hc-05
There are 160 repositories under hc-05 topic.
Mayoogh/Arduino-Bluetooth-Basic
Control a LED using your smartphone via Bluetooth (Does not support BLE)
SMotlaq/open-watch
An open-source handmade smartwatch. All of the codes, PCBs and schematics are available. ⌚
jgromes/RadioShield
Universal wireless communication shield for Arduino
Scottapotamas/embedded-wireless-latency-eval
Testing a range of radio modules and protocols for latency.
KManiKumarReddy/Bluetooth-Home-Automation
A solution to control home appliances using a Bluetooth device(Android Smartphone). B. Tech. Mini Project
IamMayankThakur/android-arduino-using-bluetooth
This project aims to establish a connection and transfer data between an Android app and a microcontroller (Arduino).
darkautism/HC-05-Dev
BC3-MM(kal) development
parikshitpagare/3-mode-bluetooth-robot
A robot car developed using Arduino that can operate in 3 modes - Manual, Automatic and Voice. The car is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.
imvickykumar999/Home-Automation-Project
(Goal : 16 ⭐ stars) ... Control Home Appliances using our App and Required Hardwares shown in README.md file
MeqdadDev/homy-smart-home
Homy is a Smart Home System with Android app to control some of your home components via Bluetooth connection between your Android device & Bluetooth module with Arduino.
sourabhsdx/flutter_bluetooth_control
It is a simple flutter app with bluetooth connectivity to send data to HC-05 Bluetooth module. I used shared preferences for small data storage such as time.
jonathanrjpereira/8051-Bluetooth-Door-Lock
🔒 A Smartphone Controlled Password based Bluetooth Door Lock using the 8051 Microcontroller
AlessandroAvi/Moonboard_controllerLED
Code deployed on a STM microcontroller for controlling LED strips mounted on a moonboard. The controls are sent from the moonboard phone app that is connected with STM vie BLE.
Doma1204/HC-05-ConfigTool
A python terminal tool for configuring HC-05 bluetooth module with AT mode
d4rk-lucif3r/Hc_05-Hc_06-AT-Modes
Configuration of Bluetooth Module Hc-05/Hc-06 using AT Mode
davemaster/Irrigation-3021
How Bluetooth Technology can improve the use of water resources worldwide
WilliamDemirci/Arduino-4WD-Mecanum-controlled-by-Android-app
Arduino 4WD Mecanum controlled by Android app
kadiraydinli/Ar-Watch
Developed smart watch with Arduino working with Android phone.
rahup97/smart-parking
Code for our paper titled "Application-based Smart Parking System using CAN Bus" in IJEECS. It is a Smart Parking system that is client-based, and uses a CAN Bus as an improvement to existing systems.
WhoIsMrRobotics/brainzy-library
🧠 An Arduino library for easily programming your own differential or omnidirectional robot.
akshitagupta15june/Multipurpose_Agrobot_IOT
COST EFFECTIVE BUSINESS SOLUTION WITH GOOD USE OF TECHNOLOGY AND MECHANISATION FOR SUSTAINABLE AND COOPERATIVE AGRICULTURE, FARMING.
alberand/hctools
Arduino application to work with HC-05 Bluetooth modules
amartinezacosta/MSP432-HC-05
MSP432 interface to the HC-05 bluetooth module
arcteezy/Fall-Detection
Free fall detection using MPU-6050.
BBKDevelopment/ArduBlu
Designed for those who want to control their Arduino projects via Bluetooth.
busherscom/hc05ct-windows
HC-03/05 Config Tool (Internal)
chenxuanjie/HC-05
STM32 Bluetooth HC-05 蓝牙模块
GogoVega/Robot-Arduino
Code Source Arduino du Robot et de la Télécommande
ndroid/HC06_AT_CommandCenter
Arduino program for simplifying AT command configuration of HC-06 devices over UART.
ravivats/arduino-fan-control
Source code for Arduino which runs a fan connected to it in two modes, Automatic and Manual.
robotpsu/talas
ТАЛАС — танк лазерный самоходный
vivekthota16/Autonomous-Rover
The autonomous rover project is centered on the idea in order to reach to the physically in-accessible locations by humans to achieve the goals such as to surveille the area and analyze the environment conditions in the expedition. Besides, surveillance it carries the moto to research on the detected object and its environment particulars. The research mode in the rover is made to take the temperature, humidity and lighting conditions, by using the robotic arm in order to reach closely towards the object and report to the user for in-depth analysis.
ziteh/LEAP-android-control-panel
The Android App part of "Lightweight Exoskeleton with Assistive Power".