Hi Superbike or motorcycle lovers!
On this instructable, I'll share how to make your own Quick Shifter for cheap!
For people who lazy to read this instructable, just watch my video!
Note : For some bikes that already using Fuel Injection System, sometimes Check Engine indicator light up. just turn off the ignition key and turn it on again. but it's so infrequently so it will be okay
Enough intro just go to the steps!
Last updated : September 30 at 9:25PM UTC+7:00 or GMT+7:00
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Step 1: 1. What You Will Need? How About the Schematic?
READ THE SCHEMATIC FIRST, MAKE SURE YOU ARE NOT FOLLOWING WRONG SCHEMATIC.
OLD SCHEMATIC AT THE END OF PHOTO COLLECTION ON THIS STEP
So here is the parts that you will need :
- Arduino Nano, or anything smaller
- ON OFF Switch (for bypass switch)
- 16x2 I2C LCD Display
- 2N2222 Transistor or any NPN Transistor
- 12V Relay rated 10A at 24VDC or more
- PCB (small is enough)
- Small Multipurpose Box
- 2 Small Switch Push Buttons
- 1N4007 Diode or any kind of
- Rear Brake Switch with the spring,
- Steel Bar for making the spring holder
- Pin Headers
for the brake switch, I'm using switch for Honda Grand because it's cheap
and don't use MOSFET instead of Relay. If you want to use Solid State one, use IGBT instead.
Step 2: 2. Code? Here Is..
I've made some revisions on this code, just check up my Github Gists page!
Sorry for giving the code on other website :(
Asking for the libraries? Links are inside the code.
if you got an error when setting the timing, just make a EEPROM write code with value 70 on block 256 and 257
Step 3: 3. Solder All Components Into the Board!
for the LCD and push button, I make it separately.
LCD and buttons used for remote control for setting the timing of the module so you can use the LCD for other projects!
you just need to set the timing once.
on this pict, you might notice it that I'm using MOSFET. but please don't use MOSFET
Step 4: 4. Sensor/Switch Mounting
(Update) First things! You need to lubricate the brake switch, so it won't stuck if it's get wet and dry many times and keeps it smooth. Any lubricating liquid will work fine.
For the spring holder, I used the steel bar and you can place the spring holder anywhere do you want, or just mount it on the bolt that near on the footrest.
but I'll mount it and use the spring holder under the footrest
and route the spring behind the pedal rod linkage. (am I right?)
anyway, for the placement of the switch, i mount it on the shift linkage rod and I fix it with Zip Ties after I set the sensitivity
ah, you need an LED (12v or whatsoever) to know where the sensitivity is, just connect the LED to the switch and begin setting the sensitivity.
you might need to reset the sensitivity when you test it on the road. don't too sensitive or it might ruin your day (but for what I made the bypass switch?)
when routing the cable, give it a small excess of the cable or whatever it called. don't tighten the cable or you won't be able to downshift
Step 5: 5. Connect Everything!
First thing is place the module under the seat and remove bolts from the tank, route the cables from the relay on the module under the tank, make sure isn't pinched by the tank and keep away from it. then find the ignition coil.
after you found the coil, unplug 1 cable from the coil, then connect 1 cable from the relay on the module to the coil. and connect other cable from coil that has been unplugged from the coil to the other cable from the relay on the module
Route positive (VCC) and clutch cables from the module under bike frame, make sure isn't pinched by seat.
For the positive input (VCC) I connect it to the blinker relay, because it goes directly to the ignition key and every motorcycle is different wiring so you should search the nearly power source from the ignition key
and clutch cable (from the module) I connect it to the Clutch Relay
Negative cable? just connect it directly to the battery or the bolt on the bike frame (Ground)
don't forget to connect the switch relay! or it might not work
Step 6: Test It!
User Manual :
- Press UP and DOWN buttons to unlock the settings
- Press UP to increase the value
- Press DOWN to decrease the value
- Press UP and DOWN buttons again for Next / Lock & Save the settings
Participated in the