Electrifying education,
Energizing futures
Explore by use case:
Or:
How Lectec Works After School
LEARN
Step 1: LEARN
Discover core STEM concepts like physics, engineering, and sustainability. Our curriculum uses real-world challenges to make learning fun and hands-on.
BUILD
Step 2: BUILD
All parts and tools are included - just open the box and build! Our in depth, step-by-step tutorial allows students to assemble the kit themselves at their own pace.
RIDE
Step 3: RIDE
Take pride in riding what YOU built! Then conduct experiments on speed, energy, and more to turn your build into a real-world learning experience.
Item 2: Lorem ipsum dolor sit amet, consectetur adipiscing elit. Integer nec odio. Praesent libero. Sed cursus ante dapibus diam. Sed nisi. Nulla quis sem at nibh elementum imperdiet.
Item 2: Lorem ipsum dolor sit amet, consectetur adipiscing elit. Integer nec odio. Praesent libero. Sed cursus ante dapibus diam. Sed nisi. Nulla quis sem at nibh elementum imperdiet.
Trusted By
What's Included?
Everything you need to electrify education
Kits (Parts + Tools)
Everything you need to build your own electric skateboard or electric scooter is included - just open the box and build! You'll find every part and tool at your fingertips.
Curriculum
Our standards aligned curriculum includes lesson plans, presentations, and real-world challenges designed to engage students.
Professional Development
Our team provides full training and support to help teachers implement Lectec in the classroom.
Get a Quote
As seen in
"Not only are they learning how to put this motor and pulley system together, but they’re learning about what pulleys do."
"It gives kids an interactive, engaging, and rewarding introduction to engineering."
"The best part about the kit is that it provides kids with a rideable skateboard at the end of the project."
• School Showcase
Lectec x CCNY
Watch how Lectec electrified the CCNY Afterschool STEM Institute, right here in New York City. From 25 students in the fall to 60 in the spring - Lectec continue to energize hands-on, experimental learning.
Read the CCNY Case Study
Want more information? Click a use case below