Types of drones: classification, uses and differences

Not all drones are designed to fly the same way or perform the same tasks. Some can remain motionless to record a scene, while others use wings to travel across large surfaces more efficiently.

There are also drones aimed at learning, photography, FPV flight, agriculture, surveying or infrastructure inspection. Therefore, to understand how many types of drones exist, we must first know what criteria we are using to classify them.

In this guide you will learn about the main types of drones according to their design and application, their advantages, their limitations and the user profile for which each category is most suitable.

For an overview of its operation, regulations and purchasing criteria, you can consult our complete guide to drones.

How drones are classified

Drones can be classified in different ways:

• According to its design and way of generating lift.
• Depending on the number and arrangement of its rotors.
• Depending on the use for which they are prepared.
• Depending on the piloting system.
• Depending on the sensors or cameras they incorporate.
• Depending on its size, weight or performance.
• Depending on the level of automation.

These classifications may overlap.

For example, a drone can be simultaneously multi-rotor, professional, FPV, and equipped with a camera. “Multirotor” describes its design; “professional”, its level of use; “FPV”, the way to pilot it; and “with camera”, one of its equipment.

For this reason, the clearest way to understand categories is to separate them first by design and then by application.

Types of drones according to their design and flight method

The shape of the aircraft conditions its ability to take off vertically, remain suspended, travel long distances, transport loads or work in small spaces.

Multirotor drones

Multirotor drones use various engines and propellers to generate the thrust needed to fly.

They are the most common among individual users, photographers, content creators and small businesses.

Depending on the number of rotors we find:

• Trichoptera: three rotors.
• Quadcopters: four rotors.
• Hexacoptera: six rotors.
• Octocopters: eight rotors.

Quadcopters are the most widespread because they offer a good balance between size, cost, stability and ease of control.

Advantages of multirotors

• They can take off and land vertically.
• They can be kept suspended in one position.
• They are maneuverable.
• They need little space to take off.
• They are suitable for photography, video and inspection.
• There are models for all levels.

Limitations

• Its autonomy is usually less than that of an equivalent fixed wing.
• They consume energy continuously to stay in the air.
• They can be affected by the wind.
• Models with many rotors tend to be more expensive and complex.

To understand how the controller modifies motor speed, see our guide on how a drone works.

Single rotor drones

Single-rotor drones have a configuration similar to that of a helicopter.

They use a large main rotor to generate lift and, typically, a tail rotor or other system to control rotation.

They may be suitable for transporting cargo, staying in flight longer than certain multirotors, or using combustion engines.

Advantages

• Greater efficiency than some multi-rotor configurations.
• Possibility of using larger propellers.
• Good load capacity.
• They can be kept suspended.
• Some models achieve high autonomy.

Limitations

• Greater mechanical complexity.
• Superior price.
• Vibrations.
• Increased risk associated with a large rotor.
• They require maintenance and specialized training.

They are not usually the first choice for a beginner user.

Fixed wing drones

Fixed-wing drones have a structure similar to that of an airplane.

Its wings generate lift when the aircraft moves forward. This allows energy to be used more efficiently during long flights.

They are mainly used for:

• Cartography.
• Agriculture.
• Surveillance of large stores.
• Inspection of lines and infrastructure.
• Environmental monitoring.
• Long-range missions.

Advantages

• Greater autonomy.
• Greater energy efficiency.
• Ability to cover long distances.
• High travel speed.
• Suitable for mapping large surfaces.

Limitations

• They cannot remain suspended like a multirotor.
• Many need specific space or systems to take off and land.
• They are less suitable for static proximity inspections.
• Their piloting and planning can be more demanding.

A fixed wing can be excellent for mapping hundreds of hectares, but impractical for engraving a home or slowly inspecting a facade.

VTOL hybrid drones

VTOL hybrid drones combine features of multirotors and fixed-wing aircraft.

They can take off and land vertically using their rotors and then transition to more efficient horizontal flight supported by the wings.

Advantages

• Vertical takeoff and landing.
• Greater range than a conventional multirotor.
• Ability to cover large surfaces.
• They don't need a traditional clue.
• Suitable for cartography, surveillance and logistics.

Limitations

• More complex design.
• High cost.
• Greater number of components.
• More demanding flight transition.
• Specialized maintenance.

They are especially interesting for operations that need to combine takeoff precision with long movements.

Comparison of drones according to their design

There is no better design for all situations. The choice depends on whether you need hovering, range, speed, cargo capacity, or ease of transport.

Types of drones according to their use

Once we understand the aircraft design, we can classify them according to the task for which they are prepared.

Recreational and beginner drones

Recreational drones are geared towards leisure, learning, and occasional flights.

Most are compact quadcopters that are easy to transport.

They usually prioritize:

• Ease of use.
• Stability.
• Affordable price.
• Simple application.
• Assisted flight modes.
• Automatic return in models with positioning.
• Basic or intermediate camera.

Its limitations are usually found in autonomy, wind resistance, camera or obstacle detection.

To begin with, it is advisable to choose a stable model, with spare parts available and assistance systems. You can check out our selection of best drones for beginners.

Drones with camera

A camera drone does not constitute an independent aerodynamic design. It is generally a multirotor equipped with an integrated or interchangeable camera.

It can be aimed at:

• Travel photography.
• Video for social networks.
• Audiovisual production.
• Real estate photography.
• Sports monitoring.
• Visual inspection.
• Photogrammetry.

The most important aspects are:

• Sensor size and quality.
• Stabilization using gimbal.
• Resolution and recording frequency.
• Dynamic range.
• RAW Photography.
• Color profiles.
• Video transmission.
• Automatic capture modes.

High resolution alone does not guarantee a better image. The sensor, optics, stabilization, and processing also play a role.

In our comparison of Recommended drones with cameras You can find models geared towards different levels.

Professional drones

The expression “professional drone” does not identify a single aircraft shape.

It can be a multirotor, a fixed wing, a single rotor or a hybrid system. What sets it apart is its readiness to perform work with certain requirements for accuracy, reliability, safety, and data collection.

They can incorporate:

• Large sensor cameras.
• Thermal cameras.
• Multispectral sensors.
• RTK Systems.
• Interchangeable cameras.
• Sensor redundancy.
• Mission planning.
• Compatibility with specialized software.
• Protection against environmental conditions.
• Advanced transmission systems.

They are used in audiovisual production, construction, agriculture, surveying, energy, security and inspection.

To compare work-oriented teams, you can consult our guide best professional drones.

FPV drones

FPV means First Person View or first-person view.

The pilot receives the image captured by the drone's camera in real time using glasses or a screen. This creates a more direct and immersive flight experience.

There are different types of FPV drones:

• Models for beginners.
• Tiny Whoop for interiors.
• Freestyle.
• Cinematics or cinewhoop.
• Long range.
• Careers.
• Integrated consumer FPV systems.

Its main advantages are maneuverability, speed and the possibility of making dynamic recordings.

Limitations include a longer learning curve, less automatic aids on certain equipment, and a greater need for maintenance or repair.

The guide on what are FPV drones develops its components, video systems and modalities.

Racing drones

Racing drones are a specialization within FPV flight.

They are designed to offer:

• High acceleration.
• Immediate response.
• Low latency.
• Lightweight structure.
• High maneuverability.
• Ease of repair.

They do not usually prioritize autonomy, camera stabilization, or the automatic systems commonly used in photographic drones.

Drivers compete on circuits marked with doors and obstacles. Control is usually manual and requires practice, coordination and the ability to react quickly.

Check out our guide on racing drones to learn the necessary equipment and how to get started.

Agricultural drones

Agricultural drones are used to observe crops, collect data, or apply certain products.

We can differentiate them into two main groups:

• Monitoring drones: They capture RGB, thermal, or multispectral images.
• Application drones: They transport tanks and spraying or distribution systems.

Among its uses we find:

• Evaluation of the condition of the crops.
• Identification of areas with stress.
• Map creation.
• Irrigation monitoring.
• Anomaly detection.
• Localized application.
• Plant count or analysis.

Monitoring drones can be multi-rotor, fixed-wing, or hybrid. Application models typically use large multi-rotor configurations due to their ability to fly slowly and carry cargo.

Cartography and topography drones

These drones are designed to collect images or data that are then used to create:

• Orthomosaics.
• Three-dimensional models.
• Spot clouds.
• Elevation maps.
• Land measurements.
• Construction monitoring.
• Volumetric calculations.

They can incorporate RTK or PPK systems to improve positioning accuracy.

Multirotors are suitable for small surfaces, complex areas and precision flights. Fixed-wing ones are more efficient when large areas need to be covered.

Industrial and inspection drones

Industrial drones are used to observe facilities, measure variables, or collect data in technical environments.

Its applications include:

• Inspection of wind turbines.
• Power line inspection.
• Inspection of solar panels.
• Building supervision.
• Cover inspection.
• Construction monitoring.
• Bridge inspection.
• Analysis of industrial facilities.

Depending on the task, they can incorporate:

• Zoom camera.
• Thermal camera.
• Lighting.
• Gas sensors.
• LiDAR.
• Protection against dust or moisture.
• High precision positioning systems.

Their main advantage is that they allow access to complicated places and reduce workers' exposure to certain risks.

Safety and emergency drones

Emergency services can use drones to obtain a quick aerial view of a situation.

Among its possible applications we find:

• Search for people.
• Fire observation.
• Accident assessment.
• Inspection of hard-to-reach areas.
• Support in rescue operations.
• Obtaining thermal images.
• Damage assessment.

These devices typically prioritize reliability, live streaming, zoom, thermal camera, and the ability to operate in demanding conditions.

Delivery and logistics drones

Delivery drones are designed to transport small packages, supplies or material between specific points.

They can use:

• Multi-rotor configuration.
• Fixed wing.
• VTOL hybrid design.

Multirotors are suitable for precise short-distance deliveries. Hybrid or fixed-wing systems may be more efficient for long routes.

The main challenges in this category are cargo capacity, autonomy, operational safety, and integration into airspace.

Differences between recreational, professional and FPV drones

An FPV drone can also be used professionally, and a recreational drone can incorporate a high-quality camera. The table reflects its usual orientation, not completely closed categories.

What type of drone to choose according to your needs

Before choosing a category, define what the main task will be.

You should also consider:

• Experience level.
• Total budget.
• Batteries and accessories required.
• Ease of transportation.
• Spare parts availability.
• Camera quality.
• Real autonomy.
• Wind resistance.
• Security systems.
• Compatible software.
• Legal requirements of the operation.

The type of aircraft can also affect training and how it operates. Before flying, check the regulations for drones in Spain.

Once you have defined the category you need, you can consult our comparison of best drones on the market.

Conclusion

Drones can be classified by their design, their piloting system, their equipment, or the task they perform.

Multirotors stand out for their stability and ability to remain suspended. Fixed-wing drones offer greater efficiency for traveling over large areas. VTOL hybrids combine vertical takeoff and horizontal flight, while FPV drones prioritize immersive experience and maneuverability.

After identifying the appropriate design, you should choose a category adapted to the use: recreational, photography, competition, agriculture, cartography, inspection or professional work.

Frequently asked questions about drone types