Science
Thrust, weight, battery chemistry and radio signals become real numbers students can measure.
WHY FPV
Thrust, weight, battery chemistry and radio signals become real numbers students can measure.
Students configure open-source flight software like Betaflight and ExpressLRS radio links.
Building, repairing and tuning a drone teaches design trade-offs and troubleshooting.
Lap times, flight time and power budgets give math a reason and a scoreboard.
HOW WE WORK WITH SCHOOLS
We help teachers plan a path that grows with students, from first flights indoors to faster, more capable micro drones.
Ready-to-fly kits for getting started, plus spare parts so a hard landing never ends the lesson.
Support for student teams that design, build and race their own FPV drones in programs like the MultiGP STEM Alliance.
School events, camps and community race days can request support through our event program.
IN THE CLASSROOM AND ON THE TRACK
Photos: MultiGP STEM Alliance
EDUCATION PARTNERS

Brings together Drones In School, the Collegiate Drone Racing Association and other programs, giving students from middle school through college a pathway into drone racing and the UAS workforce.
Visit MultiGP STEM Alliance →
The MultiGP STEM Alliance gives students from 6th grade through post-secondary a pathway to design, build and race their own FPV racing drones.
Visit Drones In School →
SPIRE integrates professional training, education and competition across many sports and career paths, including a drone bootcamp.
Visit Spire Institute →
A fully online FPV course that teaches everything you need to know about FPV, from beginning to end.
Visit FPV Unlocked →
Including Brandywine School District, Chester County schools, Loma Linda Academy and many more.
Students should always fly with an adult present, in a safe space, and follow local rules. In the USA, recreational pilots need the free FAA TRUST certificate before flying outdoors.
STEM & EDUCATION
Tell us about your school or program and our team will help you get started.