StickC

SKU:K016-C

Description

StickC is a compact and delicate development board. As an upgraded version of Stick, it features more expansion interfaces and buttons. It not only offers outstanding performance but also boasts low-power consumption. Whether for programming learning or project development, StickC can provide reliable hardware support.
What can it do? This tiny yet exquisite development tool can fully unleash endless creative potential. StickC helps you quickly build IoT product prototypes and greatly simplifies the entire development process. Even beginners who are new to programming can use it to create interesting applications and apply them to real life.
StickC is one of the core devices in the M5Stack product line, which is built upon a continuously evolving hardware and software ecosystem. It comes with numerous compatible expansion modules, abundant open-source code, and an active forum community, all of which offer users comprehensive and high-quality support throughout the development process.

Tutorial

UIFlow

UIFlow

This tutorial introduces how to control the StickC device through the UIFlow graphical programming platform.

UiFlow2

UiFlow2

This tutorial introduces how to control the StickC device through the UiFlow2 graphical programming platform.

Arduino IDE

Arduino IDE

This tutorial introduces how to program and control the StickC device with the Arduino IDE.

Features

• ESP32-based development
• Built-in 3-axis accelerometer & 3-axis gyroscope
• Built-in Red LED
• Integrated IR transmitter
• Built-in RTC
• Integrated microphone
• User buttons, LCD (0.96"), Power / Reset button
• 95 mAh lithium battery
• Expansion interface
• Wearable & mountable
• Development Platform
  • UiFlow1
  • UiFlow2
  • Arduino IDE
  • ESP-IDF
  • PlatformIO

Includes

• 1 x StickC
• 1 x USB Type-C Cable (20cm)

Applications

• Wearable devices
• IoT controller
• STEM education
• DIY projects
• Smart-home devices

Specifications

Learn

Power On/Off

• Power on: Press the reset button for at least 2 s
• Power off: Press the reset button for at least 6 s

Note:

• Supported baud rates: 1200 ~ 115200, 250 K, 500 K, 750 K, 1500 K
• The input range of VBUS_VIN and VBUS_USB is limited to 4.8 – 5.5 V. When VBUS is powered, the built-in battery is charged through the AXP192 PMU.

Schematics

• StickC Schematics PDF

Power Architecture Block Diagram

PinMap

Red LED & IR Transmitter & Button

Color TFT Screen

Driver IC: ST7735S
Resolution: 80 x 160

Microphone (SPM1423)

6-axis IMU (SH200Q/MPU6886) & AXP192 & RTC (BM8563)

PMU (AXP192)

HY2.0-4P

Charging Current Measurements

Structure

• StickC Structure Files

Datasheets

• ESP32-PICO
• ST7735SV
• BM8563
• MPU6886
• SH200Q
• AXP192 datasheet
• AXP192 register
• SPM1423

Softwares

Arduino

• StickC Arduino Quick Start
• StickC Arduino Library

UiFlow1

• StickC UiFlow1 Quick Start

UiFlow2

• StickC UiFlow2 Quick Start

USB Driver

1. Select and download the driver file matching your operating system from the list below, then extract it. You can also visit the FTDI Chip official website to get additional FTDI driver versions.

2. Connect the device to your PC, open Device Manager, and install the FTDI driver (the screenshot below uses Windows 10 as an example). (Note: On some systems, you may need to install the driver twice for it to take effect. The unrecognized device is usually named M5Stack or USB Serial.)

Easyloader

Video

Product Comparison

To compare information on the Stick series products, you can visit the Product Selection Table, check the target products, and get the comparison results. The selection table covers key information such as core parameters and functional features, and supports comparison of multiple products simultaneously.

Version Change