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Ultrasonic radar system kit assembly showing HC-SR04 sensor mounted on micro servo motor with display module

Ultrasonic Radar Display System Kit with Processing IDE Visualizer (Classes 9-10) | Computer Vision Model

Original price was: ₹5,999.00.Current price is: ₹5,399.00.


⚡ Official Computer Vision & Radar Project

Build a real-time PC-Connected Sonar Radar Screen! Watch an ultrasonic sensor sweep on a servo motor to plot red obstacle blips on your laptop using Processing IDE radar software.

🌟 Key Highlights
  • ✔️ Real Sonar Visualizer: Live 180° obstacle mapping on laptop screen.
  • ✔️ 100% Solderless & Safe: Plug-and-play breadboard jumper connections.
  • ✔️ Pan-India Board Aligned: CBSE, ICSE, SCERT Kerala, MSBSHSE & NITI Aayog ATL.
  • ✔️ Exhibition Ready: Includes pre-formatted science fair report & project outline.
🚀 Express 3–5 Day Shipping (20,000+ Pincodes)
💬 WhatsApp Technical Support
🏢 B2B & GST Invoicing Available

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Build a PC-Connected Sonar Radar Screen!

Experience real military sonar and radar mapping technology! A scanning ultrasonic sensor rotates on a servo motor, plotting live obstacle blips on a graphical radar screen visualizer on your laptop or desktop computer.

🌟 Why Choose This STEM Radar Visualizer Kit?

📡

Graphical Radar GUI

Plots live object distance and angular sweep in real-time using custom Processing IDE graphical visualizer software.
🔄

180° Motorized Sweep

Continuous automated rotation coordinates HC-SR04 ultrasonic sound waves with micro servo angular positions.
🔌

100% Solderless Safety

Child-safe plug-and-play breadboard wiring with jumper connectors. No dangerous tools or soldering required.
🏆

Science Fair Winner

Top-scoring practical working model for school science exhibitions, INSPIRE Awards, and inter-school STEM competitions.

📚 Pan-India Board Syllabus & Lab Alignment

Tailored for Class 6 to Class 10 students across National & State Education Boards in all 28 Indian States:

  • CBSE (Classes 8–10): AI & CS Codes 083/417 (Computer Vision units) and Class 9 Physics (Reflection of Sound & Echo Equations).
  • ICSE Board (Classes 9–10): Subject Code 66 (Robotics & AI — Sensor Data Acquisition) and Class 10 Physics (Ultrasonic Waves & Echoes).
  • Kerala SCERT (Class 8 ICT): Chapter ‘World of Robots’ and Physics unit ‘Production of Sound’.
  • Maharashtra MSBSHSE (Classes 8–10): Science & Tech Chapter ‘Sound & Echo Location’ and ICT Automation practicals.
  • Tamil Nadu State Board & Karnataka SSLC: Applied Physics (SONAR Navigation) and Computer Technology lab models.
  • NITI Aayog ATL Labs: Fully complies with Atal Tinkering Lab hardware specifications nationwide for sensor integration.

📐 Technical Specifications

Sensor Type HC-SR04 Ultrasonic Sensor (2cm – 400cm Detection Range)
Sweep Motor 180° Micro Servo Motor
Visualization IDE Processing IDE (Graphical Radar GUI Pre-coded)
Interface & Power USB Serial Bus Connection + Battery Power Pack Included
Assembly Style 100% Solderless Breadboard & Jumper Wiring

❓ Frequently Asked Questions (FAQs)

Q1: What is the Ultrasonic Radar Display System Kit with Processing IDE Visualizer and how does it work?
A: This kit is a hands-on physical computing project. A micro servo motor rotates an ultrasonic sensor across 180°. The sensor emits high-frequency sound waves and measures echo return time to detect objects. This distance and angle data is streamed via USB to Processing IDE software on a laptop, rendering a live graphical military radar screen with red obstacle blips.
Q2: Is prior coding or soldering required for this kit?
A: No soldering is required! The kit features 100% child-safe, plug-and-play breadboards and jumper wires. Depending on the student’s grade level, it comes pre-programmed or includes easy-to-customize Scratch/C++ code templates.
Q3: Which school syllabi and boards is this kit aligned with?
A: It aligns with CBSE (Middle & High School AI/CS Codes 083/417), ICSE (Subject Code 66 Robotics & AI), Kerala SCERT (Class 8 ICT ‘World of Robots’), Maharashtra MSBSHSE, Tamil Nadu, Karnataka State Boards, and NITI Aayog Atal Tinkering Labs (ATL).
Q4: Can this project be submitted for school science exhibitions and INSPIRE Awards?
A: Yes! It is a top-scoring working model for school science fairs, inter-school STEM competitions, and national INSPIRE Awards. It includes a pre-formatted project report outline, circuit diagrams, and working principle explanations.
Q5: Is this kit suitable as an educational screen-free birthday gift?
A: Absolutely! It replaces passive smartphone screen time with hands-on invention, engineering logic, and spatial reasoning. It arrives packed in a gift-ready STEM box with bonus stickers.
Q6: Are batteries and step-by-step manuals included in the box?
A: Yes, every kit includes a full-color printed assembly guide, illustrated circuit maps, power battery holders, and all structural chassis/electronic components needed to assemble the model immediately.
Q7: What technical support is available if we get stuck during assembly?
A: RoboSchool provides direct WhatsApp chat and video technical assistance across India to guide students and parents through circuit connections, software installation, and troubleshooting.
Q8: How fast is shipping across tier-1, tier-2, and tier-3 towns in India?
A: We deliver in 3 to 5 business days across 20,000+ pincodes in all 28 Indian states and Union Territories via express courier partners.
Q9: Can teachers and schools place bulk lab orders with GST tax invoices?
A: Yes! We supply school robotics labs, Atal Tinkering Labs (ATL), and STEM clubs across India with B2B GST tax invoices and volume discounts.
Q10: Why choose RoboSchool for STEM robotics kits?
A: RoboSchool provides 100% pre-tested components, curriculum-aligned learning across state and national boards, dedicated assembly support, and fast express shipping across India.

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