn't think of a way of shoe-horning one in without some serious plastic surgery.
- Then I tried replacing the 55W H4 QI globe with a 55W H4-3 HID. It uses a single globe for high and low beam, and moves the light source to the relevant positions for high and low. It has a control box that keeps the light on for high and low beam, and moves the position with a solenoid. The light output improved 3X, but it was all over the place because the light source positions weren't accurate enough. I wouldn't have enjoyed being an oncoming car. HID's don't work well with a reflector, and the positions of the light source were just wrong.
- The solution, I thought, was two 55W 4300K HID's and stand-alone projectors. It just so happens that the Sachs Madass uses just this arrangement, but with QIs, and they are readily available cheaply, on ebay. So I bought a set. The low beam needs to remain on when using HIDs, as they can take several seconds to brighten, but the H4-3 controller sorts this out. If I didn't have that controller already installed I would have rigged up a relay and a diode from each position of the high/low beam switch to run it.


Today I added the top adjustment bracket using the original plastic adjuster captive nut. You can just about see half of it in the pic below, secured with a couple of M4 screws each side.

The front white fill-in panel (not installed in the pics) fouls the bottom light bracket, so there's some work to be done there. For now, being nylon, it'll bend and fit where it touches. Hopefully it won't break.
(Later, that night)
It's 2230 & I've just taken Moe out to Wallaroo Rd into NSW, where there are no street lights, and I've just got two words.
Problem Solved
It remains to be seen if they hold up to the rigors of the gravel roads/tracks I sometimes find myself on.