The official GitHub Repo for the MAD Robotics™ and ARMBOTICS™ website
Introducing the ARMBOTIC™ module from MAD Robotics™. The fast, efficient, robotic arm helper designed to seamlessly integrate into your life and handle the little things, so you can focus on the big ones.
Go to https://madrobotics.site to find out more about the ARMBOTIC™ and our mission. The official launch date of the Website is September 5th at midnight (PST).
Founded by two high-schoolers attending Culver City Highschool. Dreaming of the possibilities, they decided to go all in. Milo, the 'M' in MAD Robotics™ is an avid 3D designer. Devin, the 'D' in MAD Robotics, is an avid coder and filmmaker. Devin creates all the software and promotional content for MAD Robotics™ and the Armbotic™ series. The ARMBOTIC™ marks a new era in the personal robotics industry.
The Armbotic is a state-of-the-art robotic assistant designed to integrate seamlessly into your daily life. From organizing your workspace to assisting with complex tasks, its precision and speed redefine efficiency. Built with advanced AI and a sleek, minimalist design, it's not just a tool—it's your proactive partner in productivity.
The website launch date is different than the ARMBOTIC™ Reveal/launch date.
Note
We are still designing the main website, so it won't release until September 5th.
The MAD Robotics™ Armbotic™ website will launch officially on September 5th at midnight (PST). The Armbotic™ reveal stream is scheduled for October 31st, 2025. Time is TBD. All times are subject to change.
The Armbotic reveal stream will include the following:
- The initial reveal
- Lite model demo
- Pro+ model demo
- Official release date*
- Option to pre-order
- A live Q&A
- A preview of what's to come
- Meeting the founders/creators.
To find the official MAD Robotics™ ARMBOTIC™ IDE here.
What goes into making the Armbotic™ modules?
Because our company is run by two high-schoolers, Armbotic™ units take a while to manufacture. Making one Armbotic™ unit can take up to 1 month. We purchase everything from trusted sellers, such as Newegg, Arduino, RaspberryPi, and other notable sellers. For our prototypes/proof of concept units, we are using a RasperryPi and Arduino to control the unit. In the future, we will develop a custom board (PCB) that suits our robots beter.
Note
Want to learn more about the Armbotic and it's components? Nagivate here
// more information coming soon* \\
No, we are not a business, but we do trademark our names and will create an LLC plus register our trademarks in the near future.
Because we are two high-school students, we have a very limited ammount of money, for that reason, we rely heavily on crowdfunding and donations. Please consider donating here if you want to be a part of the founding sponsors! ❤️ (A1dos Creations)
A: ARMBOTIC™ units can perform a wide range of tasks, such as making coffee for you (machine only), handing you tools, and holding stuff.
A: ARMBOTIC™ units are designed with several safety features, such as advanced obstacle detection; when the built-in LiDAR sensor finds a new object, the onboard AI will analyze the video feed from the camera and the 3D scene from the LiDAR camera to avoid the obstacle. If the AI deems a collision imminent, or there is no way to avoid said obstacle, it will stop all motors in the arm immediately. Safety testing has yet to start. It is never reccomended to leave a child unnatended around the ARMBOTIC™ due to unforseen safety issues.
A: The video feed captured from the on-board camera is uploaded to our servers so our AI can analyze and identify objects/people/obstacles. The video is stored for up to 1 month to train our visual inteligence AI, but you can opt out of this at any time. Opting out of using your data to train our AI, the video is still uploaded to our servers, but stored for no more than 2 hours.