StickC

SKU:K016-C

Description

StickC is a compact and exquisite development board. As an upgraded version of StickC, it features additional expansion interfaces and buttons, offering excellent performance and low power consumption. Whether for programming learning or project development, StickC provides reliable hardware support.

What can it do? This small and exquisite development tool can fully unleash unlimited creative potential. StickC helps quickly build IoT product prototypes, greatly simplifying the entire development process. Even for beginners in programming, it can be used to create some interesting applications and apply them to real-life scenarios.

StickC is one of the core devices in the M5Stack product series, which is built on a continuously evolving hardware and software ecosystem. It has numerous compatible expansion modules, rich open-source code, and an active forum community, providing users with comprehensive support during the development process.

Tutorial

UIFlow

This tutorial will introduce you to how to control the M5StickC device using the UIFlow graphical programming platform

UIFlow 2.0

This tutorial will introduce you to how to control the M5StickC device using the UIFlow 2.0 graphical programming platform

Arduino IDE

This tutorial will introduce you to how to control the M5StickC device using the Arduino IDE

Features

Based on ESP32 development
Built-in 3-axis accelerometer and 3-axis gyroscope
Built-in Red LED
Integrated infrared transmitter
Built-in RTC
Integrated microphone
User buttons, LCD (0.96 inch), power/reset buttons
95 mAh lithium battery
Expansion interfaces
Wearable & mountable
Compatible with multiple development platforms:

Includes

1 x StickC
1 x USB Type-C cable (20cm)

Applications

Wearable devices
IoT controllers
STEM education
DIY projects
Smart home devices

Specifications

Main Control Resources	Parameters
ESP32	240MHz dual core, 600 DMIPS, 520KB SRAM, Wi-Fi
Flash Memory	4MB Flash
Input Voltage	5V @ 500mA
Interfaces	TypeC x 1, GROVE(I2C+I/O+UART) x 1
LCD Screen	0.96 inch, 80 x 160 Colorful TFT LCD, ST7735SV
Microphone	SPM1423
Buttons	Custom buttons x 2
LED	Red LED x 1
RTC	BM8563
PMU	AXP192
IR	Infrared transmission
MEMS	MPU6886
Antenna	2.4G 3D antenna
PIN Interfaces	G0, G26, G36
Battery	95 mAh @ 3.7V, inside vb
Operating Temperature	0 ~ 60°C
Net Weight	15.1g
Gross Weight	33g
Product Dimensions	48.2 x 25.5 x 13.7mm
Package Dimensions	55 x 55 x 20mm
Casing Material	Plastic ( PC )

Learn

Power On/Off:

Power On: Press the reset button for at least 2 seconds
Power Off: Press the reset button for at least 6 seconds

Note:

M5StickC supports baud rates: 1200 ~115200, 250K, 500K, 750K, 1500K
The input range for VBUS_VIN and VBUS_USB is limited to 4.8-5.5V. When powered by VBUS, the AXP192 power management will charge the built-in battery.

Schematics

StickC Schematic PDF

Power Structure Diagram

PinMap

Red LED & Infrared Transmitter IR & Button A & Button B

ESP32 Chip	GPIO10	GPIO9	GPIO37	GPIO39
Red LED	LED Pin
Infrared Transmitter IR		Transmitter Pin
Button A			Button Pin
Button B				Button Pin

Color TFT Screen

Driver Chip: ST7735S

Resolution: 80 x 160

ESP32 Chip	GPIO15	GPIO13	GPIO23	GPIO18	GPIO5
TFT Screen	TFT_MOSI	TFT_CLK	TFT_DC	TFT_RST	TFT_CS

GROVE Interface

ESP32 Chip	GPIO33	GPIO32	5V	GND
GROVE Interface	SCL	SDA	5V	GND

Microphone MIC (SPM1423)

ESP32 Chip	GPIO0	GPIO34
Microphone MIC	CLK	DATA

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

ESP32	G21	G22	G35
AXP192	SDA	SCL	IRQ
MPU6886	SDA	SCL	IRQ
BM8563	SDA	SCL	IRQ

Power Management Chip (AXP192)

Microphone	RTC	TFT Backlight	TFT IC	ESP32/3.3V MPU6886/SH200Q	5V GROVE
LDOio0	LDO1	LDO2	LDO3	DC-DC1	IPSOUT

Charging Current Measurements

Charging Current	Current After Full Charge (Power Off)	Current After Full Charge (Power On)
0.488A	0.066A	0.181A

3D

StickC Open Source Structure Design File

Datasheets

Softwares

Arduino

StickC Arduino Library

USB Driver

Connect the device to your PC, open Device Manager, and install the FTDI Driver . For example, in a Windows 10 environment, download the driver file that matches your operating system, extract it, and install it via Device Manager. (Note: In some system environments, the driver may need to be installed twice to take effect. The unrecognized device name is usually M5Stack or USB Serial. Windows recommends using the driver file for direct installation in Device Manager (custom update), as the executable installation method may not work properly). Click here to download the FTDI Driver