Aviation & modelling
CORE is a quadcopter: students see thrust, centre of gravity and stability in flights they code themselves. Auto take-off/landing and mission planning introduce autonomous systems.
FOR SCHOOLS / AEROSPACE CLUB
Drone and UAV education kit for school Aerospace Clubs
RobonHub CORE and VISION are ready-to-fly education drone kits built for the drone and UAV work of school Aerospace Clubs (Havacılık ve Uzay Kulübü) in Turkish middle and high schools. Students learn the frame, motors, propellers, battery and flight controller; code in Blockly and Python; fly mission-based tasks first in simulation, then on a real drone. Lesson plans, rubrics and teacher training for the club advisor are part of the program.
Club topics, RobonHub answers
We listed the core topics of your Aerospace Club's drone and UAV work together with how to deliver each one with the CORE and VISION kits.
Drone & UAV work
Our own ESP32-S3 flight controller with dual IMU, barometer and compass; live telemetry; a hardware-free browser simulator (demo.robonhub.com) and mission-based flight workshops — the core drone topics in one kit.
Sensors, telemetry, payload
Students read sensor data over telemetry and analyse it from mission logs. VISION's 2 MP camera makes the payload concept tangible.
National Tech Move, TEKNOFEST
The flight controller and firmware are designed in Turkey by our own team. With the Python API, student teams can code their own mission and project ideas.
Drone teams
Missions split naturally into team roles: pilot, software/electronics, mission planning, reporting. The Blockly-to-Python path keeps mixed-level students on one team.
Drone flight safety
The drone is under 250 g and ships with propeller guards; emergency stop is one tap away on every screen. Pre-flight checks and safety procedures are part of the curriculum.
Ready-made education kits
CORE and VISION come ready to fly; the club flies from week one, and we do the setup together in the first workshop.
Club advisor & assessment
Lesson plans, process-focused rubrics, a teacher guide and teacher training come with the program.
Frequently asked
RobonHub CORE for clubs starting drone and UAV work; VISION for clubs moving on to cameras, image processing and payloads. Both are under 250 g, ready to fly, and programmable in Blockly and Python.
The kits are designed for ages 10–14; middle school clubs start from zero with Blockly. High school students can go further with the Python API, telemetry analysis and mission planning.
The drone is under 250 g, ships with propeller guards and has emergency stop on every screen. Pre-flight checks and safe-area procedures are part of the curriculum; flights run under teacher supervision.
Yes. demo.robonhub.com runs in the browser with no hardware: Blockly and Python editor, simulation and sample missions. Real flights need a computer with a small companion app; phone support is on the roadmap.
The kit lets student teams code drone missions in Python, collect sensor data and report results — the core skills behind project-based competitions.
GET YOUR CLUB FLYING IN WEEK ONE
Let's plan a demo flight with your club advisors: try the kits and build the lesson flow around your annual plan together.
Book a demo for your clubinfo@robonhub.com · +90 531 855 85 56