Full propeller protection
A protective guard surrounds the propellers to reduce contact during indoor activities. Use the protective configuration specified for your HULA model.
FROM SCREEN TO REAL WORLDHULA in action
HULA DRONE IN SCHOOL
Indoor STEM.
Real learning.
HULA connects coding, mathematics, engineering thinking and problem-solving with hands-on drone activities. A progressive programme takes students from flight fundamentals to collaborative swarm projects.
Start small. Build confidence.
Begin with takeoff, hover and landing. Move on to direction, distance and short programmed missions. Simulation gives students space to experiment before supervised flight.
DESIGNED FOR CLASSROOM SAFETY
Prepare. Simulate.
Fly with care.
Structured indoor activities help teachers organise flight tasks within a defined learning area.
Simulation before flight
Students can test their programme in simulation before running it on the real drone.
Emergency stop
Teachers can stop the drone motors immediately through the app when necessary. Motor stopping removes lift.
Indoor learning environment
Controlled indoor STEM activities support structured tasks in a defined space, with teacher supervision.
FOUNDATION → ADVANCED
A clear pathway.
Room to progress.
Students progress from understanding and controlling a drone to coding, positioning, coordinating and creating.
Foundation Learning
Connect coding, mathematics, engineering and problem-solving with real drone flight tasks.
- Drone technology: structure, flight principles and safe indoor operation.
- Flight control: takeoff, landing, direction and altitude.
- Coding: Scratch-style blocks and automated flight sequences.
- 3D coordinates: movement along the X, Y and Z axes.
- Positioning: visual markers and precision movement.
- Line following: sensing and predefined routes.
FINAL CHALLENGE
An obstacle-course mission combining coding, positioning and flight control.
Advanced Learning
From one drone to a swarm: coordinate multiple drones as a team.
- Swarm flight: positioning and multi-drone formations.
- Local networks: device connections and communication.
- Flight planning: positions, routes and timing.
- Drone-show design: formations, movement and lighting.
- Teamwork: setup, testing and troubleshooting.
FINAL PROJECT
Plan and perform a small drone show as a team.
UnderstandControlCodePositionCoordinateCreate
Suggested durations are approximate. Adapt the programme to student age, class size, lesson duration, learning objectives and available indoor space.
FOR TEACHERS · TRAINING & SUPPORT
You don’t need to be
a drone expert.
Start with support, then build confidence through practice. Teacher training and practical teaching materials help you bring HULA into your classroom without an advanced technical background.
TYPICAL TEACHER TRAINING3 hours
Safety · Flight basics · Coding
Classroom activities · Troubleshooting
Introduction to swarm flight
Practise with guidance
Build confidence with drone safety, basic flight operation and the coding workflow before leading a class.
Start with teaching materials
Use lesson activities, coding examples and classroom challenges to plan your first sessions.
Test before real flight
Try programmes in simulation, observe the result and refine the sequence before supervised indoor flight.
Progress at your pace
Training covers troubleshooting and an introduction to swarm flight, with drone-show workflow guidance for your next step.
A starting point for your school.
Programmes can be adapted to your class size, lesson time and available indoor space. Recommended for Grades 7–12; introductory activities can be adapted for younger students.
ONE DRONE. ONE APP.
What HULA
can do.
A connected platform for learning, coding, competition and performance.
Flight control
Manually control the drone and understand movement and orientation.
Block-based coding
Programme takeoff, movement and landing in a visual coding environment.
3D movement
Turn X, Y and Z coordinates into real drone movement.
Visual positioning
Use visual markers to support positioning and precision movement.
Line following
Programme the drone to detect and follow predefined routes.
Gesture recognition
Explore AI-related applications through gesture-recognition activities.
Infrared shooting
Create interactive target missions and challenges.
AR activities
Add gamification to STEM learning with interactive AR-based activities.
Swarm flight
Coordinate multiple drones for formations, collaborative missions and drone shows.
Start on the devices you use.
Android phones and tablets, iPhone and iPad, and Windows PC.
Explore platforms and coding