After seeing the new Burst system with the Beylogger, I had to pick one up and see how it works!
First, the launcher. There is a peg that goes up when the beyblade is inserted, but the peg does not spin. Instead, there is the white and black colored disc that spins.
[Image: mB0xwS2.png]
The Beylogger has an infrared reflectance sensor which "sees" the white and black marks. The square-ish thing is the reflectance sensor, the circle is the button that sees when the beyblade is inserted.
[Image: 36eojBA.png]
Inside the Beylogger, it is controlled by an ABOV microcontroller, a 8 bit one by a Korean company. I was hoping for a more common one like AVR or PIC, so that I could reprogram it myself.
[Image: huk19gT.png]
Underneath the board you can get a better look at the reflectance sensor and switch. Note that there are no traces for NFC. The beylogger does not have any NFC capability, in contrast to what I have read before about the beylogger using NFC to communicate.
[Image: ErPY750.png]
In order to make it easier to work with, I replaced the short battery wires with longer ones with connectors.
[Image: z7yzCBc.png]
To control the switch without having to physically press it, I attached a wire to one of the leads. Ground = switch closed, floating = switch open.
[Image: 8aFJNz2.png]
I hooked it up to an Arduino. I placed an infrared LED in front of the reflectance sensor, and I flash the LED at a high rate in order to trick the sensor into thinking I am spinning the beyblade. It works, so now I can trick the beylogger into thinking I am launching my beyblade.
[Image: VKT35mp.png]
I left it running for several hours and came back to over 1000+ launches! It takes 10 seconds for each launch, so it can automatically do 360 launches per hour. The current record is ~45,000 launches, so it will take about 120 hours to catch up.
[Image: pox2s9M.png]
Note that the highest "power level" I have achieved is only 700. If I program the LED to blink faster, the Beylogger thinks it is communicating with another Beylogger and produces an error. I still have to tinker with it; I am hoping to trick it into seeing 1500 power rating launches.
Thanks for reading!
First, the launcher. There is a peg that goes up when the beyblade is inserted, but the peg does not spin. Instead, there is the white and black colored disc that spins.
[Image: mB0xwS2.png]
The Beylogger has an infrared reflectance sensor which "sees" the white and black marks. The square-ish thing is the reflectance sensor, the circle is the button that sees when the beyblade is inserted.
[Image: 36eojBA.png]
Inside the Beylogger, it is controlled by an ABOV microcontroller, a 8 bit one by a Korean company. I was hoping for a more common one like AVR or PIC, so that I could reprogram it myself.
[Image: huk19gT.png]
Underneath the board you can get a better look at the reflectance sensor and switch. Note that there are no traces for NFC. The beylogger does not have any NFC capability, in contrast to what I have read before about the beylogger using NFC to communicate.
[Image: ErPY750.png]
In order to make it easier to work with, I replaced the short battery wires with longer ones with connectors.
[Image: z7yzCBc.png]
To control the switch without having to physically press it, I attached a wire to one of the leads. Ground = switch closed, floating = switch open.
[Image: 8aFJNz2.png]
I hooked it up to an Arduino. I placed an infrared LED in front of the reflectance sensor, and I flash the LED at a high rate in order to trick the sensor into thinking I am spinning the beyblade. It works, so now I can trick the beylogger into thinking I am launching my beyblade.
[Image: VKT35mp.png]
I left it running for several hours and came back to over 1000+ launches! It takes 10 seconds for each launch, so it can automatically do 360 launches per hour. The current record is ~45,000 launches, so it will take about 120 hours to catch up.
[Image: pox2s9M.png]
Note that the highest "power level" I have achieved is only 700. If I program the LED to blink faster, the Beylogger thinks it is communicating with another Beylogger and produces an error. I still have to tinker with it; I am hoping to trick it into seeing 1500 power rating launches.
Thanks for reading!