Multirotor Drones or Fixed-wing Drones? Which One is More Suitable for Beginners?

Multirotor Drones or Fixed-wing Drones? Which One is More Suitable for Beginners?

Characteristics of Multirotor Drones and Fixed-wing Drones

Multirotor drones and fixed-wing drones are the two main categories of drones, each with its own characteristics and suitable scenarios.


Multirotor Drones

Multirotor drones are powered by multiple electric motors that rotate propellers to generate lift, descent, forward flight, and stable hovering. They can achieve vertical takeoff and landing, stable flight, and are suitable for scenarios such as short-range remote control, filming, mapping, and emergency rescue.


Fixed-wing Drones

Fixed-wing drones simulate the flight principles of birds, using wings to generate lift, flaps and tail wings to control flight attitude and altitude, and rudders to control left and right turns to complete flight maneuvers. Fixed-wing drones can fly faster and farther and are suitable for scenarios such as aviation big data, agricultural plant protection, and logistics distribution.


Which Type of Drone Should Beginners Choose?


For beginners, multirotor drones are easier to handle compared to fixed-wing drones, with slightly lower learning difficulty. This is because multirotor drones can achieve vertical takeoff, hovering, etc., without the need for operations like runway takeoff and landing required by fixed-wing drones. Additionally, multirotor drones are usually smaller in size and lower in price, making them more suitable for beginners to get started with.


For users interested in learning drone photography, mapping, and other applications, it is recommended to choose multirotor drones. For those aiming for deep development in large-scale agriculture, mapping, power inspection, and other fields, it is advisable to choose fixed-wing drones.


III. Learning Resources and Recommendations


Beginners can start learning from the following aspects:


Theoretical learning, including basic knowledge of drone principles, structures, operations, etc., which can be learned through online courses, books, etc.

Practical training, by purchasing suitable multirotor drones or fixed-wing drones for practical training. It is recommended to participate in offline training courses to ensure safe operations.

Certification training, by undergoing drone pilot training and obtaining a drone pilot certificate to improve operational skills and increase employment opportunities.

For beginners, it is recommended to start with multirotor drones for learning, and gradually explore the most suitable learning path and development direction through practice, eventually delving into more advanced courses such as fixed-wing drones.



Beginners should start with multirotor drones for learning, gradually progressing to more advanced knowledge such as fixed-wing drones as their skills improve. Through theoretical learning, practical training, certification training, and other methods, continuously improving operational skills is essential for better application of drone technology.

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