Description M5StickC PLUS is a compact ESP32 mini IoT development kit with display, sensors, wireless connectivity, and battery power in one small body. The M5StickC PLUS works as a practical wearable development kit, a flexible portable ESP32 device, and a strong platform for quick embedded demos. Because the M5StickC PLUS combines Wi-Fi, a 1.14-inch color screen, IMU, microphone, RTC, infrared, and battery support, it is well suited to IoT prototyping, compact controls, and mobile projects. If you need an ESP32 mini IoT development kit that also works as a wearable development kit and portable ESP32 device, the M5StickC PLUS is a very practical fit. Features M5StickC PLUS with ESP32-PICO-D4 and Wi-Fi ESP32 mini IoT development kit with 1.14-inch LCD Wearable development kit with compact handheld form factor Portable ESP32 device with built-in 120mAh battery Built-in IMU, microphone, RTC, infrared, LED, and buzzer Supports IoT prototyping with UIFlow, MicroPython, and Arduino Specifications Item Details Brand M5Stack Model M5StickC PLUS SKU K016-P Main SoC ESP32-PICO-D4 Flash 4MB Display 1.14 inch TFT LCD, 135 x 240, ST7789V2 Battery 120mAh @ 3.7V IMU MPU6886 RTC BM8563 PMU AXP192 Microphone SPM1423 Ports USB Type-C, Grove Product size 48.2 x 25.5 x 13.7 mm Applications IoT prototyping for compact edge devices Wearable development kit projects Portable ESP32 device demos and mobile controls ESP32 mini IoT development kit use in education and rapid testing Product List 1 x M5StickC PLUS Other Content Resources M5Stack K016-P Official Documentation M5StickC PLUS Schematic PDF ESP32-PICO Series Datasheet FAQ What is the M5StickC PLUS used for?The M5StickC PLUS is an ESP32 mini IoT development kit and portable ESP32 device for rapid projects. Is it suitable as a wearable development kit?Yes. The M5StickC PLUS works very well as a wearable development kit because of its size and onboard battery. Why choose M5StickC PLUS for IoT prototyping?The M5StickC PLUS combines screen, battery, IMU, microphone, and wireless functions for fast IoT prototyping.
Related
Related
Related
Related