On ELECFREAKS wiki there is a step-by-step tutorial for using the Smart Cutebot with the Pico:ed. Evey lesson teaches how to use one element per time. I advice you to follow their tutorial first and then try my Line Follower example below. Bonus info This is the way all Raspberry Pi RP2040 boards works. The only difference between programming it with a Python fork and C++ is that with Python you upload the python interpreter only the first time and then you can upload your source codes (many of them) as .py files (not in this RPI-RP2 unit but another circuitpython interpreter will create), while programming in C++ you'll compile the code to obtain an .uf2 file to be uploaded in bootloader mode (C/C++ is a compiled language). We must upload those 2 files in a special folder on the Pico:ed called lib from where libraries will be import ed in our code. The ELECFREAKS Smart Cutebot Pro Programming Robot Car for micro:bit (w/o micro:bit) is a sophisticated robot car kit designed for STEAM education. This advanced model is equipped with a variety of features including a 4-way infrared line-following sensor, an encoder motor, LED rainbow light, and an ultrasonic sensor among others. The encoder motors provide the ability to control the distance the car travels with precision and also allow for accurate control of the turning angle. Note: If you met a tip indicating incompatibility of the codebase, you can continue with the tips or build a new project there. Step 2 #

After pressed the button, frontal BIG leds will flash in blue and white and a sound will be played resembling a police car micro bit Bot Cutebot is a small programmable micro bit Bot designed for educational purposes, especially for teaching programming and robotics to children. The micro bit Bot Cutebot is based on the Micro-Bit microcontroller, a small, low-cost computer designed for educational use. The Cutebot Pro is powered by a lithium battery box and is compatible with a 2000-mm lithium battery power supply, ensuring extended battery life. The model also includes an additional motor expansion interface and more holes for structural parts, allowing for the expansion of structural devices such as mechanical arms. V balení Cutebot je také předloha s čárou na testování ježdění po čáře s Cutebot (než zkusíte třeba nějakou soutěž). Dráha má rozměry 47 x 36 cm.The IIC port and Servo Port(S1, S2), P1,P2 IO connections are equipped in the battery expansion board. Please read the instructions carefully before using the Cutebot Pro. Make sure you have read and understood the product's operating instructions in detail before using it. Follow the instructions in the manual to ensure safe and correct operation. 📄️Products Introduction The infrared probes connecting to P16 port of the micro:bit are placed on the tail part of the Cutebot.

Note: If you met a tip indicating incompatibility of the codebase, you can continue with the tips or build a new project there. Step 2: Remote Control Programming # The master switch are placed besides the infrared probes and with on/off status showing by the LED. Pokud jste hračička a rádi si zazávodíte, tak Cutebot chytré auto s Pico:ed bude něco pro vás! Auto neumí jen rychle jezdit, ale zvládne i další zajímavé kousky a také se s ním leccos naučíte! S deskou Pico:ed si vyzkoušíte plnohodnotné programování v jazyce Python nebo C++.

On the other side Pico:ed has other cool things that Micro:bit doesn't. The led matrix display on the Micro:bit is made using 5x5 (25) leds, while on the RP2040 brother we have a 7x17 (119) led matrix obtained with smaller (and more dense) leds; additionally these leds are driven by an IS31FL3731 ic that can PWM independently every single led: this will bring to more accurate and readable scrolling texts and animations and also greyscale images! Finally, on the Pico:ed we've also a cool buzzer for making sound and music. On old Microsoft Windows versions sometimes the CIRCUITPY unit is visible in the computer's device even if is not attached: in this case you must only restart the PC. I have always this malfunction on Windows 7 while this doens't happens on Windows 10 and 11. Anyway better to safe disconnect the Circuitpy unit after code uploading. Pro ovládání Cutebot s Pico:ed můžete využít infračervené dálkové ovládání. Cutebota budete ovládat jednoduše jako televizi.

Well. Even if the CircuitPython interpreter we've uploaded it's made for using all the Pico:ed features, now we must upload the libraries needed for using the Cutebot features (for driving motors, for using the ultrasonic sensor and so on). I've said we have already some FrozenModules, yes: this is valid for the specific board. The Smart Cutebot is an accessory board connected to the Pico:ed so there are no frozen modules for this, then we must to add them manually. I like to use Thonny IDE : it's probably the most used for Python / Python forks and I like the way it works (another similar editor is Mu . Mu is adviced from Adafruit). I wrote my own line-follower program trying to put into it most of the features of the Pico:ed and Cutebot: I used the buzzer, the dot matrix display and RGB leds on front. K dispozici jsou online tutoriály pro rychlý start s Pico:ed Cutebot. Vyzkoušejte si 8 připravených příkladů pro používání a programování Cutebot a pak už budete tvořit sami.

Cutebot je poháněn zcela uzavřenými motory, které nepoškodí vniknutí prachu. Vzhledem k tomu, že na motorech Cutebot je připojena převodovka s hodně kolečky, tak takové uzavření pomůže zvýšit životnost pohonného ústrojí. Exclusive silk-screen design, smooth and burr-free edges, eco-friendly and safe materials, and playful and cute shapes make up our Cutebot microbit Robot Kit. Start using Cutebot directly after receiving it, no need for secondary installation. The scope of the acceleration value is 0~ 1024 , which can be regarded roughly as the speed value in 0~ 100 after dividing 10. Only batteries and ultrasonic sensor need to be assembled featuring easy installation. No soldering or tools required!