STEM Drone Platforms for Progressive Learning
Litebee STEM drones is built for education — safe, durable, and designed to grow with your students. Our product lineup follows a clear learning progression. Match the right drone for school stem program.
Spark early curiosity in STEM with block-based drone assembly. Brix III lets young learners snap parts together, understand basic mechanics, and experience their first takeoff — turning play into foundational engineering thinking.
- Age-appropriate assembly — large, safe blocks designed for small hands
- Step-by-step guided building — no tools, no frustration
- First-flight success — quick mastery with built-in safety features
- Classroom-ready kit — complete with curriculum cards for educators
LiteBee Wing | Age: 8-10
STEM Education Drones for Coding
Take the leap from building to programming. LiteBee Wing introduces block-based coding through a visual interface, letting students write their first flight missions, run experiments, and iterate on their designs.
- Visual coding interface — drag-and-drop blocks, no syntax errors
- Real flight execution — see code translate to real-world movement
- Sensor-driven experiments — measure, test, and improve
- Progressive skill building — from blocks to text-based coding
LiteBee Wing + Expansion Kits | Age: 10-15
Expand the Possibilities
Build on Wing’s foundation with mission-ready expansion kits. Add new modules for aerial photography, delivery simulation, and environmental sensing — turning the classroom into a real engineering playground.
- Modular add-ons — snap-in modules for instant capability expansion
- Cross-curricular missions — physics, math, geography in one project
- Real-world scenarios — delivery, mapping, search & rescue simulations
- Project-based learning — complete missions, document results
LiteBee Wing X| 10-15
STEM Drones of Design, Build and Solve
Push creative boundaries with Wing X. Designed for advanced learners ready to tackle complex challenges, this platform supports full custom builds, multi-drone coordination, and competition-grade engineering projects.
- Full hardware customization — 3D-printed parts, custom frames
- Multi-drone coordination — synchronized flight programming
- Competition preparation — aligned with PilotX Youth challenges
- Engineering portfolio building — document, iterate, refine
LiteBee Wing FM | Age: 15+
Autonomous Flight STEM Drones
LiteBee Wing FM is a STEM education drone built for students ready to master the algorithms behind autonomous flight. From PID controllers to computer vision, learners engineer drones that think, react, and adapt to their environment.
- Autonomous flight algorithms — PID, path planning, obstacle avoidance
- Computer vision integration — object detection and tracking
- Real-time sensor fusion — combining data for smart decisions
- Open SDK platform — Python, ROS, custom code
LiteBee Bot| 15+
AI Robotics STEM Education Drone
Let this STEM education drone brings AI concepts to learning process through hands-on robotics. Students build intelligent ground and aerial robots that respond to voice, recognize objects, and make decisions — building the AI literacy that defines tomorrow’s workforce.
- Voice and image recognition — real AI models in student hands
- Decision-making algorithms — if-then logic meets machine learning
- Cross-platform deployment — same code, ground and air
- AI ethics discussions — integrated into every project
LiteBee Stars | 15+
STEM Drones Show Come Alive
LiteBee Stars turns drone swarms into synchronized art. Students program flight choreography, design light shows, and perform aerial storytelling — combining engineering precision with creative expression.
- Swarm programming — coordinate 10+ drones from one interface
- Choreography design tools — visual timeline editor
- LED show integration — color, pattern, music synchronization
- Performance-ready hardware — proven in real shows
Crazepony C+| 18+
Open-Source Drone R&D
For university labs and serious makers, Crazepony C+ is the open-source platform behind LiteBee’s flight stack. Full schematics, firmware access, and modular architecture — built for research, custom development, and pushing the frontier.
- Open-source firmware — full access to PX4, betaflight, and beyond
- Modular architecture — swap processors, sensors, radios
- Research-grade documentation — schematics, BOMs, test reports
- Active developer community — contribution, support, collaboration
How LiteBee Partners With You for STEM Success
We partner with you every step of the way, delivering tailored solutions that drive growth, efficiency, and lasting success.
Consultation
We assess your goals, classroom setup, and learning outcomes to design a tailored STEM drone program.
Implementation
Our team supports phased deployment — from hardware setup and lab design to curriculum integration and teacher onboarding.
Support & Guidance
We provide ongoing training, curriculum updates, and technical assistance to keep your STEM program running at its best.
