A 3D Printable Arduino robotic platform offering expandable chassis to build various robot types.

Wire Beings - A 3D Printable Robotic Platform With Expandable Chassis

<h2>3D Printable Robotic Platform</h2><p>WireBeings is a robotic platform offering Arduino-powered 3D printable setups and kits. Since it is an open-source platform, users will face no accessibility issues. The platform offers everything, from downloadable .stl files to plans, integrations, codes, and tutorials for optimal robot development experience.&nbsp;</p><p>The files can be downloaded for free from WireBeings' database. The 3D-printed expandable robotic platform offers much room for experimentation and exploration. Users can learn to program and create their task-specific robots and tools, such as surveillance robots, weather detection apps, and much more.&nbsp;</p><h2>Flex-Design for Need-Specific Robots&nbsp;</h2><p>Arduino 3D printable robotic platform is quite flexible. The Arduino Beta is compatible with almost all Arduino models. It is expandable to 5 servos, and there's sufficient space to fit three shields and three mini breadboards.&nbsp;</p><p>The basic Arduino robotic setup is capable of sensing and avoiding obstacles. From there, users can experiment and integrate modules for an enhanced experience. For example, the model can be controlled via Android phones or laptops. However, it is flexible enough to be integrated with a voice control module.&nbsp;</p><h2>Applications of the 3D Printable Robotic Platform&nbsp;</h2><p>Wire Beings have launched several robotic projects for beginners and experts alike. Thanks to the expandable Arduino chassis, users can experiment and create different tools and devices. Codes and downloadable 3D printable files are also available with each of the following projects:&nbsp;</p><h3><strong>Arduino for Beginners</strong></h3><p>For robot lovers beginning their journey, Arduino for beginners offers an excellent launching platform. This project is about building a rudimentary robot to sense and avoid obstacles. This model features an Arduino Uno shieldless motor and has two servos attached 360 degrees. The Robot can detect obstacles via HC SR04 sensors. So far, there are four different designs of this robotic model.&nbsp;&nbsp;&nbsp;</p><h3><strong>Arduino RC Car</strong></h3><p>Arduino RC Car features Arduino IDE combined with an Adafruit clone board, downloaded and printed separately. An old RC car has been remodeled and programmed to be controlled by an Android phone's Bluetooth. The user leveraged the basic code written by Bill Tarpy and modified it slightly to function in their RC car setup.&nbsp;</p><h3><strong>Intruder Alarm</strong></h3><p>This sensory tool sends a text message alert in case of trespassing. The Intruder Alarm features an HS-SR04 range sensor that sends an alert via WiFi. The message goes through Temboo, and the receiver gets the message via the Twilio account. Users can use the code available on the Wire Beings website and get help from a YouTube video tutorial. The intruder alarm is easy-to-built and can be connected to any internet network or cell phone service.</p>

Wire Beings a 3D Printed and Expandable Robotic Platform

Platform type

Components

Control Method

Integration

Applications

Wire Beings is an open-source robotic platform for students and pros alike. The primary offering of the platform is its highly flexible Arduino-powered robot chassis that can be expanded to up to five servos. The Arduino Beta can accommodate up to 3 shields and 3 mini breadboards.
The platform provides all the necessary assistance to build Arduino-powered robots. Robot enthusiasts can download the .stl files, go through tutorials, and check out step-by-step guides with images to build task-specific robots. The Arduino-powered robots can be controlled with the help of a smartphone, tablet, or laptop.

Platform type	Open Source
Components	Sensors, servos, microcontrollers
Control Method	Bluetooth
Integration	Breadboards, shields, sensors
Applications	Obstacle Detection, Surveillance, Inspection