Drone Labs, Workshops and STEM Kits for Schools and Colleges
Aerostem designs and manufactures drone electronics in Mehsana, Gujarat. We bring the same hardware into the classroom: drone kits, lab setups and hands-on workshops for schools, Atal Tinkering Labs and engineering colleges. Students learn on real flight controllers, GNSS and telemetry, not toys, with an Indian team behind them for support.
What we offer institutions
STEM drone kits
Build-and-fly kits for classroom use. Students assemble the frame, wire the electronics, configure the flight controller and fly. Kits are built around Aerostem electronics, so the parts students learn on are the same type used in professional drones.
- Spares available individually, so a broken propeller or arm does not take a kit out of use.
Drone lab setup
A complete drone lab for a school or college: kits, tools, spares, a practice area plan and teacher training. We help you size the lab to your batch size and budget.
- After-sales support from our Gujarat team by phone, email and WhatsApp.
Hands-on drone workshops
Workshops run by our engineers at your campus. Students learn how a drone works, assemble and configure one, and fly it under supervision.
Advanced projects for engineering colleges
For final-year projects, drone clubs and research groups, we supply the same hardware we sell to drone companies:
- [Aero H743 flight controller](/products/aero-h743) – STM32H743 at 480 MHz, dual IMU (BMI088 + BMI270), runs ArduPilot, PX4, Betaflight and INAV. 36 × 36 × 8 mm, 9 g.
- [Aero A20 RTK GNSS](/products/aero-a20-rtk-gnss) – RTK positioning, 10 Hz update rate, RM3100 compass. Useful for mapping, precision landing and autonomy projects.
- [Aero A1 Telemetry](/products/aero-a1-telemetry) – drone-to-ground wireless link for live flight data in a ground control station.
Because these boards run open-source autopilot firmware, students can work with real mission planning, sensor data and parameter tuning.
Why learn on Aerostem hardware
- Real electronics, not a closed toy. Students see and configure the flight controller, GNSS and telemetry that make a drone fly.
- Open-source firmware. ArduPilot, PX4, Betaflight and INAV are widely used in industry and research. Skills transfer directly.
- Designed and manufactured in India. Our boards are designed and assembled at our own SMT line in Mehsana, Gujarat. Spares and support come from India, not from an overseas marketplace.
- One supplier for the whole lab. Kits, spares, upgrades and training from the same team.
- GST invoice on every order, suitable for institutional purchase.
Who this is for
- Schools and Atal Tinkering Labs – introductory drone kits and supervised workshops.
- Engineering and polytechnic colleges – lab setups, faculty training and advanced boards for projects.
- Drone clubs and student teams – flight controllers, GNSS and telemetry at component level.
- Skill-development and training centres – structured workshops for batches of learners.
How it works
- Tell us about your institution. Number of students, age group or year, available space and budget.
- We suggest a plan. Kit type, quantity, lab layout and training schedule.
- Quotation and purchase order. Clear pricing with GST invoice.
- Delivery and training. Kits delivered, faculty trained, first workshop run by our engineers.
- Ongoing support. Spares, firmware help and repeat workshops when you need them.
Tell us about your students and space, and we will suggest a kit, lab or workshop plan that fits. Email info@aerostemtechnology.com or call +91 92748 01530.
Frequently asked questions
What age group are your STEM drone kits suitable for?
Our introductory kits are intended for school students under teacher supervision, and our advanced boards are for engineering and polytechnic students. Contact us with your students' age group and we will suggest the right kit.
Do you conduct drone workshops at our campus?
Yes. Our engineers run hands-on workshops at schools and colleges, covering how drones work, assembly, configuration and supervised flying. Share your expected number of students and preferred dates on WhatsApp or through the enquiry form.
What firmware do your flight controllers use?
The Aero H743 flight controller supports ArduPilot, PX4, Betaflight and INAV. These are open-source and widely used in industry and research, so students learn on the same software used in professional drones.
Do you provide a GST invoice for institutional purchases?
Yes. Every order comes with a GST invoice. For larger lab orders we provide a formal quotation.