robot

TESVOR S6 ROBOT VACUUM REVIEW, IDEAL FOR PET HAIR & DUST, CARPETS & HARD FLOORS

TESVOR S6 ROBOT VACUUM REVIEW, IDEAL FOR PET HAIR & DUST, CARPETS & HARD FLOORS

Tesvor S6 is a Laser Navigation 2700Pa Auto-Charging Robot Vacuum Cleaner which is Compatible with Alexa/App and it is Ideal for Pet Hair & Dust, Carpets & Hard Floors. Tesvor S6 robot vacuum cleaner is a laser navigation 2700Pa auto-charging robot vacuum cleaner compatible with Alexa/App, and it is ideal for pet hair & dust, and it can vacuum …

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​Bluetooth Controlled- Obstacle Avoidance Robot Car Using PIC32 Microcontroller

​Bluetooth Controlled- Obstacle Avoidance Robot Car Using PIC32 Microcontroller

“Robot-Car: Design Fused with Obstacle Avoidance Technology” Recently, there is an intensive research undertaken in the field of intelligence robotics and autonomous mobile robot applications. Through the this project we wanted to explore this field by building a robot car that can potentially avoid the obstacles. This is a user controlled robot car that has …

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Flex Sensor

HAND-GESTURE CONTROLLED ROBOT

High-Level Design The project can be logical separated into two different components: the glove and the car. The glove is the main way the user will interact with the car. Several fingers on the glove are outfitted with flex sensors to capture events when the user curls or uncurls figers. There are a combination of …

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LDR Based Line follower Robot Car using PIC Microcontroller

LDR Based Line follower Robot Car using PIC Microcontroller

Here I give you description of my project “LDR Based Line follower Robot Car using PIC Microcontroller”. This project is very interesting and the concept implementing for making this project is also very interesting. Project description: In this project “LDR Based Line follower Robot Car using PIC Microcontroller”, mainly three units are used. Sensors  ( …

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Image Processing Program

Rubik’s Cube Solving Robot

Introduction Our project was creating a rubiks cube solving robot that utilized image processing, Kociemba’s algorithm, and servos acting as claws/arms to turn the cube. We had a goal of being completely self contained and would not need any human interaction after the initial cube placement. In order to achieve this, we needed a way …

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An image of the final version of our robot.

Self-Balancing Robot

Introduction The inverted pendulum is an interesting case in the study of control systems because of its unstable nature. A pendulum is considered inverted when its center of mass is placed above its pivot point, meaning that its only equilibrium point is when its center of mass is directly above the pivot point. This is …

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Receive Side Circuitry

RF Motion Controlled Robot

Introduction For our final project, we designed and implemented a remote-control car with a user-controlled steering wheel interface. We wanted a user interface that was immediately intuitive and familiar, which we thought a steering wheel with an onboard accelerometer definitely accomplished. Additionally, we wanted a system that could realize reliable real-time remote communication, so we …

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