• Make an IoT based robotic Wi-Fi car using L298n Motor driver module and NodeMCU ESP8266-12e Wi-Fi board - KT563 - REES52
  • Make an IoT based robotic Wi-Fi car using L298n Motor driver module and NodeMCU ESP8266-12e Wi-Fi board - KT563 - REES52
  • Make an IoT based robotic Wi-Fi car using L298n Motor driver module and NodeMCU ESP8266-12e Wi-Fi board - KT563 - REES52
  • Make an IoT based robotic Wi-Fi car using L298n Motor driver module and NodeMCU ESP8266-12e Wi-Fi board - KT563 - REES52
1 4

REES52

Make an IoT Based Robotic Wi-Fi Car Using L298N Motor Driver Module and NodeMCU ESP8266-12e Wi-Fi Board - KT563

Make an IoT Based Robotic Wi-Fi Car Using L298N Motor Driver Module and NodeMCU ESP8266-12e Wi-Fi Board - KT563

KT563

46 in stock

Rs. 1,499.00
Rs. 1,499.00
Sold out
Shipping calculated at checkout.

Note: In case you receive a damaged or faulty product, please return it in the original box with all foam and packaging. Returns will not be accepted if further damage occurs due to improper packing.

If you order a product that is currently in Preorder, and the price of that item increases in the future, you will be required to pay the difference in price.

For refund/return/replacement,Ā call us at +91Ā 95995 94520 or email us atĀ support@rees52.com

Delivery Time

  • Delivery time with the Express Shipping option is 2-3 working days, and with the Standard Shipping option is 5-6 working days. It varies based on location, reliant on courier services.

  • Delivery time if the order item is on Preorder Status is 15-20 working days.

COD (Cash on Delivery)

  • For COD you have to pay extra charges of Rs 350/- before the shipment. (We will share the company QR Code, UPI ID or Account details for the same)

The REES52 Promise

We want you to build, not worry. Here is exactly what happens if something goes wrong with your order.

Dead on arrival or defective? We replace it.

If your item is dead on arrival or has a manufacturing defect, tell us within 7 days of delivery. Email support@rees52.com with your order number and a short video or a couple of photos showing the problem. Our team will get back to you within 24 hours and arrange a free pickup from your doorstep - you never pay return shipping for a defective item. Once we verify the issue, your replacement ships out right away. If the item is out of stock, you get a full refund instead.

Refunds, with real timelines.

  • Approved refunds go back to your original payment method within 6-7 working days.
  • Missing item in your package? Tell us within 7 days with photos of what arrived and the parcel label. Once confirmed, the refund for the missing item reaches you in 2-3 working days - or we ship the missing piece free, your choice.
  • Every refund comes with a reference number by email or WhatsApp, so you can track it with your bank instead of chasing us.

Wrong item or not as described?

Email us your order number and a photo of what you received. We arrange the return pickup, and ship the correct item as soon as the return is on its way. Prefer your money back instead? That is fine too - full refund, same 6-7 working day timeline.

About lead times on some products.

A few items on rees52.com are sourced from our overseas partner warehouses and are not sitting on our shelf. Those products show a lead time of about 20-25 working days on the product page, before you pay. If you order one, we keep you posted as it moves. Changed your mind while waiting? You can cancel any time before dispatch and get a full refund within 6-7 working days. No cancellation fee, no questions.

Talk to a human.

Email support@rees52.com or call/WhatsApp +91 95995 94520, Monday to Saturday, 10:30 AM to 7:00 PM. Real people, order number in hand, actual answers.

View full details

INTRODUCTION

In this project, we will make an Iot-based wireless Wi-fi robot car using the Nodemcu ESP8266-12e Wi-Fi board with the L298n Motor driver module. We will interface this Wi-fi Car with the Mert Arduino application, in which you can control it by entering the IP address, and you can control it by giving the directional command using the smartphone.

HARDWARE REQUIRED

SOFTWARE REQUIRED

Arduino IDE 1.8.10 (programmable platform for Arduino)

Click here to download the software

arduino uno

SPECIFICATIONS

L298N Motor Driver Module:

The L298N is a dual-channel H-Bridge motor driver capable of driving a pair of DC motors. That means it can individually drive up to two motors, making it ideal for building two-wheel robot platforms.

l298n

NodeMCU ESP8266 CP2102 Module:

  • ESP8266 CP2102 NodeMCU LUA ESP-12E WIFI Serial Wireless Module
  • Built-in Micro-USB, with flash and reset switches, easy to program
  • Full I/O port and Wireless 802.11 supported, direct download, no need to reset
  • Arduino compatible works great with the latest Arduino IDE/Mongoose IoT/Micro Python

REQUIRED LIBRARY

Before uploading the code, you must install this library:

After downloading all these libraries, go to Sketch -> Include Libraries -> Add .zip libraries

REQUIRED APPLICATION

Mert Arduino for robot car- Click to open šŸ‘ˆ

HOW TO INSTALL ESP BOARDS

CIRCUIT CONNECTION

  • Connect the ENA pin of the L298N Motor Driver module to the D5 pin of the NodeMCU board.
  • Connect the ENB pin of the L298N Motor Driver Module to the D6 pin of NodeMCU board.
  • Connect the IN1 pin of the L298n motor driver module to the D8 pin of the NodeMCU board.
  • Connect the IN2 pin of the L298n motor driver module to the D7 pin of the NodeMCU board.
  • Connect the IN3 pin of the L298n motor driver module to the D4 pin of the NodeMCU board.
  • Connect the IN4 pin of the L298n motor driver module to the D3 pin of the NodeMCU board.
  • Connect the GND pin of the L298n motor driver module to the GND pin of the NodeMCU board.
  • Connect the VCC pin of the L298N motor driver module to the Vin pin of NodeMCU board.
circuit connection

CODE

Before uploading the code, you need to check the IP address that we will enter in the Arduino application, Mert Arduino.

Check the IP address.

Click to open in Drive šŸ‘ˆ

After uploading, check out the serial monitor where you will get the IP address, now enter this IP address into the application.

ip address

Now, upload the main code-

Click to open in Drive šŸ‘ˆ

Ā 

Ā 

WORKING AND OUTPUT

  • After uploading the code, open the application.
  • The wi-fi address for the phone and board should be the same.
  • The operating system of the smart mobile phone in Android, and we develop a remote control program. The program connected with wi-fi to communicate with the robot. Wireless control is the most important basic need of all people. Wireless network-controlled robots use wi-fi modules.
  • Arduino blue control android application will transmit commands using wi-fi to the car so that it can move in the required direction, like moving forward, reverse, turning left, turning right and stop.