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. 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. 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. One of the main advantages of micro bit Bot Cutebot is that they are highly customizable and can be programmed to perform different tasks. For example, it can be programmed to follow lines, avoid obstacles and respond to different types of input. Even if you can do this with a simple text editor (python programs are simple text files) and then upload the file using the drag'n drop, more powerful tools were developed for doing this in a secure way avoiding to corrupt the content of the flash memory (remember that unsecure storage unit removing will damage the code) and using a feature called REPL ( Read Evaluate Print Loop ) that will allows you to make some debug and start programs you want from the command line. I said you can upload your .py files on the created memory storage unit, but files won't execute automatically at power-up. If you want to make a program automatically start when you power the board you must call it code.txt or code.py or main.py or main.txt - this is the exact priority sequence. If you put a file called code.py and another called main.py , only the code.py will start automatically. If you name the file differently than this, you can start it using the REPL feature (we will see this soon), so this platform is very useful for storing many software experiments on the same board and for debugging.

Návod pro Pico:ed s Cutebot je v angličtině a obsahuje hodně obrázků a programů. Najdete v něm první základní programy, které můžete s Cutebot vyzkoušet. Cutebot contains rich onboard functions, such as ultrasonic, RGB rainbow light, RGB chassis light, buzzer, infrared receiver, line-hunting sensor, and gimbal wheel.The infrared probes connecting to P16 port of the micro:bit are placed on the tail part of the Cutebot. 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. 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. 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. Two full color RGB lights controlled by the expansion board are placed on both side of the front part.

The scope of the acceleration value is 0~ 1024 , which can be regarded roughly as the speed value in 0~ 100 after dividing 10. Poznámka: Tužkové baterie / akumulátory AAA a USB kabel pro microbit nejsou součástí balení. Kit je ve dvou variantách podle toho, jestli je součástí deska micro:bit nebo ne.The power indicator can be used to show the power level of the Cutebot Pro, the indicator is defined as follows: 📄️Specification Podpora přímého připojení snímače HC-SR04 a dalších modulů na I2C. Připojení snímače vzdálenosti v přední řadě a připojení I2C modulů v zadní řadě konektoru. The two full color Rainbow LEDs programmed by Rainbow LED connecting to P15 on the micro:bit are placed on both bottom side of the Cutebot and can be used as the clearance lamps or others. 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.