VEX AIR Competition Drone
The VEX AIR Drone is an advanced educational tool designed to enhance STEM learning by integrating drones into teaching activities and competitions, allowing students and educators to explore robotics, technology, and aeronautics in a safe, controlled environment. Designed for indoor use only, the drone operates at a maximum altitude of 8' (2.5 m) and should not be used outdoors.
It offers versatile mission modules for a variety of functions, an advanced dual-camera system for precise navigation, a touch screen controller with video streaming for live feeds and telemetry data, and a comprehensive sensor array for improved navigation and flight stability.
The drone and its controller are fully programmable using VEXcode Blocks, Switch, Python, and a Microsoft Visual Studio Code extension.
For VEX AIR Drone with included VEX competition team registration, see the Competition Drone Bundle.
Explore the full list of kit contents.
Drone Physical
Drone Electronics
Drone Modules
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Controller
Coding
Content
Game Pointer
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- (1) VEX AIR Drone
- (1) VEX AIR Drone Controller
- (1) Game Pointer
- (1) Module 1 - Passive
- (1) Module 2 - Motorized
- (1) Module 3 - Magnetic
- (2) High Capacity Battery
- (2) Low Capacity Battery
- (1) Communication Headset
- (2) Extra Propeller Set A (qty 4)
- (2) Extra Propeller Set B (qty 4)
- (2) USB-A to USB-C Cable (1pk, 1m)
- (1) USB-A to USB-C Cable (2pk, 300mm)
- (2) AC to USB-A Adapter (1-port, 15W)
The VEX AIR Drone is a cutting-edge educational tool designed to revolutionize drones in STEM. Seamlessly integrating into classroom activities and competitive environments, it provides students and educators with a hands-on platform to explore robotics, technology, and aeronautics. Built on VEX Robotics’ extensive experience in educational robotics, VEX AIR supports the development of critical Career and Technical Education (CTE) skills through engaging, real-world applications. Intended for indoor use only, the VEX AIR Drone operates with a maximum flight altitude of 8 ft (2.5 m), making it ideal for safe and controlled classroom and competition environments.
During a match, the copilot can use the Game Pointer* to show the pilot which objects they are discussing and where they plan to fly. Pointing to objects also gives teammates a way to communicate without relying on color alone.
*See the VEX AIR Game Manual for rules on using the Game Pointer during matches.
Mission Modules
- Designed for versatility with interchangeable mission modules
- Modules attach to the underside of the drone
- Enable functions including object interaction, pickup, transport, and drop-off
- Available in various forms including passive mechanisms, motor-powered manipulators, and magnetic object handlers
- Quickly hot-swapped to alter the drone’s operational capabilities
Advanced Camera System
- Dual-camera system for aerial flying
- Forward-facing camera assists with obstacle navigation
- Downward-facing camera enables precise movement tracking and optical position holding
- AprilTag detection for accurate identification of supply depots, drop-off zones, and landing zones
- Supports long-range color detection of objects
Touch Screen Controller with Video Streaming
- 5" touch screen controller with live video feeds from both cameras
- Assists with navigation, object interaction, and precision landings
- Telemetry data overlay provides enhanced situational awareness
- Features high-quality joysticks and user-mappable buttons
Sensor Array
- Equipped with advanced sensors to improve navigation and coding precision
- Forward-facing rangefinder for obstacle detection and avoidance
- Downward-facing rangefinder for accurate vertical positioning
- State-of-the-art gyroscopes and accelerometers for stable, controlled flight
- Advanced battery management system for accurate remaining flight-time calculations
Coding
- Fully programmable using VEXcode Blocks, Switch, and Python
- Supports advanced programming through the Microsoft Visual
- Studio Code extension
- Control flight behavior, navigation, on-screen graphics, and sound
Safety Features
- Intended for indoor use only
- Maximum flight altitude limited to 8 ft (2.5 m)
- Equipped with permanent propeller ducts to enhance operational safety during flight
- Key Concepts:
- Introduction to Drones
- Principles of Flight
- Safety and Regulations
- Flying a Remote-Controlled Drone
- Audio and Video Communication
- Data Collection and Analysis
- Piloted Projects and Competitions
- Drone Coding and Automation
- Autonomous Projects and Competitions
- Adaptable Design: Includes “plug-in” lessons that integrate seamlessly into existing curricula or can be extended for deeper learning.
- Standards Alignment: Aligns with Next Generation Science Standards, Common Core Math and English/Language Arts, and Computer Science Teachers Association Standards.
- Differentiation: Supports students learning at their own pace with a scaffolded approach that ensures continuous growth.
- Real-World Connections: Links activities to practical applications, preparing students for careers in STEM and drone fields.
- VEXcode Integration: Compatible across various platforms, ensuring accessible and consistent learning experiences. It includes Blocks, Python, and Switch blocks to enhance coding decision-making skills. VEXcode is supported on Windows, Mac, ChromeOS, Android, and iPadOS-based systems.
- VEX Library Support: Provides comprehensive documentation, including guides, tutorials, and explanations, to help students solve problems independently and build confidence.
- Professional Development: Supported by VEX’s professional development platform to assist educators with implementation, classroom management, and assessment.
Complies with 21 CFR 1040.10 and 1040.11 except for conformance with IEC 60825-1 Ed. 3, as described in Laser Notice No. 56, dated May 8, 2019.
- 6.0 lbs (2.7 kgs)