
Adafruit Prop-Maker FeatherWing
The Adafruit Prop-Maker FeatherWing is an all-in-one add-on for building light sabers, cosplay props, interactive toys, and wearable effects. It combines NeoPixel LED driving, a 3W RGB LED driver, a motion-sensing accelerometer, and a Class D audio amplifier onto a single Feather-format board — everything you need for props with lights, sound, and motion response.
Key Features
- NeoPixel Port – 3-pin JST connector with level shifter for glitch-free addressable LED strips; high-current drive from LiPo or USB
- 3W RGB LED Driver – Three high-current MOSFETs for driving a powerful RGB LED with PWM colour mixing
- LIS3DH Triple-Axis Accelerometer – Motion, tilt, and tap detection for swing/hit effects; Arduino and CircuitPython libraries available
- Class D Audio Amplifier – Drives 8Ω 1W or 4Ω 3W speakers for sound effects; compatible picoblade connector
- Low Power Mode – Pin-controlled power cutoff to NeoPixels, RGB LED, and amplifier drops wing current to under 1 mA
- Enable Pin Breakout – With strain-relief holes for a mechanical on/off switch
- Mode Button Breakout – With strain-relief holes for an external switch
Recommended Feather Boards
For full functionality (NeoPixels + RGB LED + audio + accelerometer), use a Feather M0 Express or Feather M4 series board. Other Feathers have partial compatibility:
- Feather nRF52, ESP32, ESP8266 – PWM for RGB LED and NeoPixels work; no analogue audio output
- Feather 32u4 / 328P – Limited PWM pins and no analogue audio output
- Feather M0 Basic – Audio output in Arduino only, not CircuitPython
Ideal For
- Light sabers and illuminated swords with motion-activated sound
- Cosplay props, wands, and staffs
- Interactive toys and theatre props
- Wearable effects with lights, sound, and motion sensing
Specifications
- Dimensions – 50.7 × 22.8 × 7.2 mm
- Weight – 4.8 g
Package Contents
- 1× Adafruit Prop-Maker FeatherWing (assembled)
- 1× Header strip (requires soldering to attach to Feather)
Original: $19.41
-70%$19.41
$5.82Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Adafruit Prop-Maker FeatherWing is an all-in-one add-on for building light sabers, cosplay props, interactive toys, and wearable effects. It combines NeoPixel LED driving, a 3W RGB LED driver, a motion-sensing accelerometer, and a Class D audio amplifier onto a single Feather-format board — everything you need for props with lights, sound, and motion response.
Key Features
- NeoPixel Port – 3-pin JST connector with level shifter for glitch-free addressable LED strips; high-current drive from LiPo or USB
- 3W RGB LED Driver – Three high-current MOSFETs for driving a powerful RGB LED with PWM colour mixing
- LIS3DH Triple-Axis Accelerometer – Motion, tilt, and tap detection for swing/hit effects; Arduino and CircuitPython libraries available
- Class D Audio Amplifier – Drives 8Ω 1W or 4Ω 3W speakers for sound effects; compatible picoblade connector
- Low Power Mode – Pin-controlled power cutoff to NeoPixels, RGB LED, and amplifier drops wing current to under 1 mA
- Enable Pin Breakout – With strain-relief holes for a mechanical on/off switch
- Mode Button Breakout – With strain-relief holes for an external switch
Recommended Feather Boards
For full functionality (NeoPixels + RGB LED + audio + accelerometer), use a Feather M0 Express or Feather M4 series board. Other Feathers have partial compatibility:
- Feather nRF52, ESP32, ESP8266 – PWM for RGB LED and NeoPixels work; no analogue audio output
- Feather 32u4 / 328P – Limited PWM pins and no analogue audio output
- Feather M0 Basic – Audio output in Arduino only, not CircuitPython
Ideal For
- Light sabers and illuminated swords with motion-activated sound
- Cosplay props, wands, and staffs
- Interactive toys and theatre props
- Wearable effects with lights, sound, and motion sensing
Specifications
- Dimensions – 50.7 × 22.8 × 7.2 mm
- Weight – 4.8 g
Package Contents
- 1× Adafruit Prop-Maker FeatherWing (assembled)
- 1× Header strip (requires soldering to attach to Feather)























