This smart robot was developed based on an open-source 328P development board, equipped with wireless equipment (BLE & IR), which can realize remote control functions. Wmanyealth of step-by-step tutorial resources and code guides to learn about mechanical drives, basic programming, engineering, physics, and circuits.
It mainly includes six modules:
Open-source microcontroller
Blue-tooth remote control module
Infrared remote control IC
Ultrasonic sensor module
4-way tracking line module
Infrared obstacle avoidance module
Enhance Your Digital Skills:
Computational Thinking Skills
Embedded System Skills (Electronics Hardware and Software)
Programming Skills
Mechanical Skills – Robotic Skills
By having this robot, you’ll learn the following:
What are Embedded Systems and Robotics?
What is Open-source programming and Its Components?
How to Control Outputs with Open Source Programming.
How to Read Inputs with Open-source Programming.
How to Make an Obstacle Avoidance Robot.
How to Make a Black Line Following the Robot,
And many more!
What Students and Kids will learn?
The basics of the electronic circuit The machine interface method
The programming problem-solving and debugging
The robotics software architecture practical using IED
The programming creativity
The programming practices
The programming collaboration
The step-by-step tutorials, user manuals, and instructions
Product parameters:
Rated voltage: DC 6V
No load speed: 200RPM±10%
Gear ratio: 1:48
Ultrasonic sensing angle: < 15 degrees
Ultrasonic detection distance: 2cm~400cm
Blue-tooth remote control distance: 10~20m
Infrared remote control distance: 1~3m
Servo motor angle range: 0~180°
Advantages:
Multi-functional: 4-way tracking, ultrasonic obstacle avoidance and following, BLE remote control, infrared remote control.
Moderately difficult to assemble: no soldering of circuits, easy installation of terminal connections, clear and efficient assembly with the assembly manual.
High-quality materials: sturdy material support, thickened base chassis, flexible and solid robotic body, high-quality TT wheels.
Expandability: a wide range of interfaces to extend other sensors and modules.
Ease of programming: open source code based on C language.
Extensibility: customized APP remote control interface.
Operation highlight: pre-burning in code for robot infrared remote control function for test.
Notes:
The APP does not support the IOS system for now.
Once you order or receive it, don’t hesitate to ask our engineers for any support.
Due to international air transportation policy, any batteries are not in the package.
Shipping within the UK only.
Standard delivery is free (2 - 4 business days).
Express delivery is available for £10.00 (1 - 3 business days via FedEx).
Orders are processed in 1 - 2 business days. Tracking details are sent after dispatch.