The tank that will follow you and serve you beer. Coolness is over 9000!

A wearable robotic owl familiar. Archimedes judges your emotions, via Google AIY.

An amazing off-road robot with 4-wheel drive.

Entertain humans and pets alike with paper planes launched by your voice.

An Autonomous Delivery System using the DonkeyCar which allows you to send or receive physical items, in a number of different scenarios.

Step aside, an amazing six-wheel off-road robot coming through! Check out this Arduino-based wireless surveillance DIY RC robot.

Amazing pick and place robot using Arduino and robotic arm – awesome new cool looking robot that can pick, place and move objects around it!

This is a project that will show you how to create a Wi-Fi controlled RC Car that will recharge wirelessly while it is parked.

Ever wanted to control a cockroach on the cheap? Now you can!

A servo controller using the built-in WiFi abilities of the Arduino MKR1k. The panel consists of a MKR1k web listener and Javascript/ajax.

A four-legged robot on roller skates.

Make a WiFi robot that can be controlled via mobile phone using Arduino. The instructions are well explained and are easy to follow.

Buto is my 'real steel' robot project. Now, BuTO has been connected to the Internet and can be controlled remotely.

Controlling a robotic arm to pick up and drop objects is difficult enough, without IoT it would be near impossible to do this remotely.

The car is moving by two dc motors and turn by setting one motor over bluetooth using Android App on Andriod phone.

A gesture-detecting wearable sleeve that can direct a robot in different directions.

WIP- Using a MKR1000 to create a WiFi Enabled 2/4 Wheeled Robot Platform, Hardware is in hand, now to implement software

Remotely operated ground vehicle for sensing the toxic gases which is helpful for firefighters and researchers.

A stepper motor shakes a limb to frighten away birds and squirrels. It is under the control of the MKR1000.

This project allows you to control a MeArm Robot with your smartphone, as if you had many potentiometers in your hands.

Position control using wifi from a smartphone sounds too good to be true? Do it with MKR1000.

Using an Arduino MKR and L298N H-bridge to drive a NEMA 17 stepper.

Handmade MKR1000 IoT Christmas show made of colored cardboard paper.