
Also known as SMAS: Sudden Motorcycle Acquisition Syndrome. Strangest thing, the silver motorcycle jumped underneath me and made me take it home.
All that earlier work got me nice LED turn signals, but not DRLs (Daylight Running Lights). Today I removed the headlight from the "bucket", revealing the spaghetti mess of wiring you can see to the left. Just about every electrical circuit on the entire bike passes through this bucket, but it was pretty easy to identify the turn signal wires since the turn signal stalks run right into the bucket.
Basically I just cut the wires going to the turn signals, and inserted the box in between the turn signal voltage supply and the bulb. This still just gives you normal signals until you connect the "brake" wire on the adapter box to any ignition-on wire: now the adapter will think the brakes are on all the time, and light up both lamps all the time (until you turn a blinker on, and then that one side blinks off). The adapter box was a tight squeeze into the headlight bucket, but it just barely fit.
The LEDs do not cast an even light like the old bulbs did, instead they concentrate most of their light in a couple of directions. From the direct front, they're not very bright but that's ok as my headlight will always be on and is much brighter than the DRLs anyway. However, once you get off to the side a little bit, the LEDs shine nicely. These pictures were taken in the evening, so they are not going to seem as bright in broad daylight but I still think these will give me a nice bit of added visibility to other drivers.
To address these concerns, I switched to LEDs for my front turn signals. LEDs take far less power and generate far less heat, so they are perfect for this application. Rather than replace the entire turn signal stalk, I simply purchased a LED module designed to replace a common automotive 1156 bulb -- it just plugs right into the bulb socket for the world's easiest LED installation. It's the silver cylinder you see in the middle of the bulb housing (don't worry, the amber lens was reinstalled after taking the picture ;) ). You can easily do this upgrade on cars, too, if you are so inclined (LEDs practically never burn out, so you're less likely to get pulled over and issued a fix-it ticket... the only downside is, they are pretty expensive).
First, my stock blinker relay had a plug (green arrow) with female spade connectors. All I had to do was add male spade connectors (red arrow) to my new blinker and stick them into the stock wiring plug with zero modifications! This means I can easily switch back if I ever sell the bike (the expensive LEDs will be staying with me for my next bike!).
Happy coincidence number two was the mounting of the flasher. I was expecting to have to zip tie it or resort to other ghetto methods of securing it, but as it happens the stock flasher has a neat rubber vibration-isolation mount (motorcycles vibrate a lot, and vibration kills relays). My new flasher very conveniently had a mounting tab like the old flasher, only a little too wide. A few seconds with a Dremel fixed that and the new relay slotted right into the existing rubber mounting like it belonged there from the factory.


Refrigerate 4 hours or until set. Garnish with additional whipped topping, if desired. Store leftover pie in refrigerator.
