OUR DRONE KITS
Build-A-Drone kits come with fully a dissassembled drone and controller for students to organically build.Our 20 hour cirriculum guides students through the basics of aerodynamics, engineering, and drone functionality. Once they have built their drones, students can engage in activities such as drone tag and drone obstacle courses. It’s natural for students’ drones to collide and crash, which offers them the enriching opportunity to repair and troubleshoot them repeatedly. Our kits are unlike anything else on the educational market and have excellent feedback from students and teachers alike. 
OUR VALUE PROPOSITION
TO EDUCATORS
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Hands-ON S.T.E.M. LEARNING
Students engaged in hands-on learning will retain information and skills better than just instruction by lecture.
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INDUSTRY READY SKILLS
The ability to fly a drone is an increasingly desired skill for employers, from agriculture to construction.
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Expert Led Curriculum
Leaders in engineering, design, and technology have all contributed to this kit’s effectiveness.
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Unique Educational Experience
Your students have never been offered a course like this before because we invented it!
HAPPY CAMPERS
One of the most popular use-cases for our Build-A-Drone Kits is... summer camp!
Students get to assemble their drones in-classroom and then once they become expert little engineers, they’re free to fly them under the blue summer skies and watch their hard work soar! Contact us to learn how you can brighten Summer 2025 with our kits!
PLANT A SEED,
GROW A S.T.E.M.
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SCIENCE
Students interested in aviation, agriculture, conservation, space, or marine life can explore all the ways drones are impacting these scientific fields.
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TECHNOLOGY
By combining robotics with aeronautics, the technology behind drones has brought us advancements in radar control, radio frequency, thermal imaging, A.I., and more.
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ENGINEERING
For those who love to work with their hands and understand how the things we use operate internally, our drone kits are a wish come true. Students touch every wire and are responsible for each turn of the propellers.
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mathematics
The design and flight patterns of drones is heavily reliant on concepts rooted in geometry, trigonometry, calculus, and statistics. Students may not use these subjects to build the drones but their influence looms large!