Flora Sewable 3-Pin JST Wiring Adapter

DEV-23903

Microcontroller board controlled by ATmega32U4 with Arduino bootloader. Due to the dimensions and openings, it is perfect for electronic components sewn into clothes. It has a built-in JST connector with a charging circuit and a switch and is programmed via a micro USB connector. SparkFun DEV-12049

Kitronik 2718 is a miniature sewable coin cell battery holder designed for e-textile projects, enabling easy power supply to electronic circuits in clothing. Thanks to its compact size and specially designed mounting holes, the holder can be easily sewn onto fabric, making it ideal for use in smart clothing and wearable accessories.

Kitronik 2752 is a sewable coin cell battery holder with a built-in latching switch, designed for e-textile projects. It enables easy powering of electronic circuits in clothing and allows users to control their operation using the integrated switch.

A miniature module with a programmed AVR Attiny85 microcontroller, equipped with 8 KB of Flash memory, 4 digital pins, analog input and 2 PWM channels. By connecting the LEDs to the digital outputs of the module, interesting lighting effects can be obtained. SparkFun DEV-10899

FLORA is Adafruit\'s fully-featured wearable electronics platform. It\'s a round, sewable, Arduino-compatible microcontroller designed to empower amazing wearables projects. Adafruit 659

A compact light sensor for e-textile projects that allows devices to be activated based on ambient light levels. The OUT output generates a voltage ranging from 0.9V in low light to 2.9V in bright environments, allowing for the creation of interactive effects in clothing and accessories. Large connection points allow for easy sewing of conductive thread, and the small size makes the module easy to integrate into a variety of projects. Kitronik 2754

Power module designed to work with LilyPad boards. It is equipped with a switch and a CR2032 battery socket. SparkFun DEV-13883

This e-textile module allows you to program interactive projects such as clothing, accessories, and educational gadgets. It features a PICAXE 14M2 chip, a white LED, a momentary pushbutton, and 6 I/O pins with PWM and ADC functionality, allowing you to control LEDs, buzzers, and other components. The module is powered from 3 to 5.5V via a JST connector or wired connections, and its large connection points facilitate installation in fabrics. Kitronik 2751

A switch for e-textile projects that allows you to easily turn circuits on and off with a single click. Thanks to its latching mechanism, it works like a typical switch – one press turns on the power, and another cuts it off. Equipped with large "IN" and "OUT" contact pads, it allows for convenient sewing of conductive thread and quick connection of components such as LEDs or buzzers. Kitronik 2753

DEV-13342

The Flora starter kit contains everything you need to start an adventure with smart clothing. Included, among others main board, GPS module, LED diodes, conductive cord, battery basket. Adafruit 1090

Microcontroller board controlled by ATmega32U4 with Arduino bootloader. Due to its dimensions and holes, it will be excellent for electronic components sewn into clothing. It has a built-in JST connector with charging circuit and on/off switch and is programmable via micro USB. SparkFun DEV-14631

Kit with LEDs, battery, needles and conductive thread that allows you to sew LED lighting into clothes. SparkFun DEV-11590

A motion-activated module that activates the circuit when tilted 10° from the horizontal position. Equipped with double-sided connection points for conductive thread, it can be easily incorporated into clothing, bags, or interactive decorations. The module supports voltages up to 24 V and a maximum current of 25 mA, and its compact size makes it convenient for small e-textile projects. Kitronik 2710

The LilyPad series module is designed for prototyping interactive e-textiles. It consists of a board with a SAMD11 microcontroller and a CR2032 battery socket, LEDs, a light sensor and a button. SparkFun DEV-14063