Menu
Your Cart

ZigBee Controlled Robot-Arduino Based

ZigBee Controlled Robot-Arduino Based
ZigBee Controlled Robot-Arduino Based
ZigBee Controlled Robot-Arduino Based
ZigBee Controlled Robot-Arduino Based
ZigBee Controlled Robot-Arduino Based
ZigBee Controlled Robot-Arduino Based
ZigBee Controlled Robot-Arduino Based
  • Stock: In Stock
  • Brand: ElementzOnline
  • Model: PJCT15
  • Weight: 1,500.00g
  • SKU: PJCT15
Products Sold: 0
Product Views: 11593
₹9300.00

Available Options

Description:

ZigBee controlled robot using Arduino UNO is used to control the movements of robot using a switch pad array interfaced to the ZigBee transmitter module. This ZigBee module is then interfaced into an Arduino UNO. These inputs are transmiited which is received by the ZigBee receiver interfaced into Arduino UNO. The micro-controller then takes appropriate  action for controlling the movements of the robotic wheels.

          

Kit Contents:

DIY Kit

  • Assembled and Tested PCB
  • PCB With Circuit
  • Discrete Components
  • Tool Kit (Optional)
  • CD containing:
    • Circuit Diagram
    • PCB Layout
    • Abstract
    • Project Report
    • Project Presentation
    • Tutorial Videos
    • Learning Materials
    • Datasheet and References

PROJECT KIT: 

  • PCB With Circuit
  • Discrete components
  • Tool Kit (Optional)
  • CD containing:
    • Circuit Diagram
    • PCB Layout
    • Abstract
    • Project Report
    • Project Presentation
    • Tutorial Videos
    • Learning Materials
    • Datasheet and References

READY MADE KIT:

  • Assembled and Tested PCB
  • Tool Kit (Optional)
  • CD containing:
    • Circuit Diagram
    • PCB Layout
    • Abstract
    • Project Report
    • Project Presentation
    • Tutorial Videos
    • Learning Materials
    • Datasheet and References

Tool Kit (Optional):

  • Multimeter
  • Soldron Soldering Iron
  • Solder Paste
  • Solder lead
  • Solder Wick
  • Dot PCB/Line PCB
  • Nipper
  • Wires
  •  

Write a review

Please login or register to review
Site uses Cookies
This site uses cookies to provide and improve your experience. By continuing to use this site, you agree to accept these cookies.