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  • Home
    • 3D Printing Review
      • 3D Delta Printing Designs
      • 3D Printer Hot Plate Designs
      • Automated 3D Hot-End Tool Changer - PoC
      • Automatic Bed Leveling Calibration - Delta Printer
      • Effector Redesign- PoC
      • G-Code for Rostock MaxV2
    • Arduino Control of Stepper Motors
    • Converting an old Parallel Port CNC controller board to USB using an Arduino
    • Fun Projects
    • Home Automation
    • IoT Projects
    • Micro Hydro Power
    • PCB Prototyping using a CNC UV Laser, LCD Mask and Isolation CNC Milling
      • Laser PCB Prototyping - Eagle to GCode review
      • PCB Prototyping Manufactures
      • Prototype PCB using CNC Milling Machine
      • Prototyping PCB using CNC Laser Engraver
        • Prototyping PCB using CNC Laser Engraver - Results
      • Prototyping PCB using Laser Galvo from SLA 3D printer
      • Prototyping PCB using LCD
      • Protyping PCB printing conductive ink and etch resist
    • Quadcopters | 360 Degree Proximity Sensing Project Overview
      • Blog
        • Interfaces to Flight controller?
        • IRCF360° - Quadcopter Project
      • Concepts | 360 degree proximity Sensing - Quadcopter
      • Frsky S.Port Interface
      • FrSky X8R & X4R Firmware Update Hack
      • Quadcopter 360° Sensing | Overview of Flight Controllers
      • Quadcopters | PWM interface to a PIC 12F629 Microcontroller
      • Real-Time Graphical Representation | S.BUS Protocol
    • S.BUS For Arduino
    • Swarm Robot Projects
    • Video Production TouchBox
  • About Us
  • Contacts
    • Customer Service
      • Beta Testing
    • Impressum
  • Disclaimer
  • Products
    • Infrared Control Freak - 360 degree Proximity Sensor
      • 1. IRCF360 - Commands - Quick Reference Guide
        • 010 - 019 - StartUp Commands
        • 020 - Sony TX (Remote Control - Transmit)
        • 022 - Sony TX - Single Direction
        • 023 - Sony TX - Single Direction - Continuous
        • 024 - Sony RX (Remote Control - Receive)
        • 030 - Infrared Proximity sensing - 360 degrees
          • IRCF360 - Zones
        • 032 - IR Proximity Detection - Directional
        • 040 - Circular Display - Turn on Led
        • 050 - Light Sensing Command
        • 070 - Circular Display - Fade Up & Down
        • 072 - Circular Display - Single LED Fade up & down
        • 076 - Circular Display - Ping Pong
        • 077 - Circular Display - Rotate Clockwise
        • 078 - Circular Display - Rotate anti-clockwise
        • 079 - Circular Display - Swipe
        • Special Function Commands
      • Benefits and Features
      • Guide to RS232 / Serial Interfacing to the IRCF360
      • IRCF 360 sensor and Midi Interface
      • IRCF360 - Register Interest
      • IRCF360 Assembly Manual
        • Introduction
        • Let's Start Building!
        • Step 1 - µController
        • Step 2 - Resistors
          • Resistor Colour Codes
        • Step 3 - LEDs
        • Step 4 - Light Sensor
        • Step 5 - Infrared
        • Step 6 - Various
      • IRCF360-User Guide
        • 1.0 Introduction
        • 2.0 Overview
        • 3.0 Interfaces
        • 4.0 IRPD
        • 5.0 Testing
        • 6.0 Commands
        • Appendix A - Safety
        • Appendix B - Disclaimer
        • Appendix C - Infrared
        • Appendix D - IRRC
        • Appendix E - LEDs
        • Appendix F - Experimenting
        • Appendix G - Circuit Diagram
        • Appendix H - Printed Circuit Board
          • BOM Data Sheets
      • IRCF360-Videos
      • Principles of Infrared Remote Control
        • Infrared Control and Proximity Sensing
      • Processing.org
      • Roll-Your-Own IRCF360 using a PICkit2
      • Roll-Your-Own Sensor
      • Sensorium Project - 3D-360-degree Multi-touch(less) HID sensor
        • Configuration of Arduino USB as a 3D - HID device
        • Google Earth Interface
        • Interfacing the Arduino to the IRCF360 360 degree sensor
        • Processing Sketches
          • Calculations
          • Processing Sketch 1
      • Videos
    • IRCFL
      • PCB
    • Micro and Nano Mechanical Parts
    • Micro Geared Motors
    • Nano and Micro Robot Chassis
      • micro chassis
      • Nano Chassis
        • 10001 - Nano Chassis Belt Drive 10001 - Datasheet
        • 10001 - Nano Chassis Belt Drive Version 1
        • Nano Chassis - GRP
        • Open Micro Robot Development Project (Open-MRDP)
    • Prototyping Services
    • Robot Controllers
      • BittyBot Products
    • Robot Sensors
      • IRCFL Firmware Upgrades & ICSP
        • IRCFL Fuse Setting
  • support
    • Manufacturers
    • ROBOTmaker_Images
  • Terms and Conditions
  • What's New?
    • 360 degree 3D Sensor kit being prepared for distribtion
    • 360 degree sensor in micro qaudcopter
    • 3D Printing of Robot Chassis
    • NEW!! 360 Degree / 3D programmable Proximity sensor
    • Sensorium Project - 3D-360-degree Multi-touch HID sensor
ROBOTmaker
  • Home
    • 3D Printing Review
      • 3D Delta Printing Designs
      • 3D Printer Hot Plate Designs
      • Automated 3D Hot-End Tool Changer - PoC
      • Automatic Bed Leveling Calibration - Delta Printer
      • Effector Redesign- PoC
      • G-Code for Rostock MaxV2
    • Arduino Control of Stepper Motors
    • Converting an old Parallel Port CNC controller board to USB using an Arduino
    • Fun Projects
    • Home Automation
    • IoT Projects
    • Micro Hydro Power
    • PCB Prototyping using a CNC UV Laser, LCD Mask and Isolation CNC Milling
      • Laser PCB Prototyping - Eagle to GCode review
      • PCB Prototyping Manufactures
      • Prototype PCB using CNC Milling Machine
      • Prototyping PCB using CNC Laser Engraver
        • Prototyping PCB using CNC Laser Engraver - Results
      • Prototyping PCB using Laser Galvo from SLA 3D printer
      • Prototyping PCB using LCD
      • Protyping PCB printing conductive ink and etch resist
    • Quadcopters | 360 Degree Proximity Sensing Project Overview
      • Blog
        • Interfaces to Flight controller?
        • IRCF360° - Quadcopter Project
      • Concepts | 360 degree proximity Sensing - Quadcopter
      • Frsky S.Port Interface
      • FrSky X8R & X4R Firmware Update Hack
      • Quadcopter 360° Sensing | Overview of Flight Controllers
      • Quadcopters | PWM interface to a PIC 12F629 Microcontroller
      • Real-Time Graphical Representation | S.BUS Protocol
    • S.BUS For Arduino
    • Swarm Robot Projects
    • Video Production TouchBox
  • About Us
  • Contacts
    • Customer Service
      • Beta Testing
    • Impressum
  • Disclaimer
  • Products
    • Infrared Control Freak - 360 degree Proximity Sensor
      • 1. IRCF360 - Commands - Quick Reference Guide
        • 010 - 019 - StartUp Commands
        • 020 - Sony TX (Remote Control - Transmit)
        • 022 - Sony TX - Single Direction
        • 023 - Sony TX - Single Direction - Continuous
        • 024 - Sony RX (Remote Control - Receive)
        • 030 - Infrared Proximity sensing - 360 degrees
          • IRCF360 - Zones
        • 032 - IR Proximity Detection - Directional
        • 040 - Circular Display - Turn on Led
        • 050 - Light Sensing Command
        • 070 - Circular Display - Fade Up & Down
        • 072 - Circular Display - Single LED Fade up & down
        • 076 - Circular Display - Ping Pong
        • 077 - Circular Display - Rotate Clockwise
        • 078 - Circular Display - Rotate anti-clockwise
        • 079 - Circular Display - Swipe
        • Special Function Commands
      • Benefits and Features
      • Guide to RS232 / Serial Interfacing to the IRCF360
      • IRCF 360 sensor and Midi Interface
      • IRCF360 - Register Interest
      • IRCF360 Assembly Manual
        • Introduction
        • Let's Start Building!
        • Step 1 - µController
        • Step 2 - Resistors
          • Resistor Colour Codes
        • Step 3 - LEDs
        • Step 4 - Light Sensor
        • Step 5 - Infrared
        • Step 6 - Various
      • IRCF360-User Guide
        • 1.0 Introduction
        • 2.0 Overview
        • 3.0 Interfaces
        • 4.0 IRPD
        • 5.0 Testing
        • 6.0 Commands
        • Appendix A - Safety
        • Appendix B - Disclaimer
        • Appendix C - Infrared
        • Appendix D - IRRC
        • Appendix E - LEDs
        • Appendix F - Experimenting
        • Appendix G - Circuit Diagram
        • Appendix H - Printed Circuit Board
          • BOM Data Sheets
      • IRCF360-Videos
      • Principles of Infrared Remote Control
        • Infrared Control and Proximity Sensing
      • Processing.org
      • Roll-Your-Own IRCF360 using a PICkit2
      • Roll-Your-Own Sensor
      • Sensorium Project - 3D-360-degree Multi-touch(less) HID sensor
        • Configuration of Arduino USB as a 3D - HID device
        • Google Earth Interface
        • Interfacing the Arduino to the IRCF360 360 degree sensor
        • Processing Sketches
          • Calculations
          • Processing Sketch 1
      • Videos
    • IRCFL
      • PCB
    • Micro and Nano Mechanical Parts
    • Micro Geared Motors
    • Nano and Micro Robot Chassis
      • micro chassis
      • Nano Chassis
        • 10001 - Nano Chassis Belt Drive 10001 - Datasheet
        • 10001 - Nano Chassis Belt Drive Version 1
        • Nano Chassis - GRP
        • Open Micro Robot Development Project (Open-MRDP)
    • Prototyping Services
    • Robot Controllers
      • BittyBot Products
    • Robot Sensors
      • IRCFL Firmware Upgrades & ICSP
        • IRCFL Fuse Setting
  • support
    • Manufacturers
    • ROBOTmaker_Images
  • Terms and Conditions
  • What's New?
    • 360 degree 3D Sensor kit being prepared for distribtion
    • 360 degree sensor in micro qaudcopter
    • 3D Printing of Robot Chassis
    • NEW!! 360 Degree / 3D programmable Proximity sensor
    • Sensorium Project - 3D-360-degree Multi-touch HID sensor
  • More
    • Home
      • 3D Printing Review
        • 3D Delta Printing Designs
        • 3D Printer Hot Plate Designs
        • Automated 3D Hot-End Tool Changer - PoC
        • Automatic Bed Leveling Calibration - Delta Printer
        • Effector Redesign- PoC
        • G-Code for Rostock MaxV2
      • Arduino Control of Stepper Motors
      • Converting an old Parallel Port CNC controller board to USB using an Arduino
      • Fun Projects
      • Home Automation
      • IoT Projects
      • Micro Hydro Power
      • PCB Prototyping using a CNC UV Laser, LCD Mask and Isolation CNC Milling
        • Laser PCB Prototyping - Eagle to GCode review
        • PCB Prototyping Manufactures
        • Prototype PCB using CNC Milling Machine
        • Prototyping PCB using CNC Laser Engraver
          • Prototyping PCB using CNC Laser Engraver - Results
        • Prototyping PCB using Laser Galvo from SLA 3D printer
        • Prototyping PCB using LCD
        • Protyping PCB printing conductive ink and etch resist
      • Quadcopters | 360 Degree Proximity Sensing Project Overview
        • Blog
          • Interfaces to Flight controller?
          • IRCF360° - Quadcopter Project
        • Concepts | 360 degree proximity Sensing - Quadcopter
        • Frsky S.Port Interface
        • FrSky X8R & X4R Firmware Update Hack
        • Quadcopter 360° Sensing | Overview of Flight Controllers
        • Quadcopters | PWM interface to a PIC 12F629 Microcontroller
        • Real-Time Graphical Representation | S.BUS Protocol
      • S.BUS For Arduino
      • Swarm Robot Projects
      • Video Production TouchBox
    • About Us
    • Contacts
      • Customer Service
        • Beta Testing
      • Impressum
    • Disclaimer
    • Products
      • Infrared Control Freak - 360 degree Proximity Sensor
        • 1. IRCF360 - Commands - Quick Reference Guide
          • 010 - 019 - StartUp Commands
          • 020 - Sony TX (Remote Control - Transmit)
          • 022 - Sony TX - Single Direction
          • 023 - Sony TX - Single Direction - Continuous
          • 024 - Sony RX (Remote Control - Receive)
          • 030 - Infrared Proximity sensing - 360 degrees
            • IRCF360 - Zones
          • 032 - IR Proximity Detection - Directional
          • 040 - Circular Display - Turn on Led
          • 050 - Light Sensing Command
          • 070 - Circular Display - Fade Up & Down
          • 072 - Circular Display - Single LED Fade up & down
          • 076 - Circular Display - Ping Pong
          • 077 - Circular Display - Rotate Clockwise
          • 078 - Circular Display - Rotate anti-clockwise
          • 079 - Circular Display - Swipe
          • Special Function Commands
        • Benefits and Features
        • Guide to RS232 / Serial Interfacing to the IRCF360
        • IRCF 360 sensor and Midi Interface
        • IRCF360 - Register Interest
        • IRCF360 Assembly Manual
          • Introduction
          • Let's Start Building!
          • Step 1 - µController
          • Step 2 - Resistors
            • Resistor Colour Codes
          • Step 3 - LEDs
          • Step 4 - Light Sensor
          • Step 5 - Infrared
          • Step 6 - Various
        • IRCF360-User Guide
          • 1.0 Introduction
          • 2.0 Overview
          • 3.0 Interfaces
          • 4.0 IRPD
          • 5.0 Testing
          • 6.0 Commands
          • Appendix A - Safety
          • Appendix B - Disclaimer
          • Appendix C - Infrared
          • Appendix D - IRRC
          • Appendix E - LEDs
          • Appendix F - Experimenting
          • Appendix G - Circuit Diagram
          • Appendix H - Printed Circuit Board
            • BOM Data Sheets
        • IRCF360-Videos
        • Principles of Infrared Remote Control
          • Infrared Control and Proximity Sensing
        • Processing.org
        • Roll-Your-Own IRCF360 using a PICkit2
        • Roll-Your-Own Sensor
        • Sensorium Project - 3D-360-degree Multi-touch(less) HID sensor
          • Configuration of Arduino USB as a 3D - HID device
          • Google Earth Interface
          • Interfacing the Arduino to the IRCF360 360 degree sensor
          • Processing Sketches
            • Calculations
            • Processing Sketch 1
        • Videos
      • IRCFL
        • PCB
      • Micro and Nano Mechanical Parts
      • Micro Geared Motors
      • Nano and Micro Robot Chassis
        • micro chassis
        • Nano Chassis
          • 10001 - Nano Chassis Belt Drive 10001 - Datasheet
          • 10001 - Nano Chassis Belt Drive Version 1
          • Nano Chassis - GRP
          • Open Micro Robot Development Project (Open-MRDP)
      • Prototyping Services
      • Robot Controllers
        • BittyBot Products
      • Robot Sensors
        • IRCFL Firmware Upgrades & ICSP
          • IRCFL Fuse Setting
    • support
      • Manufacturers
      • ROBOTmaker_Images
    • Terms and Conditions
    • What's New?
      • 360 degree 3D Sensor kit being prepared for distribtion
      • 360 degree sensor in micro qaudcopter
      • 3D Printing of Robot Chassis
      • NEW!! 360 Degree / 3D programmable Proximity sensor
      • Sensorium Project - 3D-360-degree Multi-touch HID sensor

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