top of page
VisionArc
Upgrade your electronics or robotics projects with this high-precision Radar Sensor Module, designed for non-contact motion sensing and obstacle detection using advanced microwave Doppler radar technology.
πŸ” Key Features:
  • Motion Detection: Detects human or object movement through Doppler radar waves
  • Non-Contact Sensing: Can detect movement through plastic, glass, and thin walls
  • High Sensitivity: Adjustable detection range (typically up to 6–8 meters)
  • Wide Coverage: 120°–160Β° sensing angle for broader detection
  • Compact Design: Easy to integrate into small DIY or commercial systems
  • Low Power Consumption: Ideal for battery-powered and IoT devices
βš™οΈ Specifications:
  • Working Voltage: 4.5V – 20V DC
  • Operating Frequency: 5.8 GHz (microwave)
  • Detection Range: 0.5–1 meters (adjustable)
  • Output Signal: Digital High/Low
  • Delay Time: Adjustable (0.5 – 30 seconds)
  • Size: Compact, lightweight module
🎯 Applications:
  • Automatic lighting systems
  • Intruder alarms and security systems
  • Smart home motion detection
  • Contactless door openers
  • Robotics and obstacle detection

VisionArc

SKU: PP-RD01-V01
β‚Ή1,300.00 Regular Price
β‚Ή1,235.00Sale Price
Quantity

Build your own DIY Radar System using this fun and educational kit powered by Arduino and an ultrasonic sensor! The system scans the environment and displays obstacle positions on your computer screen in real-timeβ€”just like a real radar!

🧰 What’s Included:

  • 1x Arduino Uno (or compatible)

  • 1x HC-SR04 Ultrasonic Sensor

  • 1x SG90 Servo Motor

  • 1x Jumper Wires Set

  • 1x USB Cable for Arduino

  • 1x Cardboard/Plastic Mount (for sensor & servo)

  • 1x Radar Interface Code (Processing sketch)

  • 1x Assembly & Code Guide (PDF)

πŸ” How It Works:

  • The servo motor rotates the ultrasonic sensor in an arc (typically 0Β° to 180Β°).

  • The HC-SR04 measures the distance to any object in its path.

  • Data is sent to the Arduino, which processes the angle and distance.

  • Processing software on your PC reads the serial data and draws a live radar-style visualization, plotting detected objects in a circular sweep.

πŸ’‘ Key Features:

  • Live Radar Display using Processing (with arcs, dots, and sweeping effect)

  • Adjustable scanning angle and delay

  • Great for STEM learning and school projects

  • No soldering required – plug-and-play connections

  • Teaches ultrasonic sensing, servo control, serial communication, and data visualization

πŸ–₯️ Software Requirements:

  • Arduino IDE (for uploading code)

  • Processing IDE (for radar visualization on PC)

  • Available for Windows, Mac, and Linux

πŸ§ͺ Learning Outcomes:

  • Working with real-world sensors

  • Understanding serial data communication

  • Visualizing sensor data in 2D graphics

  • Basics of sonar and obstacle detection

🎯 Ideal For:

  • School or college tech projects

  • DIY electronics enthusiasts

  • Beginners learning Arduino & sensors

  • Robotics and IoT learning kits

bottom of page