ZEBDRONE EDU-X Quadcopter Kit
The ZEBDRONE EDU-X Quadcopter Kit is designed for educational institutions to provide students with hands-on experience in drone assembly, programming, and wireless communication. Featuring a robust ABS plastic frame and easy assembly, this kit includes advanced safety features like propeller guards and carbon fiber landing gear. Students will learn C++, Arduino programming, and telemetry with the HC-05 Bluetooth module, along with operating the drone via a 2.4 GHz transmitter for extended range.
Key Features:
Type: Quadcopter.
Frame Material: ABS Plastic – lightweight and durable.
Landing Gear: Carbon Fiber Landing Gear for enhanced durability and shock absorption.
Propeller Guards: Included for extra safety, protecting both the propellers and the environment during operation.
Microcontroller Compatibility: Supports Arduino and C++ programming for custom flight controls and features.
Wireless Communication:
HC-05 Bluetooth Module for real-time telemetry and communication with external devices.
Flight Controller:
Based on the ATMEGA2560 microcontroller for stable and responsive flight.
Motor Configuration:
4 high-efficiency Brushless Motors for smooth and powerful flight.
Electronic Speed Controllers (ESCs):
30A ESCs for reliable and responsive motor control.
Flight Time:
5-10 minutes, depending on conditions and payload.
Control Range:
Operates with a 2.4 GHz transmitter with a range of 500 meters to 1.5 kilometers, allowing for extended flight experiences.
Power Source:
11.1V 2200mAh LiPo Battery (included), providing sufficient flight duration for educational use.
Educational Focus:
Ideal for learning about drone technology, electronics, and programming.
Easy Assembly:
Designed for students to assemble quickly with minimal tools.
Learning Resources:
Instruction manuals, online tutorials, and technical support for easy learning.
Flight Controller Features:
Processor:
ATMEGA2560 and ATMEGA32U-2 for efficient and reliable flight control.
Compass:
Built-in compass or optional external compass for improved navigation.
Accelerometer/Gyroscope:
MPU-6000 6 Degrees of Freedom (DoF) Accelerometer/Gyro for precise flight stabilization.
Barometric Pressure Sensor:
MS5611-01BA03 barometer for accurate altitude measurement and stability.
Data Logging:
4MB Dataflash chip for automatic flight data logging.
Optional GPS:
uBlox LEA-6H GPS module with compass for advanced navigation and autonomous flight.
Technical Specifications:
Frame Dimensions: 450mm diagonal.
Frame Material: ABS Plastic.
Landing Gear: Carbon Fiber Landing Gear – lightweight and durable.
Propeller Guards: Extra Safety for protecting propellers.
Propeller Size: 10 inches (with propeller guards included).
Battery: 11.1V 2200mAh LiPo (Lithium Polymer) battery.
Flight Time: 5-10 minutes depending on flight conditions and load.
Control Range: 2.4 GHz transmitter with a range of 500 meters to 1.5 kilometers.
Programming Language: Supports C++ and Arduino IDE for programming.
Telemetry: Real-time telemetry data via HC-05 module.
Motor Type: 4 Brushless DC motors for efficient flight control.
ESCs: 30A Electronic Speed Controllers for motor control.
Flight Controller:
Processor: ATMEGA2560 and ATMEGA32U-2.
Gyro/Accelerometer: MPU-6000 6DoF.
Compass: Built-in or external.
Barometer: MS5611-01BA03.
Data Logging: 4MB Dataflash chip for flight data recording.
Optional GPS: uBlox LEA-6H GPS module.
Kit Contents:
Quadcopter Frame (ABS plastic).
4 Brushless Motors.
4 Electronic Speed Controllers (ESCs).
Flight Controller (with ATMEGA2560, compass, barometer, and data logging).
Arduino-Compatible Microcontroller.
HC-05 Bluetooth Module.
Propellers with Propeller Guards.
11.1V LiPo Battery and Charger.
Carbon Fiber Landing Gear.
Wiring and Connectors.
Mounting Screws and Tools.
Instruction Manual and Assembly Guide.
Educational Benefits:
Hands-On Learning: Students will gain valuable experience assembling, programming, and flying a fully functional quadcopter.
Skill Development: Enhances programming skills (C++, Arduino), electronics knowledge, and understanding of telemetry systems.
Teamwork and Problem-Solving: The kit encourages collaboration and problem-solving through real-world drone building projects.
Modular Design: The kit can be easily upgraded with additional sensors, GPS, and other modules for more advanced projects.
Practical Application: Learn flight dynamics, drone stabilization, coding, and project-based learning in a controlled environment.
The ZEBDRONE EDU-X Quadcopter Kit is an ideal tool for institutions seeking to introduce students to the world of drone technology, equipping them with real-world skills in robotics, electronics, and programming.
