Components and supplies
Arduino Micro
RFID reader (generic)
Relay Module (Generic)
DC-DC (Step Down) Regulator, Adjustable
Tools and machines
Soldering iron (generic)
Project description
Code
AccessControl_motorbike.ino
arduino
AccessControl_motorbike.ino
arduino
Github
https://github.com/miguelbalboa/rfid
Downloadable files
NFC reader
Standard connection for NFC reader
NFC reader
NFC reader
Standard connection for NFC reader
NFC reader
Comments
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markbloke
5 years ago
Good work! Glad to see others are making use of their implants. I made a similar device to unlock my car by interfacing a spare remote with an arduino and MFRC522 reader. I found that there was still a slight risk of running the battery low if it was left unused for a couple of weeks so added a low power capacitance touch switch which triggered a logic mosfet to power up the device when my hand was near the reader. As it was behind glass I also had to enhance the range by uprating a couple of the inductors and overvolting the reader a bit. It now runs fine for months on end from an independent battery (actually a poundshop powerbank). I'm thinking about trying to make use of password protected area of the NTAG 216 to provide better security, but quite honestly I doubt anyone wants my car that much!
sandromesquitamecatronica
5 years ago
Congratulations, i made a project with my motorcycle similar, but i used one sensor finger: https://create.arduino.cc/projecthub/163845/biometric-sensor-in-motorcycle-hornet-b4fe88?ref=user&ref_id=928386&offset=6 Case the chip break, have the risk of cheers?
Anonymous user
2 years ago
Good work! Glad to see others are making use of their implants. I made a similar device to unlock my car by interfacing a spare remote with an arduino and MFRC522 reader. I found that there was still a slight risk of running the battery low if it was left unused for a couple of weeks so added a low power capacitance touch switch which triggered a logic mosfet to power up the device when my hand was near the reader. As it was behind glass I also had to enhance the range by uprating a couple of the inductors and overvolting the reader a bit. It now runs fine for months on end from an independent battery (actually a poundshop powerbank). I'm thinking about trying to make use of password protected area of the NTAG 216 to provide better security, but quite honestly I doubt anyone wants my car that much!