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STEM Box Circuitmess : Wheelson
Autonomous cars are the future and Circuitmess offers you to understand how they work. This little robot on wheels named Wheelson has a camera and a microcomputer. It can be programmed to navigate autonomously on a small road while driving like an autonomous car. It is equipped with built-in Bluetooth and Wi-Fi, allowing you to connect it to the internet or your smartphone. Wheelson also has an LCD screen where you can see what the robot sees.
The STEM Box N°3 from CircuitMess provides you with all the necessary material and instructions to create your own autonomous Wheelson car from A to Z.
STEM Box 3 by CircuitMess: Wheelson the autonomous car
Autonomous cars are the future and Circuitmess offers you to understand how they work. This little robot on wheels named Wheelson has a camera and a microcomputer. It can be programmed to navigate autonomously on a small road while driving like an autonomous car. It is equipped with built-in Bluetooth and Wi-Fi, allowing you to connect it to the internet or your smartphone. Wheelson also has an LCD screen where you can see what the robot sees.
By applying different filters and computer vision algorithms, you will see a different image on the screen to understand how robots see and interpret the world around them. Wheelson is powered by two small electric motors and has a rechargeable Li-Po battery included.
What you can do with the Wheelson robot :
- Driving your newly assembled robot
- Wheelson coder for autonomous driving using its camera
- Have it recognize the QR codes on the ground and flash the built-in RGBs accordingly.
- Take photos and save them on the SD card, on your mobile phone or on the internet
- Connect it to the internet and with other IoT devices such as the Spencer Voice Assistant.
What you're about to learn:
- How to assemble a small 4-wheeled robot
- How to control an electric motor using a microcomputer
- How computer vision works
- How to calibrate your robot's camera
- How autonomous cars work and how to make your car navigate independently on the road
- How to recognize and scan a QR code using your robot's camera
- How to recognize different simple objects using a camera and image processing algorithms
- Main circuit board – connects everything together, has a dual-core processor with Wi-Fi & Bluetooth and a battery charging circuit
- Camera and headlights board
- Display board – 128*160 TFT color display
- Li-Po battery
- Two electromotors
- Wheels
- Robot’s plastic chassis
- A bag of other small components such as resistors, pushbuttons, nuts and bolts
- A set of printed cardboard tracks that you’ll use to build a small pathway for your robot to navigate through
- An instruction booklet – ready for your offline knowledge consumption
