"WardsSci000623"

Design and build a hydraulic claw that works like the ones in the arcade.

Color changeable sewable moons. Add cool decorations and color to your interactive textile projects. These moons can be used without a microcontroller but requires a sewable battery holder. Use it with your LilyPad or other textile ready microcontroller.

These ARE the micro:bits you've been looking for!

LilyTiny is a quick and easy way to add twinkling lights to a project without any programming or a bulky Main Board. It’s also a great educational tool for showing a range of functionality without having to get out the computers.

Create a new and exciting toy.

Star shaped white LED light for sewing onto to something. These stars can be used without a microcontroller but require the sewable battery holder. Can be used with the LilyPad or other textile ready microcontroller.

Add the line following capability to your robot.

Four gears of different sizes, perfect for any investigation or maker project.

This model shows the internal structure and operating principles of an air cooled two-stroke engine. All parts are aluminum and plastic. Ignition is shown via a small bulb. Carburetor and fuel supply are also sectioned. Hand crank is provided for manual operation. Mounted on a base.

The Parallax Standard Servo is ideal for robotics and basic movement projects.

STEAM at its best: this DIY electronics project combines circuitry, art, and culture.

Harness the clean, green power of wind to move your car.

Incorporate a fun-filled, ART and Science crossover project into your STEAM curriculum!

A great way to introduce STEM into the classroom with a take-home activity.

Build automated growing systems that react to changeable environmental condition.

A fun hands-on circuit that teaches polarity, following directions, aesthetic design and personalization. New vocabulary is also incorporated into the project. Topics covered: switches, designing and reading circuit diagrams, three-dimensional project and deconstruction.