-27%
11_1
11_2
11_3
11_4
11_5
11_6
11_7

RoboLink DIY Kit

RoboCraze DIY Kit
0 out of 5

Original price was: 2,599.00₹.Current price is: 1,899.00₹.

The RoboLink DIY Kit offers enthusiasts a comprehensive set for building Arduino-based wireless robots, featuring an RF module, Arduino Uno board, L293D motor driver, jumper wires, and a DC jack. With versatile applications in education, hobbyist projects, prototyping, and home automation, this kit provides an accessible platform for learning and innovation in robotics and wireless communication.

  • No Branding.
  • 100% working. Tested by S.R. Robotics.
  • FREE  Shipping.
SKU: 11 Categories: , ,
View cart
Add to Wishlist

Description

The RoboLink DIY Kit is a comprehensive set designed for building Arduino-based wireless robots. It includes essential components like an RF module, Arduino Uno board, L293D motor driver, jumper wires, and more, allowing enthusiasts to create versatile robotic projects with ease.

Features:

  • Complete kit for building Arduino-based wireless robots.
  • Includes RF module, Arduino Uno board, motor driver, jumper wires, and DC jack.
  • Arduino Uno board features 14 digital I/O pins, 6 PWM outputs, 6 analog input pins, and more.
  • Versatile and easy to use, suitable for hobbyists and enthusiasts of all skill levels.
  • Robust construction ensures durability and reliability in various robotics projects.

Components Included:

  1. RF Module
  2. Arduino Uno Board
  3. L293D Motor Driver
  4. Jumper Wires
  5. DC Jack

Working:

  1. Connect the components as per the provided instructions.
  2. Utilize the RF module for wireless communication between the robot and the controller.
  3. Program the Arduino Uno board to control the motor driver and other functionalities.
  4. Use jumper wires to establish connections between different components.
  5. Power the system using the included DC jack.

Application:

  • Educational projects for learning about robotics and wireless communication.
  • Hobbyist projects for building custom remote-controlled robots.
  • Prototyping for developing advanced robotics applications.
  • STEM workshops and competitions focusing on Arduino-based projects.
  • Home automation projects involving wireless control of devices.