Hex EDU-450 Overview

Hex EDU-450 is an educational drone kit designed for teaching, testing, and experimentation with drones.
It supports a wide range of learning scenarios, including drone hardware assembly, hardware/software debugging, flight training, drone system learning, and secondary development applications.
It comes with comprehensive learning materials, technical support, official tutorials, community forums, and a complete development environment.

Main Features

• Supports stable autonomous flight, waypoint navigation, ground station parameter tuning, data transmission, obstacle avoidance, swarm flight, key point patrol, target tracking, FollowMe, autonomous mission execution, and more.

• Equipped with rich sensor interfaces to support different types of sensor devices under various application scenarios, enabling both standard and custom development.

• Optional modules: optical flow positioning, digital transmission, precision landing modules, indoor positioning, data and image transmission, precision landing, and other extended functions.

Kit Advantages

• The drone frame features a new aerodynamic raindrop-shaped arm design for better airflow and improved flight control.
• Carbon fiber arms make the frame lighter, stronger, and more crash-resistant.
• Newly designed power mount lowers the drone’s center of gravity, enhancing flight stability and safety.
• Official hardware design and manufacturing.
• Comes with official support, GitHub source code, and enables secondary development.
• Includes various matching components, technical support, community forum, and after-sales service.

Hex EDU-450 education Frame Features

1. Brand new design on copter arms. Better aerodynamics provided by the drop-shaped structure.
2. Carbon fibre material provides light weight, high strength.
3. New designed holders help lower the centre of gravity, providing safer and stabler flights.
4. Patented drop-shaped arms with less drag and more reliability.

Specifications

Package Listing

EDU-450 Drone Frame

Propellers
x2 clockwise + x2 counterclockwise

Motors
x2 (clockwise) + x2 (counterclockwise)

ESC (Electronic Speed Controller)
x2 (20A HEXSOON)

Motor Mount Top Parts
x2 (black) + x2 (orange)

Arm Tubes
x4 (carbon fiber)

Upper Joint Covers
x2 (black) + x2 (orange)

Lower Joint Covers
x2 (black) + x2 (orange)

Accessories Pack
x1 (includes wires, connectors, screws, etc.)

Landing Gear
x2 (black) + x2 (orange)

Power Distribution Board (PDB)
x1 (HEXSOON brand)

Upper Frame Plate
x1

Bottom Frame Plate
x1

Screw Set
– M348 Screws: x17
– M320 Screws: x17
– M3*5 Screws: x17
– M3 Lock Nuts: x33

Battery Straps
x3 (with HEXSOON branding)

LED Kit
x1 set (includes x4 LED strips or modules)

EDU-450 RTF Combo

EDU-450 V2 Frame 1

HOTRC-B3 (20W) Balanced Charger 1

Benewake TFmini-S LiDAR 1

18S Voltage Indicator 1

Here3+ GNSS Module with iStand 1

FS-i6S Controller with IA10B System 1

XROCK 915MHz 1000mW Telemetry Module with PIX4 Cable 1 set

ACE 5300mAh 30C 3S1P XT60 Battery 1

Cube Orange Set+ (Autopilot System) 1

Application Scenarios

• Aimed at providing college students with a drone learning platform, including technical documentation, official tutorials, and open-source code.

• Covers drone assembly and debugging, flight training, system theory, and secondary development.

• Helps students understand drone flight operation, structural design, sensor workflows, ground station data adjustment, flight control system architecture, and source code.

A diagram illustrates a drone’s electronic components and connections. It includes a Cube flight controller, motors, ESCs, a battery, telemetry modules, cameras, and sensors. The setup supports advanced features like thermal imaging, GPS, and IR-lock for precise landing. Wiring details ensure efficient power distribution and data transmission.

HEXSOON product: 450mm multi-rotor UAV. Size: 360*360*260mm, with 10 inch blades. Weight: 1.5kg. Applications: prototype development and education.

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