Arduino+Bluetooth+MIT App inventor
In this article we will learn how to interface Arduino+Bluetooth+MIT App inventor.
In the last post we will learn how to interface arduino nano with Bluetooth controller. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.
Components which we use in this project are listed below:
- Arduino nano
- Bluetooth module (HC-05)
- Four relay module
- Led’s ( red,green,white)
- Toggle switch
- 9V battery
- AC fan
- MIT App
Construction of Arduino+Bluetooth+MIT:
- Connect VCC point of Bluetooth module to 5V of arduino nano
- Connect the GND point of Bluetooth module to GND point of arduino nano
- Connect the pin TX1 of Bluetooth module to the pin RX1 of arduino nano
- Connect the pin RX of Bluetooth module to the pin TX of arduino nano
- Connect the neutral point of battery to GND point of arduino
- Connect the +ve point of battery to VIN point of arduino through push button
- Connect the VCC point of four relay module to VCC point of arduino
- Connect the GND point of four relay module to GND point of arduino
- Connect the IN1 point of four relay module to D9 point of arduino
- Connect the IN2 point of four relay module to D10 point of arduino
- Connect the IN3 point of four relay module to D11 point of arduino
- Connect the IN4 point of four relay module to D12 point of arduino
- Connect the neutral point of relay direct to appliances/LED’s
- Connect NO point of relay 1 to light 1
- Connect NO point of relay 2 to light 2
- Connect NO point of relay 3 to light 3
- Connect NO point or relay 4 to FAN
Working of Arduino+Bluetoot+MIT:
This combination can be used to create various projects where you can control or interact with arduino using a Smartphone app built with MIT app inventor via Bluetooth communication.
Applications of Arduino+Bluetooth+MIT app inventor:
- Home security system
- Smart door lock
- Health and fitness monitoring
- Smart car control
- Home automation
Advantages of Arduino+Bluetooth+MIT app inventor:
- Easy to use
- Rapid prototyping
- Wireless communication
- Real-time interaction
- User-friendly interface
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