This repository contains the codes for educational robotics kits by Adama Robotics.
- Skippy - Sunny - Zippy - Newton
Do you want to learn robotics? Are you a robotics enthusiast? Are you a maker? Do you want to learn programming? Do you want to improve your basic electronics skills?
We produce educational robotics kits which can give you the basics of robotics. We would start with initial coding that is required to program your first robot. Whether you're new to programming or a pro, our kits will allow you to grow your skills further by applying it in the real world. Our kits also would give you a hands on experience on electronic prototyping which is a important must have skill now!.
Our easy to use guide will allow seamless flexibility of learning and our platform will make the communication in your communities stronger and make room for simple competitions. Whether you want to create competitions in your community or Have a robot war! You could get all the skills needed for the next era here.
You know in the next 10 years everything is going to be automated! The skill of programming and controlling the robots would be vital. Infact it already started with the big companies working seamlessly for it. The autonomous self-driving car is almost here! Get ready for the adventure with us!
We would like to help you take the first step here.
The Adama Robotics kit was designed to be the ultimate robot for teaching, learning, hacking, and research for beginners. It is perfect for those just getting started in programming and Robotics automation research. The Adama Kit will give you endless opportunities to hack the DIY world. It is combined with Arduino Microcontroller and the Sensors.
With our kit you will learn how to program the Arduino MCU. This skill can be used to design any electronics system.
The Adama Kit is built using high quality components. The pan/tilt head assembly, motor mounts, servo mounts, and connecting hardware are stamped metal parts for maximum durability.
The Adama Kit is shipped as you will assemble yourself with basic hand tools. We will populate all the electronic parts on the boards so no soldering is necessary. Assembly hardware and parts are included.
- www.adamarobotics.com Skippy - Obstacle Avoidance Robot:
Sunny - Light Follower Robot:
Newton - Line Follower Robot:
Zippy - Obstacle + Light follower robot
Resources: Controlling programmable DC motor and LCD, https://www.packtpub.com/books/content/programmable-dc-motor-controller-lcd
with Bluetooth integration: http://www.instructables.com/id/Arduino-Control-DC-Motor-via-Bluetooth/
Schematics for Controlling DC Motors: https://www.google.co.uk/search?q=Schematics+for+Controlling+DC+Motors:+arduino&rlz=1C1JZAP_enGB695GB695&biw=1280&bih=542&source=lnms&tbm=isch&sa=X&ved=0ahUKEwiU96eou5XQAhVEI8AKHckCCB4Q_AUIBigB#imgrc=JC93M-npKguR_M%3A
Relevant links for more information:
http://blog.whatgeek.com.pt/2015/03/arduino-l293d-dc-motors-control/ https://learn.adafruit.com/adafruit-arduino-lesson-15-dc-motor-reversing/lm293d http://www.instructables.com/id/Control-your-motors-with-L293D-and-Arduino/step2/Advanced-implementation/