Arduino radar style scanning ultrasonic sensor Arduino object detection radar 0-180°
This project is based on an Object Detection Radar System which uses an Ultrasonic Sensor mounted on a Servo Motor controlled by an Arduino Uno. The servo motor continuously rotates from 0° to 180° to scan the surroundings, similar to a radar system. When any object comes within the sensing range (40 cm), the ultrasonic sensor detects it, and the servo motor immediately stops at that specific angle. The system then displays the detected object’s distance and angle on the I2C Display.
Original price was: ₹4,499.00.₹3,499.00Current price is: ₹3,499.00.
This project implements a compact object‐detection radar system using the Arduino Uno platform, an ultrasonic distance sensor, a servo motor and an I²C display. The ultrasonic sensor is mounted on the servo shaft and continuously sweeps through an angular range (0° to 180°) to scan the environment, similar to how a radar antenna sweeps its beam. At each angular step, the sensor emits an ultrasonic pulse and measures the return echo time to compute the distance to any object in the path.
When an object falls within a pre‐set sensing range (for example, 40 cm), the servo motion immediately stops at the current angle. The system then captures the angle of detection and the measured distance, and displays this information in real time on an I²C‐connected LCD (or OLED) display. Thus, the user can see both how far the object is and at what angle relative to the scanning baseline it was detected.
The scanning mechanism and the display feedback together give the impression of a miniature radar: the servo acts as the rotating beam, the ultrasonic sensor as the “radar pulse emitter/receiver,” and the I²C display as the output unit providing relevant data. The system is useful in obstacle detection, robotics, security or automation tasks where spatial awareness is required within a short range.
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ABSTRACT In This Project We show Load Sharing Idea , In Project When Any Power Plant Generates a Electricity then that electricity go to substation and then that substation transfer to electricity to city , If power plant suddenly generate electricity high , substation automatic share electricity to second other substation so in this project we can see load sharing when supply up and when upper supply low automatic load sharing stop and when power plant again and again generating voltage do up , so when substation have maximum limit point if that point cross then automatic both substation of and power cut , so by this idea all fault and electricity loss we can cover if voltage coming high .
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The Arduino-based Mobile Control Bluetooth Robotic Car is an innovative project designed to demonstrate how Bluetooth can be used for smart navigation. This car can be seamlessly driven, left, right, forward, and backward using your mobile phone.
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Welcome to our Smart Inverter Project tutorial! In this video, we’ll show you how to build a DIY inverter that provides an automatic power backup solution for your home. If you’re looking for a continuous power supply during outages, this inverter with battery storage will keep your lights on even when the main power goes out.
This project involves creating a smart inverter circuit that can seamlessly switch from AC power to a 12V DC battery when the electricity supply is interrupted. Not only does it ensure uninterrupted power to your 230V AC appliances, but it also recharges the battery when the main power is available.
In this detailed how-to guide, we cover everything from the basic components needed to the step-by-step assembly and testing of the inverter. Plus, we’ll discuss how this inverter system can be adapted for use in transmission lines, ensuring a reliable power supply to cities from substations, even if the main transmission line fails temporarily.
What You’ll Learn in This Video:
Inverter Basics: Understand how an inverter works and the role of battery storage in providing continuous power.
Step-by-Step Construction: Follow our easy instructions to build your own inverter circuit with a 12V DC battery backup.
Automatic Switching: Learn how the inverter automatically switches to battery power during outages and back to AC power when available.
Practical Applications: Discover how this smart inverter system can be used in transmission lines to maintain city power supply during disruptions.
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IR Sensor: The IR sensor is used to detect the presence of a vehicle. When a vehicle enters the range of the sensor, it detects its presence. Relay Module: The relay module is used to control the system. Once the IR sensor detects a vehicle, it sends a signal to the relay module, which in turn activates the LED bulb and alarm. LED Bulb: The LED bulb is used to indicate the presence of a vehicle coming from the opposite side. When a vehicle is detected by the IR sensor, the LED bulb on the other side turns on, alerting drivers. Alarm: The alarm sounds to provide a warning of the vehicle’s approach, ensuring further attention and safety. Wiring and Connections:
Working Principle: When a vehicle enters the range of the IR sensor, the sensor detects its presence. The IR sensor sends a signal to the relay module. The relay module then activates the LED bulb and alarm on the opposite side. The alarm and LED bulb warn the drivers that a vehicle is approaching.
Objectives: Enhance road safety by alerting drivers about vehicles approaching from the opposite side. Prevent traffic accidents, especially in areas with limited visibility. Create a simple and cost-effective vehicle detection system for traffic monitoring.
Expected Outcomes: Early warning system for approaching vehicles, giving drivers more time to react. Improved awareness and timely responses from drivers to avoid accidents. Efficient use of sensors and alarms to ensure smooth traffic flow and safety.
Applications: Safety alert system on narrow roads or blind spots. Traffic control at signal points or crossing areas. Monitoring vehicles in industrial areas or warehouses where safety is critical.
Future Improvements: Use of advanced sensors (e.g., ultrasonic) for better accuracy. Integration with traffic signal systems for automated control. Solar-powered systems for cost-effective outdoor applications.
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