VEX AIR is a professional-grade educational drone system designed for grades 9 through university. It features dual cameras, programmable flight control, obstacle avoidance technology, and supports both block-based and Python programming through VEXcode.

What programming languages does VEX AIR support?

VEX AIR supports programming through VEXcode using either visual block-based coding for beginners or Python for advanced users. Students can program autonomous flights, obstacle avoidance, and data collection missions.

What's included in the VEX AIR curriculum?

The VEX AIR curriculum includes progressive modules covering drone safety, flight principles, manual control, autonomous navigation, obstacle avoidance missions, and data analysis. It includes lesson plans, engineering notebooks, and assessment tools aligned with Canadian STEM standards.

Does VEX AIR have obstacle avoidance?

Yes, VEX AIR features advanced obstacle avoidance technology using its dual-camera system and inertial sensors. Students can program the drone to detect and navigate around obstacles autonomously.

Can VEX AIR detect AprilTags?

Yes, VEX AIR can detect and decode AprilTags for navigation and positioning. This feature allows students to create complex autonomous flight missions and learn about computer vision technology.

What is the flight time of VEX AIR?

VEX AIR provides approximately 15 minutes of flight time per battery charge, allowing for meaningful classroom activities and programming sessions without frequent interruptions.

Is VEX AIR suitable for classroom use?

Yes, VEX AIR is specifically designed for educational environments. It includes safety features, educator training resources, and classroom-ready curriculum that aligns with STEM education standards in Canada.

Grades 9-University

Smart drone with AI vision capabilities
Drive & code with intuitive controller
Detects objects & AprilTags automatically

VEX AIR Drone: A Sky-High Leap in STEM Learning

Name: VEX AIR Drone Education System
Brand: VEX Robotics
SKU: 737-9000
Price: 899.00 CAD
Availability: PreOrder
Rating: 4.9 (42 reviews)

Bring the thrill of flight into your classroom

Bring the thrill of flight into your classroom and build real-world skills that take students further.

Explore VEX AIR Pre-Order Now

Why
Choose
VEX AIR
for Your Classroom?

Dual-Camera System

Real-time video feedback and immersive piloting experience with professional-grade cameras.

Autonomous Navigation

Code flights using VEXcode Blocks or Python with advanced path planning capabilities.

Mission-Based Learning

Execute object pickup and delivery challenges that mirror real-world applications.

Precision Landing

AprilTags and rangefinders enable guided landings and obstacle avoidance.

Progressive Challenges

Build confidence through piloted and automated challenges of increasing complexity.

Real-World Technology

Uses the same sensors and systems found in professional aviation and robotics.

Discovery Meets the Skies with VEX AIR

Blending intuitive design with real engineering complexity, the VEX AIR Drone is made for both beginners and aspiring tech professionals. From flight mechanics to autonomous navigation, students engage with every layer of modern drone systems—making this more than just an educational drone kit.

Your Drone Lab in a Box

From manual piloting to autonomous missions, students explore every layer of modern drone systems:

Manual Flight & Real-Time Control

Pilot dual-camera drones with real-time telemetry and immersive control experiences that build confidence and spatial awareness.

Autonomous Programming

Code autonomous flights using VEXcode Blocks or Python, progressing from simple movements to complex navigation patterns.

Mission-Based Challenges

Execute object pickup, delivery missions, and precision landings using AprilTags and rangefinders for guided navigation.

It's not just piloting. It's purpose-built learning with every takeoff and landing.

Curriculum That Goes Beyond Hover Mode

The VEX AIR Drone curriculum is built around progressive modules that introduce students to:

VEX AIR Curriculum & Learning Experience

Core Learning Modules

Students progress through drone safety and flight principles, manual control with real-time feedback, autonomous navigation using VEXcode Blocks or Python, obstacle avoidance missions, and data analysis. Each module builds engineering logic, strategic problem-solving, and hands-on application skills.

Complete Learning Ecosystem

The VEXcode platform enables programming with visual blocks or Python. Students access 3D model files, build instructions, and VEX Library resources. Engineering notebooks document experiments, troubleshoot code, and reflect on outcomes—reinforcing planning, iteration, and technical literacy for tomorrow's STEM leaders.

PROFESSIONAL GRADE

Not Just a Drone Class A STEM Pipeline

Where classroom innovation meets real-world aviation technology

The VEX AIR Drone uses the same technologies found in real-world aviation—like inertial sensors, dual-band connectivity, and object detection. Whether students are debugging flight logic or prepping for certifications, they're moving toward real futures.

This is where programmable drones for schools become a launchpad for engineers, pilots, and data specialists.

Professional Learning for Drone Educators

Go from classroom-ready to sky-ready.

Certified, self-paced training
Monthly live workshops and webinars
1:1 coaching with VEX education specialists
Access to a national network of STEM educators

Grow your confidence as you help students grow theirs.

More Than a Kit—A Canadian Partnership

We help schools across the country integrate drone learning—with local support, tailored kits, and real collaboration. From onboarding to expansion, we're here to make your drone program soar.

Your Year, Your Plan

Aligning with STEM education in Canada, the VEX AIR Drone program is standards-aligned, educator-supported, and student-centred.

All lessons map to Canadian curriculum goals and include flexible pacing guides for semester or year-long use. Whether your learners are decoding AprilTags or navigating autonomous routes, you'll have structured pathways and classroom-ready support.