This is a Flutter multiplatform (Android & iOS) project for interacting with ROS Robots based on ROS Melodic/Kinetic. Main function of the app is teleoperation of robots using virtual controller and camera view from the web server.

A combat robot control system using ESP32 & Flutter with BLE communication. Control wheels, weapon drums, and auxiliary motors wirelessly. A perfect project to explore IoT with Flutter and hardware integration.

Integrating Flutter apps with ROS using WebSocket and rosbridge offers a modern, flexible, and scalable approach to building robotics applications. Developers can achieve real-time data exchange and robust functionality by bypassing outdated dependencies and leveraging direct WebSocket communication.

In this project, we'll explore how to control a robotic arm using a Flutter app, communicating with the hardware via Bluetooth or Wi-Fi. This project will provide an intuitive user interface for moving the robotic arm's joints, adjusting speed, and performing predefined actions.

Nov 2, 2023 · Mastering IoT with Embedded Rust and Dart: Building a Remote Servo Motor Control System with Rust, ESP32 and Flutter. In this article, we will explore how to control a servo motor using an...

Robot controlled with Atmega32, ESP8266 and Flutter app. The robot can move forward, backward, right, left and stops. It can be controlled through an Android App over WIFI.

Mar 28, 2025 · The description of the Flutter cross-platform technology used in the development of control systems for a robotic complex is presented, including its architecture, the features of the Dart...

Aug 7, 2022 · I know for a fact you can implement a great looking GUI app with the ability to communicate over sockets, serial, and BLE in Flutter (flutter.dev). They have mobile and desktop support so you should be able to control your robot from both. Flutter supports Linux app development as well but I've never tried it with a pi.

Sep 21, 2018 · To make flutter integration tests easy to read I'm trying to use the robot pattern to write code like this (chaining): test('home', () async { driver = await FlutterDriver.connect(); HomeRobot(driver) .seesFromPlacesField() .seesToPlacesField() .seesNotSwapButton(); });

Although best known for its Roomba® Robot Vacuums, iRobot also creates programmable robots that teach coding skills in a fun, hands-on way. Developed by the iRobot Education division, the iRobot Coding App lets coders of all skill levels control a virtual robot — or, with the companion Root® coding robot, a real-life one.