Modern hardware, cutting edge coding and AI software, complete curriculum, top-notch teacher training, and professional development
Equip your school district with everything needed to host exciting, student-driven drone competitions locally, without costly travel and logistics. Students engage in hands-on learning through drone building, piloting, programming, and competing. With multiple divisions tailored to different skill levels, every student can participate. Our drone curriculum aligns with CTE, Science, and CS standards, covering key topics like aerodynamics, coding, and sensors. Whether you’re introducing drones and technology to a classroom or organizing district-wide competitions, we’ve got you covered with drone education resources, competition arenas, and ongoing teacher training. Visit try-drones.com to learn more.
We provide a pathway of drones for education that ignites student passion for STEM across elementary, middle, and high schools. Our customizable drone curriculum includes student drone experiences from introductory piloting, programmable drones, drone building kits, FAA Part 107 drone certification, and drone-based AI curriculum for hands-on learning. We partner with schools across the US to successfully integrate drones into Computer Science, CTE, Core and Engineering programs, equipping students with the critical thinking, problem-solving, and technological skills they need to thrive in the 21st century.
In today's rapidly evolving world, textbooks fail to keep pace with the latest computational approaches industry demands. Prepare students for an AI-driven future with our active computer science curriculum. We ditch the textbooks and embrace project-based learning through our diverse ecosystem of codable robots, robotic arms, drones, and AI kits. Our differentiated coding education equips K12 students with the foundational CS skills they need to thrive. Students write code to control their robots, navigate drones on exciting missions, and create their own AI applications. Teaching computer science becomes a joy while fostering student critical thinking, problem-solving skills, intellectual curiosity, and a love for learning.