Bring STEM to Life in the Classroom with the LED Reaction Game Kit!
- STEM-ulate
- Jul 28
- 2 min read
Searching for an easy, affordable way to teach electronics, coding, and problem solving?
Say hello to the LED Reaction Game Kit — a hands-on STEM classroom activity designed to ignite curiosity, build real-world skills, and make STEM fun for students of all ages.
At STEM-ulate Learning, we believe that learning should be engaging, accessible, and exciting. Our classroom kits are designed by educators and technicians (like us!) who know what students need to succeed — and what teachers need to make it work.

What Is the LED Reaction Game Kit?
It’s a simple Arduino-based project that teaches students how to:
Build a basic electrical circuit
Read input from a button
Control an LED with code
Measure reaction time using basic programming
And the best part? No advanced tools or soldering required. It’s a plug-and-play experience designed for schools, clubs, homeschoolers, and makerspaces.
What’s Included
Each kit comes with:
1x Arduino Uno (compatible)
1x Breadboard
1x LED + 220Ω resistor
1x Pushbutton
Jumper wires
USB cable
Printed or digital project guide
Teacher tips and learning objectives
Why Teachers Love It
Aligned with STEM curriculum — Covers coding, circuits, and data collection
Perfect for grades 6–12
Quick to set up — Just plug into a laptop and go!
Engaging — Students compete to get the fastest reaction time
Affordable — Bulk discounts available for classrooms
Pricing
We offer two tiers to make STEM education accessible:
$28.99 per kit (for 1–5 kits)
$22.99 per kit (for 10 or more)
📦 U.S. shipping only. Sales tax applies based on your state.
Please fill out our order form and email to info@stemulatelearning.com
Ready to STEM-ulate Your Students?
Whether you’re teaching in a traditional classroom, running an after-school club, or planning a STEM night, this kit is the perfect entry point into electronics and coding.
Questions? Reach out to info@stemulatelearning.com
Let’s light up the minds of future inventors — one LED at a time.



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