-
×
Edge Avoiding Robot using IR Sensor - Sold By:
Subtotal: ₹1,699.20 (incl. tax)
Projects
Showing 73–96 of 191 resultsSorted by popularity
- Arduino UNO & IOT Projects
Smart Wheelchair Using Arduino and Joystick
SKU: n/a - Robot Projects
RF Controlled Solar-Powered Mini E-Rickshaw
The Mini Solar E-Riksha is a wirelessly controlled robot powered by solar energy and a rechargeable battery. It uses an RF transmitter & receiver (433MHz) for remote operation, with HT12E & HT12D encoder-decoder ICs for signal communication. The L298N/L293D motor driver controls the DC motors and wheels, enabling smooth movement in all directions. A solar panel charges the battery, making it an eco-friendly and energy-efficient system. Ideal for learning robotics, automation, and green energy applications.
https://computronicslab.com/wp-content/uploads/2025/03/RF-Controlled-Solar-Powered-Mini-E-Rickshaw.mp4SKU: RF Controlled Solar-Powered Mini E-Rickshaw - Robot Projects
Edge Avoiding Robot using IR Sensor
This robot uses IR sensors to detect and follow a path while avoiding edges. It is powered by a 3.7V 2200mAh 18650 lithium-ion battery with a TP4056 charging module for safe recharging. The L293D motor driver efficiently controls the DC motors, ensuring smooth movement. A convenient power switch is included for easy operation. Perfect for robotics enthusiasts and beginners looking to explore autonomous navigation!
SKU: Edge Avoiding Robot using IR Sensor - HTML CSS Projects
Luxury Car Rental
SKU: Luxury Car Rental - Android App Based Projects
Smart Home Control Application
SKU: Smart Home Control Application - Android App Based Projects
Medical Consultation App
SKU: Medical Consultation App - Android App Based Projects
Online Book Shop with Payment Integration
SKU: Online Book Shop with Payment Integration - Arduino UNO & IOT Projects
Arduino-Based Smart Street Light (IR and LDR)
This Arduino-powered smart street light system uses an LDR sensor to detect ambient light and automatically turn the lights on at night. Additionally, an IR sensor detects motion and increases brightness when movement is detected, ensuring energy efficiency. When no motion is detected, the lights dim to save power. Ideal for smart lighting applications, this system enhances safety and reduces electricity consumption.
https://computronicslab.com/wp-content/uploads/2025/02/Arduino-Based-Smart-Street-Light-IR-and-LDR.mp4SKU: n/a - Python AI/ML Based Projects
Automatic Number Plate Recognition (with Suspicious Vehicle Detection and Alert System)
-10%
Python AI/ML Based ProjectsAutomatic Number Plate Recognition (with Suspicious Vehicle Detection and Alert System)
SKU: n/a - HTML CSS Projects
Burger House
SKU: n/a - B.Tech Diploma Mini Projects
Touchless door bell using LM358
This touchless doorbell project uses an LM358 operational amplifier to detect motion or proximity, eliminating the need for physical contact. It is a hygienic and convenient solution, especially useful in public places, homes, and offices.
Working Principle:
- An IR sensor module or an LDR (Light Dependent Resistor) detects motion or the presence of a hand near the doorbell.
- The LM358 op-amp acts as a comparator, comparing the sensor’s output with a reference voltage.
- When a hand is detected, the op-amp triggers a transistor, activating a buzzer or doorbell.
Applications & Benefits:
- Hygienic & Contactless, preventing germ transmission.
- Low-cost and easy to build, using readily available components.
- Ideal for homes, offices, and hospitals where touchless access is preferred.
SKU: Touchless door bell using LM358 - B.Tech Diploma Mini Projects
Automatic irrigation system using a 555
This automatic irrigation system uses a 555 timer IC to control a water pump based on soil moisture levels. It is a simple and cost-effective solution for gardens, farms, and home automation.
Working Principle:
- A soil moisture sensor detects the water content in the soil and sends a signal to the 555 timer IC configured in comparator mode.
- If the soil is dry, the 555 timer activates a relay, turning ON the water pump.
- Once the soil moisture reaches the required level, the sensor sends a signal to stop the pump, preventing overwatering.
Applications & Benefits:
- Saves water by preventing over-irrigation.
- Fully automatic operation, reducing manual effort.
- Low-cost and easy to build, ideal for students and hobbyists.
SKU: Automatic irrigation system using a 555
