It's not only a quadcopter... it's an open source machine!
A fully autonomous fixed-wing glider designed to safely return a payload after being deployed on near-space missions.
3-channel EMG allows to control individual fingers with very little delay.
An air hockey robot that's running on Windows 10 IoT Core.
Boston Dynamics' robot dog, Spot Mini is unavailable at any price. A Chinese copy is $30,000. Cut 99% of the cost and build one at home.
Showing my progress in building the dashboard and flight control systems,follow up on channel and github repo to keep track:
Intel Edison expands a new 3-D printer market.
We present you the radar we created in the MicroLab lab. This radar uses 2 ultrasonic sensors and 1 motor moving continuously 360 degrees.
A cool flying bat!
UAV for continuously monitoring the aquaculture behaviors such as water quality, temperature, pressure, pH value, etc.
Gizmo is a surveillance robot that can be remote controlled by smartphone and voice when in hearing distance.
Arduino Multi-Function Smart car
PANTHER - Code Name: RUDE. Powerful Autonomous eNTity High-End Robot.
Develop a GUI to display current air quality values as per the MQ-135 position precisely and control a mini pan-tilt kit (and RGB lighting).
Create an autonomous, AI-driven robot using audio API and an on-board, artificial neural network.
Ellipso is an autonomous intelligent home robot, which is always online, listening to you and ready to execute your requests.
The Otto builder community requested, and here we are developing the best printed circuit board for Otto or any biped robot.
Could bicycles be self-driven? Yeah, but first, they must be self-balanced. That's is what Marvelocycle intend to achieve.
IntelliServo is a project aiming to transform regular hobby servos into intelligent ones with enhanced capabilities.
Fires decimate lives. Our drone is a quick and cheap solution that can provide AI fire detection and real-time streaming using 4G LTE.
WORK IN PROGRESS. Scriba is a printing robot which uses cameras to correct its trajectory and alignment.
We used two Arduino base scales to control robot legs, two T-Skins to control arms, and a RPi. We made a special version of T-Skin:Fight!
An automated guided vehicle is a must for any industry. Her we present the Smart Automated Guided Vehicle which is based on Industrial IoT.