Question 1

What can I build with the Wheelz kit?

Accepted Answer

Wheelz lets you build your own robotic car that can follow lines, detect obstacles, and test different wheel types for movement. It's designed to help you explore real-world science and robotics in a fun way.

Question 2

What’s special about the 3 types of wheels?

Accepted Answer

Wheelz includes 3 different wheel designs so you can test how wheel size and shape affect speed, control, and traction. It’s a great way to understand real-life mechanical concepts like torque, grip, and rolling resistance.

Question 3

What will I learn using this kit?

Accepted Answer

With Wheelz, you’ll explore:
 • Electronics (motors, sensors, wiring)
 • Mechanics (chassis design, wheel types)
 • Math (speed, distance, angles)
 • Science (friction, motion, balance)

Question 4

How do I program the robot?

Accepted Answer

You can use either:
 • Block Coding (visual drag-and-drop programming)
 • Python (text-based coding for advanced learners)
 Both are supported through the AtumX KiX App.

Question 5

Who is Wheelz best suited for?

Accepted Answer

Wheelz is perfect for:
 • Kids aged 9+
 • First-time coders and builders
 • Schools and STEM labs
 • Hobbyists who love robotic challenges

Question 6

Is there a learning guide included?

Accepted Answer

Yes! Every kit comes with a Spell Book — a fun curriculum filled with 100+ guided STEM activities, challenges, and step-by-step instructions to build and explore.

Question 7

Does it support other sensors and projects?

Accepted Answer

Yes! Wheelz is compatible with 15+ sensors, so you can add features like IR sensors, temperature sensors, light sensors, and more as you grow.

Microcontroller	ESP32-S3 (dual-core, Wi-Fi + Bluetooth)
Flight Modes Supported	Drone, Plane, Helicopter, Hovercraft
Input Voltage Range	3.7V - 5V (Single cell battery)
Maximum Output Current	3A
Battery Input Requirement	3.7V, 30C single cell battery
Motor Control	Supports brushless motors, RC plane motor ESC control
Inbuilt Sensors	6-Axis Gyroscope, Accelerometer (LSM6DSOWTR), High-performance Barometer
Programming Support	Block-based coding, Python, C++
I/O Ports	RX, TX, 3 GPIO pins (plug-and-play for sensors/actuators)
Battery Charging	Built-in Li-Po battery charger (USB-C)
Connectivity	USB-C, Wireless (Wi-Fi / BLE)
Power Supply	Li-Po battery (3.7V), [battery capacity] mAh, [run time] hours of continuous operation
Dimensions	40mm x 40mm, under 10g
Expansion Capability	Supports additional sensors and modules, I2C/SPI support for further customization
Use Cases	STEM education, DIY drones, robotics, RC projects, advanced applications (e.g., AI/IoT)

Rekka (Wingz)

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