
LilyPad LED Micro - Green (5pcs)
The LilyPad LED Micro is a tiny surface-mount LED board designed for e-textile and wearable electronics projects. At just 3.2 × 1.6mm, it's one of the smallest ways to add a point of light to your LilyPad creations — perfect for elegant designs or sheer fabrics where you need minimal weight and board space.
This 5-pack of green LEDs gives you plenty of options for adding subtle illumination to sewable circuits. They come in a strip of five boards that can be snapped apart with pliers.
Key Features
- Ultra-Compact – Just 3.2 × 1.6mm, significantly smaller than standard LilyPad LED boards
- Power Supply – 2V to 5V
- Signal Type – Digital
- Sewable Design – Integrates directly into e-textile projects with conductive thread
Ideal For
- E-textile and wearable electronics projects
- Decorative lighting on garments and costumes
- LilyPad sewable circuit designs
- Interactive fabric installations
Package Contents
- 5× LilyPad LED Micro (Green)
Resources
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The LilyPad LED Micro is a tiny surface-mount LED board designed for e-textile and wearable electronics projects. At just 3.2 × 1.6mm, it's one of the smallest ways to add a point of light to your LilyPad creations — perfect for elegant designs or sheer fabrics where you need minimal weight and board space.
This 5-pack of green LEDs gives you plenty of options for adding subtle illumination to sewable circuits. They come in a strip of five boards that can be snapped apart with pliers.
Key Features
- Ultra-Compact – Just 3.2 × 1.6mm, significantly smaller than standard LilyPad LED boards
- Power Supply – 2V to 5V
- Signal Type – Digital
- Sewable Design – Integrates directly into e-textile projects with conductive thread
Ideal For
- E-textile and wearable electronics projects
- Decorative lighting on garments and costumes
- LilyPad sewable circuit designs
- Interactive fabric installations
Package Contents
- 5× LilyPad LED Micro (Green)























