Optical sensing kit with ESP32, MAX30102 sensor, blue OLED display, 400-point breadboard and jumper wire set.

MAX30102 Optical Pulse Sensor Learning Kit with ESP32 & OLED

Name: MAX30102 Optical Pulse Sensor Learning Kit with ESP32 & OLED
Brand: ShillehTek
SKU: ST-KIT-09
Price: 26.99 USD
Availability: OutOfStock

SKU ST-KIT-09

$26.99 USD $32.61 Shipping & tax calculated at checkout

Out of stock

MAX30102 optical pulse learning kit with ESP32, a blue SSD1306 OLED, breadboard and jumpers. Develop your own wiring and firmware for educational sensor experiments; not for diagnosis or health monitoring.

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Overview

Product Overview

Explore optical pulse-waveform data with the MAX30102 Optical Pulse Sensor Learning Kit. A pre-soldered 38-pin ESP32 USB-C board with 4MB flash provides the controller, and the MAX30102 sensor connects to your experimental firmware over I2C. Use the 0.96-inch blue SSD1306 OLED to display your own sample data or project status while learning sensor communication and signal processing. The kit includes a 400-point breadboard and 10cm jumpers for wiring separate components. Assembly and firmware development are required. This is an educational experiment kit, not a device for medical diagnosis or health monitoring.

Bundle value: Purchased separately, the included component variants total $32.61. This kit is $26.99, saving $5.62.

1 × pre-soldered 38-pin ESP32 USB-C board with 4MB flash
1 × pre-soldered MAX30102 optical pulse sensor module
1 × 0.96-inch blue SSD1306 I2C OLED display
1 × 400-point solderless breadboard
1 × 120-piece, 10cm jumper wire set: male–male, male–female and female–female

This kit is for educational experiments, not medical diagnosis or health monitoring. Wiring and your own firmware are required. A USB-C data cable, computer, power source and enclosure are not included. Measurements depend on your software and setup; no medical accuracy or diagnostic performance is claimed.

Read the kit setup guide for assembly planning, required extras and component references.

Questions & answers

Frequently asked questions

Can this kit be used for medical diagnosis or health monitoring?

No. This kit is intended for educational sensor experiments. It is not a medical device or a health-monitoring system, and no medical accuracy or diagnostic performance is claimed.

What can I learn with the MAX30102 sensor?

You can experiment with optical pulse-waveform sampling, visualization and signal processing using your own wiring and firmware. Results depend on your software and setup.

Which controller and display are included?

The kit includes a pre-soldered 38-pin ESP32 USB-C board with 4MB flash and a 0.96-inch blue SSD1306 I2C OLED display, together with the pre-soldered MAX30102 sensor.

Is this an assembled pulse monitor with software installed?

No. The modules are supplied separately with a 400-point breadboard and 120 10cm jumper wires. You must wire them and develop or configure your own experimental firmware.

What else do I need to begin?

You need a computer, USB-C data cable, suitable power source and your own project firmware. An enclosure is not included. Keep the finished project within educational use rather than relying on it for medical decisions.

Have other questions?

Chat with our US-based team — we usually reply fast.

What's included

Features & Specs

ESP32 ControllerIncludes a 38-pin ESP32 USB-C board with 4MB flash, a CP2102 USB-to-UART bridge, and I2C, SPI, and UART support.

MAX30102 SensorThe MAX30102 optical sensor provides experimental pulse-waveform data for your own sampling and signal-processing firmware.

OLED DisplayThe 0.96-inch blue SSD1306 OLED uses a 4-pin I2C interface and 128x64 resolution for sensor readouts, status screens, and simple graphics.

ESP32 WiringFollow the linked module manuals when connecting the sensor and OLED to the ESP32’s 3.3V signal lines and selecting each module’s power supply.

Experimental ResultsYour software and setup determine the experimental readings. No medical accuracy or diagnostic performance is claimed.

Pre-Soldered PartsThe ESP32 board and MAX30102 sensor module are pre-soldered for solderless breadboard prototyping.

Included PartsIncludes 1 × 38-pin ESP32 USB-C board with 4MB flash, 1 × MAX30102 optical pulse sensor module, 1 × 0.96-inch blue SSD1306 I2C OLED display, 1 × 400-point solderless breadboard, and 1 × 120-piece 10cm jumper wire set with male–male, male–female, and female–female leads.

Learning UseWiring and your own firmware are required for educational experiments in robotics, wearables, and embedded electronics, not medical diagnosis or health monitoring.

Reference