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By TJ SoftUpdated:

Drones. Why is it worth taking an interest in them in 2026?

Drony. Dlaczego warto się tym zainteresować w 2026 roku?

The development of artificial intelligence and technology in general means that drones are becoming increasingly common, more affordable, and applicable to a wider range of uses. For a long time, drones were available only to specialists (the military and scientists) and model makers who were able to build a mini airplane or drone from scratch. We then entered a stage where drones became available to “drone enthusiasts”; the barrier to entry was lower, but it was still an expensive hobby. For the past few years, drones have been available to everyone. The cheapest drones for learning can already be purchased for PLN 100–300, while equipment with practical applications can cost as little as PLN 800–1,500.

The time needed to learn is decreasing, many drones have features that make them easier to control, and automatic flight modes (e.g. selfies or motion tracking) are available in increasingly affordable machines.

Formal requirements are becoming increasingly simpler; registering a drone weighing up to 250 grams can be done online and takes a maximum of 30 minutes (installing an app is required), while small drones without cameras are exempt from this obligation.

Falling prices and increasingly simple operation, combined with advances in artificial intelligence, are making drones useful in an ever-wider range of applications. These devices enable precise tracking of construction progress and monitoring of the condition of forests and farmland. Farmers use them for spraying, fertilizing, and sowing seeds. In addition, aerial photography and filming have become widely accessible, meeting the growing demand from many companies and organizations for modern video content.

There is also a military aspect, as well as a security aspect. Inexpensive drones have proven fairly effective, and products made by small private companies—or even created by hobbyists—have applications here.

Table of Contents

How to Start Using Drones?

Modern drones have many flight-assistance features, so you can use them immediately after purchase; there is no need to learn to fly on simulators. It is a good idea, however, to familiarize yourself with the general principles beforehand and watch a few instructional videos (there are many good free resources on YouTube, which I link to later in the article). In most cases, by the time you crash your first drone, you will already have learned a lot, and given their low price, this is often more cost-effective. Provided that you have basic knowledge and, for example, do not start the drone indoors (starting up a drone inside an apartment usually ends with it being damaged).

Drones costing several hundred PLN or more often have a built-in simulator option; in many cases, a controller can also be used to control a simulation on a console or computer.

Drone flight simulators are essential for FPV (First Person View) drones and for flying in acrobatic mode, but it is advisable to first master ordinary, stable flight with system assistance.

There are free simulators available online, as well as free games on Steam that can be played using a mouse and keyboard, although using a gamepad makes the most sense. So, if you have a controller on Steam and occasionally play games, this could be a good way to motivate yourself to make the purchase.

Entry barrier, costs, and how long does it take to learn? (brief)

The cheapest fully functional drones that can be flown outdoors cost approximately PLN 150–300. After learning the basic rules and registering online (which takes 5–30 minutes), you can use them right away. They are easy to operate, so you don't have to worry that you will crash, for example, your first three drones immediately.

How much do professional yet still affordable drones cost—ones you can use for real tasks, with a suitable range and good image quality? Such drones can already be purchased for PLN 600–1,500. At this price, you still have to make compromises, but if you need to capture a few shots of buildings, record videos while cycling, or fly between obstacles, these drones will do the job.

Weight limit: the default limit of 250 grams can easily be increased to 900 grams by completing a quick, free online course.

Purchase of a toy drone (PLN 60–200)

You can buy the JJRC H36 drone for as little as PLN 40 (!), although in some stores they cost between PLN 60 and 100. It is a typical toy drone designed for flying indoors, so there is no need to register it. When there is no wind, it can also be used outdoors. The set includes a controller, batteries, and everything necessary for takeoff. It is a good option for learning: these drones are resistant to falls, their propellers cannot cause damage, and they are additionally protected. However, keep in mind that flying such a drone is very different from flying larger equipment, especially in the wind.

Interestingly, even for inexpensive drones, you can often buy additional batteries or spare parts. By default, a battery lasts for a few minutes of fun, so buying a few batteries (at PLN 10 each) allows you to extend this time to several dozen minutes, which should be more than enough for anyone.

Affordable drones weighing up to 250 g that require registration.

Affordable drones allow you to learn, although it should be remembered that at this price point, the quality of photos and recordings will not yet have any practical application, even on social media. Propeller guards are very useful: they reduce the chance of damaging the drone and minimize damage to objects the drone might hit. Even small propellers can cause injury if, for example, they hit someone in the face. On the other hand, propeller guards make the drone more difficult to control in windy conditions.

Larger than a toy, with a camera, PLN 120–250, registration not required.

Toy drones (those with the appropriate toy safety certificates for children) do not require registration, even if they have a camera. The certificate is what matters here, not the price, capabilities, or build quality. Such drones cost PLN 150–300; if, for some reason, you really do not want to start your flying adventure by downloading an app and registering, they are a good option. However, non-toy drones can also be purchased at a better price and offer safe flying as well.

I provide the basic parameters and types of drones, along with their price ranges, below. It is worth considering whether to start with a drone costing PLN 100–300, or perhaps it would be better to buy a toy for PLN 60 and then immediately purchase a drone costing several hundred zlotys, which will allow you to take useful photos. Foldable drones are more compact, but they are less durable.

More expensive drones, apart from having, for example, a better camera or higher speed, also feature a range of functions that enhance safety and help prevent accidents, such as stabilizing sensors (an additional camera fixed to point downward is often used for this purpose), and a return-to-home function in the event of losing signal range (the drone then uses the GPS system).

One advantage of the inexpensive JJRC H36 drone is precisely the lack of all those stabilizers.

Drone weight and the necessary certificates. A drone weighing up to 900 g also does not require expensive courses.

In this text, I devote a great deal of attention to drones weighing up to 250 g, because they are the easiest to start flying legally. Moreover, such drones are cheaper, and their lower weight and smaller size make transport and storage easier, while the risk of damaging the surroundings is lower. Therefore, a starter drone should weigh less than 1/4 of a kilogram.

What if you wanted to buy another drone, weighing a little more?

To fly a drone weighing up to 900 grams, all you need to do is complete a quick online course. You can fly such a drone in subcategory A1, meaning you may fly over individual people (but you may not fly over crowds).

The training and online test also grant you the authorization to fly drones weighing up to 25 kg; however, if the drone weighs more than 900 grams, you may only fly it away from people, and the minimum distance from residential, commercial, industrial, or recreational areas is 150 m.

There is also an intermediate subcategory (A2), which allows flying somewhat closer to people than A3 with drones weighing up to 4 kg, but it requires a slightly more difficult exam.

Drones weighing up to 250 g, basic regulations.

Purchasing your first drone weighing less than 250 grams requires familiarizing yourself with several key rules. Under current European Union regulations, such devices are treated very leniently and are regarded by the law as similar to toys. The applicable regulations allow for unrestricted flying and the use of recordings for commercial purposes without the need to obtain costly certificates of competency. However, to fly fully legally, several important conditions must be met.

Registration and First Steps

The first thing to do after taking the equipment out of the box should be to read the user manual carefully. Next, every drone owner must register as an operator on the website of the Civil Aviation Authority. The operator number obtained in this way must be printed and permanently affixed to the device’s casing. It is also worth creating an account in the manufacturer’s official app and considering purchasing additional equipment insurance in case of irreversible damage or flyaway.

Flight altitude and legal regulations

The golden rule for flying in the open category is to keep the drone within visual line of sight and not exceed an altitude of 120 metres. Ignoring this limit and attempting to break altitude records without special permits may result in severe criminal liability. People planning flights in hilly terrain should consider changing their drone’s class from C0 to C1. This allows the maximum altitude of 120 metres to be measured above ground level rather than solely above the take-off point. However, this procedure requires completing a free course and competency test on the authority’s website.

It must be remembered that the 250-gram limit applies to the entire setup. So, if you attach propeller guards weighing a few grams to a drone weighing 249 g, it will no longer meet this limit.

Geographical Zones and Security

Airspace safety is an absolute priority for every pilot. Particular caution must always be exercised, and pilots must listen for approaching rescue or police helicopters. Before starting the engines, it is absolutely essential to check the geographical zones in the PANSA Check-In app. This program provides information about any flight restrictions near airports or military facilities. Every flight taking place outdoors in the territory of Poland must be officially reported using this app.

Distance from people

You may fly over individuals, but you may not fly over gatherings of people.

Privacy and operator insurance

When flying a camera from the air, we must respect other people’s privacy. The law strictly prohibits flying over crowds, such as concerts or festivals. You should also avoid flying directly over individuals or other people’s properties. Taking out third-party liability insurance is good practice. It protects the operator in the event of unintentionally causing material damage, for example, if a window in a parked car is damaged.

When taking a drone on a holiday abroad, you should always check the local legal regulations. In countries such as Morocco and Egypt, the use of this type of recreational device is completely prohibited. The key to having fun safely and successfully is prudence and properly preparing the equipment before each takeoff.

Definition of a flight within visual range

Aviation regulations refer to visual line-of-sight flights using the abbreviation VLOS. Under the law, this means a situation in which the pilot maintains continuous and direct visual contact with the unmanned aircraft. The operator must be able to see the aircraft with the naked eye, without using magnifying devices such as binoculars. Visual control allows the pilot to continuously assess the drone’s orientation in space and effectively avoid collisions with other aircraft or birds.

Entry Behind a Building and Loss of Line of Sight

Hiding a drone behind a house is a violation of the rules of the open category. When the aircraft disappears behind any physical obstacle, such as a building or dense tree cover, you automatically lose visual contact with it. Such an operation becomes a beyond visual line-of-sight flight, referred to by the English abbreviation BVLOS. In the basic open category, performing such maneuvers is completely prohibited.

It is worth remembering one more very important rule. Looking at the world exclusively through the video feed on the controller’s screen is not considered flying within visual line of sight. The screen serves only as an aid for framing the shot properly. Throughout the entire flight, you must regularly observe the aircraft itself suspended in the sky.

In practice, the enforcement of drone regulations largely depends on the location of the flight and the pilot’s own conduct. State authorities have tools at their disposal to carry out inspections, but the severity of sanctions may vary. Here is what it looks like in reality.

Who conducts inspections and how interventions take place

Police or municipal guard patrols rarely scan the sky solely in search of drones. Most interventions occur as a result of direct reports from concerned citizens. These are usually neighbors irritated by the noise or people worried about their privacy. The services also respond immediately when an illegal flight is detected by automated systems monitoring areas around airports or critical infrastructure facilities.

Fines for Minor Infractions

When a patrol arrives at the flight site, officers check the basic requirements. They pay attention to the operator’s registration displayed on the aircraft and verify the flight notification in the DroneTower app. In 2026, having third-party liability insurance for drones weighing 250 grams or more is essential. During a routine inspection, the absence of appropriate insurance usually results in a fine, which can be as high as PLN 4,000. Minor violations often result in a warning or a considerably lower fine.

Serious aviation crimes

The situation is entirely different in cases of gross violations of the law. Entering an airport’s protected zone without the controller’s permission is treated very seriously. Under the Aviation Law, such an act constitutes a criminal offense. In such cases, the police routinely confiscate the flying equipment as evidence. The case is referred directly to the prosecutor’s office, and the court may impose a prison sentence of up to five years for creating a danger to air traffic.

Common Sense and the Risk of a Penalty

Flying sensibly over empty meadows or in forests practically carries no risk of being inspected. However, if a pilot begins maneuvering recklessly over other people’s properties, flying into densely built-up urban areas, or flying just above people’s heads, the likelihood of a swift police visit and severe financial penalties increases dramatically.

Since mid-February 2026, the Civil Aviation Authority has introduced a temporary exemption for FPV pilots. It remains in effect until October 2026 and completely waives the requirement to have an observer in the open category. This means you can legally fly using goggles entirely on your own.

Until now, when flying with FPV goggles, it was necessary to have an assistant who could always keep the drone within sight.

Despite this positive change, regulations still fail to keep pace with technology. Flying beyond the visual line of sight is treated in law solely as an operation requiring extensive experience and involving considerable risk. If you are flying a large aircraft over long distances, that is indeed the case. However, there is no option to obtain a simple licence for flying a small drone at close range, beyond the visual line of sight—for example, when circling rock formations or abandoned buildings, or flying into abandoned buildings.

Flying larger, heavier drones with a greater range.

Flights with heavier drones and flights over significantly greater distances require obtaining advanced qualifications. Under the European aviation regulations in force in 2026, this system is divided into several levels depending on the degree of complexity of the operations.

Open Category and Subcategories A2 and A3 Visual-line-of-sight flights with somewhat heavier equipment generally still take place in the Open Category. Subcategory A2 allows flights with C2-class drones weighing up to 4 kilograms, while maintaining a safe distance from people. This requires passing an additional theoretical examination at a supervised training center and obtaining a Certificate of Competency for Unmanned Aircraft Pilots. Subcategory A3, on the other hand, applies to very heavy machines weighing up to 25 kilograms. Flying them is permitted only far from urban areas and buildings. To fly in subcategory A3, completing basic online training is sufficient.

Specific Category for Advanced Flights Flying beyond visual line of sight or operating heavy drones in densely built-up urban areas requires entering the Specific Category. This means a significant increase in the level of difficulty. Pilots here rely primarily on European Standard Scenarios, commonly known as STS. For example, there is STS-01, designed for visual line-of-sight flights over populated areas, and STS-02 for advanced beyond-visual-line-of-sight flights. Obtaining such authorizations requires completing a specialist course at a certified aviation training center and passing a rigorous state examination in theory and practice. In such cases, each operator must submit an appropriate declaration to the Civil Aviation Authority before commencing the mission.

SORA and PDRA Authorisations If the planned mission falls outside the scope of the predefined STS scenarios, the operator must submit an application for an individual operational authorisation. This involves preparing a highly detailed risk assessment using the SORA methodology or relying on a predefined PDRA risk assessment. This laborious process requires considerable aviation expertise and the creation of extensive documentation describing all emergency procedures.

LUC Certificate for the Largest Operators Companies and institutions with extensive fleets of heavy drones may apply for a Light Unmanned Aircraft Operator Certificate, commonly abbreviated as LUC. Holding this prestigious document gives a company the privilege of independently approving its own flight operations without having to request official approval each time. Obtaining an LUC certificate resembles the certification process for a genuine airline and involves implementing highly advanced safety management systems.

Types of Drone Flights

Classic drones with 4 propellers have 3 possible flight modes:

  • Calm, “horizontal” flight, used, for example, for photography; the drone stabilizes its flight, but is controlled manually
  • Aerobatic flight, most often using FPV goggles. The operator manually controls every aspect of the flight, which provides greater precision but is much more difficult.
  • Automatic mode, e.g. the “selfie” function or a drone that follows the user.

Some machines operate in only one mode, some in two, and others in three.

Types of drones.

There are many classifications; the main one is, of course, based on weight, as this has the greatest impact on safety and legality. An additional classification is based on purpose, so there are recreational, toy, professional (e.g. for photographers), military drones, etc.

Due to their construction, the following types can be distinguished:

Multirotor Drones

The most recognizable group of unmanned aerial vehicles is multirotor drones. This category includes popular quadcopters equipped with four propellers, as well as more advanced hexacopters and octocopters. Designs with six or eight rotors provide greater stability and payload capacity, which is particularly useful in professional applications. They are distinguished by exceptional maneuverability and can take off and land vertically. Their relatively simple construction makes maintenance and potential repairs easier. However, it should be remembered that the need to power multiple motors simultaneously results in a noticeably shorter flight time.

Single-Rotor Drones

Another type of device is the single-rotor model, which resembles a classic helicopter in appearance. It has one main lifting rotor and a smaller stabilizing rotor. This configuration allows it to carry heavier loads and operate longer on a single charge than multirotor machines, due to its better energy efficiency. However, using this equipment requires the operator to have considerably greater piloting skills and experience.

Fixed-wing drones

Fixed-wing drones, whose design resembles miniature aircraft with a single rigid wing, present a completely different picture. Their greatest advantages are an impressive flight time of up to several hours and a very high payload capacity. The use of this type of aircraft involves certain maneuverability limitations. These devices cannot hover in one place and are considerably less agile. In addition, they require a sufficiently large area to safely carry out takeoff and landing procedures.

Hybrid drones

An innovative response to the limitations of individual models is provided by hybrid drones that combine the best features of multirotors and fixed-wing aircraft. Machines of this type can take off and land vertically. Once they reach the appropriate altitude, they smoothly transition to efficient horizontal flight, utilizing the lift generated by their wings. This versatility and operational flexibility create ideal conditions for carrying out complex tasks that require precise maneuvering while maintaining exceptionally long flight endurance.

Additionally, three methods of controlling a drone can be distinguished:

  • A drone without a camera; the operator must keep the drone within sight at all times
  • A drone with a camera; the operator tracks the drone using a screen
  • Google FPV; the operator’s entire field of vision is occupied by the drone’s view.

Drone Flight Simulators.

I distinguish between two types of simulators: games that let you have fun and acquire basic skills, and proper simulators that enable you to develop real flying skills with specific drone models. Drone simulators make sense for aerobatic drones controlled using FPV goggles, because flying in this mode can easily result in crashing the drone.

Simple games available in the browser:

They enable quick play, assistance with

https://www.diyfpv.com/resources/fpv-drone-simulator

https://www.crazygames.com/game/drone-racing-championship

A somewhat better simulator, requires manual engine control

https://quakeulf.itch.io/drones

A complex simulator of various aircraft, available directly in your browser

https://www.geo-fs.com/geofs.php?v=3.9

Free FPV drone simulator available on Steam.

Liftoff®: FPV Drone Racing

Professional FPV drone simulator. It costs PLN 70 (the same as a cheap toy drone that you can play with). This simulator is used by people who want to learn to fly in FPV mode.

How to Learn to Fly a GPS Drone

Flying modern drones with a GPS module is intuitive and does not require many long weeks of learning. Thanks to numerous built-in assistance systems, control becomes extremely simple. All you need to do is learn the basic principles of safety, flight preparation, and control mechanics to enjoy successful journeys through the skies. The risk of damaging the drone is also relatively low. That is, it is possible that after a dozen or so hours, during more complex operations, flying between trees, etc., you may eventually damage the drone, but if you are careful and do not fly too far away, the chance of wrecking the drone immediately after its first launch is small.

Which drone should you choose to start with? For beginners, drones weighing up to 250 grams are an excellent choice. In this weight category, aviation regulations are the most lenient. It is worth considering models such as the DJI Mini 3, DJI Neo, or Potensic Atom 2. They feature GPS stabilization, an automatic return-to-home function, and offer very good recording quality.

Legal matters and preparing for a flight Even very lightweight drones are not just toys, which is why operators are subject to aviation regulations.

  • Registration: If the drone has a camera, you must register as an operator on the drony.gov.pl website. Simply attach the unique number you receive there to the device.
  • Checking zones: Before every flight, use the Dron Tower mobile app. It allows you to check whether you can legally take off at a given location and whether there are any local altitude restrictions.
  • Training: Although it is not strictly required for drones weighing less than 250 g, completing the free A1/A3 subcategory training will help you understand the regulations and feel more confident in the airspace.

Battery and Mobile App Batteries are one of the most important components of any drone. The key rule is never to leave batteries fully discharged for an extended period, as this may cause permanent damage. If you are planning a longer break from flying, charge them fully. Built-in intelligent systems will automatically discharge the battery to the level optimal for safe storage. Also, always make sure that your smartphone properly supports the drone manufacturer’s app and download it before heading out into the field.

How to launch and control a drone? The most popular control layout on the market is the so-called Mode 2.

  • Left stick: Controls the drone’s ascent and descent, while moving it sideways rotates the device around its own axis.
  • Right stick: Controls horizontal flight. Moving it forward, backward, or sideways causes the drone to tilt accordingly and fly in the selected direction.

Before you take off, make sure the ground is reasonably flat. When taking off from taller grass, it is advisable to place the drone on a smooth surface to prevent the vegetation from blocking the propellers and the camera gimbal. It is strongly recommended not to conduct your first test flights indoors or in other confined spaces due to the high risk of crashing the equipment into a wall.

Safety in the Air

  • Stick Release Principle: If you lose your bearings or suddenly panic, simply release both sticks on the controller. A drone using GPS positioning will immediately slow down and hover steadily in the air.
  • Return to Home (RTH): If you lose visual or video range, you can press the automatic return-to-home button. Using satellite data, the system will bring the device back on its own.
  • Antenna Range and Positioning: The flat parts of the controller’s antennas should always be pointed toward the drone. Also remember not to block the signal with your body when the drone is directly behind you.
  • Beware of the Wind: When flying with the wind, the drone uses little energy, but returning against the wind can consume significantly more battery power. Always take this into account when planning longer excursions and leave yourself a substantial battery reserve.
  • KP Index and Sensors: Phenomena such as strong solar storms can interfere with satellite signals. When the KP index is high, it is better to exercise caution. Also be careful when flying just above the water, as the downward-facing vision sensors may incorrectly interpret the bottom of the body of water as a solid surface.

How Much Do Useful Yet Still Affordable Drones Cost?

At the beginning, I described the cheapest drones that allow you to learn.

BETAFPV Aquila16 is a rugged “Whoop” drone designed for learning to fly FPV. Thanks to its sensors, it can hover in place (Altitude Hold), which is rare in this class and saves beginners from crashing into the ground.

Specifications

  • Flight time: Up to 8 minutes (very long for a Whoop).
  • Modes: N (with assistance), S (stabilization), M (full Acro for aerobatics).
  • Design: Inverted propulsion (Pusher) and PA12 material guards (exceptional durability).
  • Weight: 47g (without battery).
  • Connectivity: ELRS 2.4G (the most advanced range standard).
  • VTx: Analog (25–350mW).

Biggest Advantages

  • Durability: Withstands impacts against walls and furniture.
  • Versatility: Flies indoors and outdoors in light wind.
  • Progression: Grows with your skills—from “safe” mode to racing mode.

DJI Mavic 2 Zoom – a professional foldable drone with a unique zoom function.

  • Camera: 12 MP with 2× optical zoom (24–48 mm).
  • Video: 4K / 30 fps.
  • Flight time: 31 minutes.
  • Range: up to 5 km (OcuSync 2.0).
  • Safety: Obstacle sensors on all sides.
  • Bonus: Dolly Zoom mode (Hitchcock-style cinematic effect).

In short: Great for filming from a distance, but it is an older, though still solid, design.

Potensic Atom – a lightweight (under 249 g) and modern alternative to the DJI Mini series, ideal for beginners.

  • Camera: 4K with a 3-axis gimbal (very smooth footage).
  • Flight time: up to 32 minutes on a single battery.
  • Range: up to 6 km (PixSync 3.0 system).
  • AI features: Intelligent object tracking, automatic filming modes (QuickShots), and precise return-to-home functionality (GPS).
  • Weight: < 249 g (no need to complete pilot training in most countries).

In short: A very stable drone with an excellent 4K camera in this price range. A great choice if you’re looking for something professional, but more affordable than DJI.

Drone Construction and Repairs

Quadcopter construction and consumable components

A typical quadcopter consists of several key components. The heart of the entire machine is the flight controller, which receives signals from the transmitter and instantly controls the operation of four brushless motors via electronic speed controllers (ESCs). All these components are securely mounted on a durable frame, while an efficient battery provides them with the appropriate power. In drones designed for filming, the gimbal, responsible for smooth multi-axis camera stabilization, is also an extremely important mechanism.

During regular operation and while learning to fly, some components naturally become worn or damaged as a result of unplanned collisions. The most frequently replaced part in any drone is the propellers. Due to their delicate construction, they can break or become chipped even on light contact with thin branches or hard surfaces. Batteries also require regular replacement, as over time and after successive charging cycles, they simply lose their original capacity.

After somewhat harder landings, users are very often forced to repair cracked housing arms and exceptionally delicate signal cables connecting the camera to the main board. Less frequently, the motors themselves need to be replaced, as difficult-to-remove contaminants such as fine sand and dust may enter them in the event of a crash. Keeping the drone in good condition requires the operator to regularly check the condition of all these components before every takeoff.

Soldering

Basic soldering skills often prove entirely sufficient for carrying out many common repairs and modifications. In the case of racing drones and machines built from scratch, using a soldering iron is practically essential. Mastering this art allows you to quickly replace damaged motors or solder on new speed controllers. It also enables you to independently and safely connect additional receiver modules and video transmitters.

In commercial drones from well-known brands, the situation is somewhat different. Most components are connected using delicate ribbon cables and standard plug-in connectors. This design primarily requires great precision when handling small screwdrivers and tweezers. However, even in such ready-made devices, replacing the motor itself often involves desoldering the old wires from the mainboard and precisely soldering the new ones in place. Mastering the absolute basics of connecting electronics with solder certainly opens the way to significantly cheaper servicing of the equipment you own.

Use of Drones

Photography and Filming One of the most visible applications of drones is in the visual media industry. These devices give creators the ability to capture spectacular aerial footage without having to hire expensive helicopters. Today, film directors, advertising agencies, and real estate agents use this modern technology to present homes and large plots of land for sale in an exceptionally attractive way.

Drone photography has now become a technology literally accessible to everyone. Modern unmanned aerial vehicles offer intuitive selfie modes and automatic user-tracking features, which work perfectly during family trips, as well as in the day-to-day work of camp organizers and ski schools. The low cost of purchasing devices equipped with genuinely good cameras means that many smaller companies choose to use them independently in their businesses. Driving school owners can therefore record maneuvers on the practice area from a bird’s-eye view, while companies carrying out facade renovations gain a very simple tool for safely monitoring and documenting the progress of their work on buildings.

Precision agriculture In modern agriculture, drones are becoming an absolutely invaluable tool for accurately monitoring crops. Machines equipped with specialized multispectral cameras can quickly assess the health of plants and their need for water or fertilizers. This enables farmers to optimize yields and significantly reduce production costs. Some larger models are also designed for autonomous spraying of agricultural fields with very high precision.

Construction Site Monitoring Drones powered by artificial intelligence are also transforming the construction industry. Regular flights over a construction project enable precise monitoring of work progress and the rapid detection of any deviations from the design. A great example is the Polish company SkySnap, which develops advanced software for analyzing spatial data from unmanned aerial vehicle flights.

On the global market, the Polish-American startup AI Clearing is achieving tremendous success. The company was founded by Poles and, although its headquarters are in the United States, it is dynamically developing its main research and development center in Warsaw. The AI Clearing platform combines vast amounts of data collected by drones with proprietary artificial intelligence algorithms. This enables extremely precise monitoring of progress at the world’s largest infrastructure construction sites. For example, the system can automatically detect incorrectly poured concrete and reduce the audit time from several weeks to just a dozen or so hours. Thanks to such solutions, construction managers and investors have constant insight into the situation and can manage the entire process much more efficiently.

Logistics and Express Delivery For several years, major corporations have been testing drones as modern couriers. Delivering small packages by air makes it easy to avoid urban traffic jams and drastically reduce the waiting time for urgent orders. This technology is also successfully saving human lives. In many hard-to-reach regions of the world, drones deliver blood, valuable vaccines, and essential medicines to places completely cut off from traditional transport routes.

Rescue Operations and Improved Safety Emergency services around the world are increasingly using drones to search for missing persons. Modern thermal imaging cameras mounted on unmanned aerial vehicles greatly facilitate locating people in dense forests or high mountains after dark. Drones also help firefighters safely monitor large-scale fires and make it easier for the police to coordinate security at major mass events.

Inspections of Hard-to-Reach Infrastructure Traditional inspections of bridges, tall wind turbines, or high-voltage lines are dangerous and very costly for people. Drones can easily fly close to these tall structures and capture detailed, high-resolution photographic documentation. Engineers then analyze all the collected material in the safety of their office and efficiently detect even the smallest cracks or structural defects.

Security and Military Applications

Drones also play a key role in the security sector and in modern military operations. Security companies are increasingly using unmanned aerial vehicles to patrol extensive industrial areas or secured residential estates, as they enable the rapid verification of alarms and continuous aerial monitoring without putting employees at risk. In military applications, meanwhile, drones have become an absolute foundation of the modern battlefield. These machines are used not only for precise reconnaissance and safely locating targets from enormous distances, but also serve offensive functions themselves, effectively neutralizing threats with minimal risk to their own soldiers.

The Drone Manufacturers Market in 2026

In 2026, the drone industry ceased to be viewed through the lens of technological novelties, becoming an integral part of the economy. The evolution of the market has led to a clear division: while Asian giants dominate mass production, smaller players—including rapidly growing companies from Poland—have found their place in niches requiring a high degree of sophistication and certification.

The Biggest Players in the Global Market

On the global market, China’s DJI still holds the strongest position, controlling the lion’s share of the budget and semi-professional drone segment. However, stricter regulations concerning data sovereignty and cybersecurity have opened the door to manufacturers from other regions.

The American Skydio and French Parrot are successfully developing drones based on advanced computer vision that can navigate enclosed spaces without a GPS signal. At the same time, manufacturers such as Autel Robotics are seeking to fill the gap left by drones subject to restrictions in the government sectors of many Western countries.

Polish Drone Manufacturers

In 2026, Poland strengthened its position as a European technology hub in the field of unmanned aerial systems (UAS). Polish manufacturers consciously abandoned attempts to compete with mass-produced consumer electronics, focusing instead on high-value-added systems.

Military and Strategic Sector

The largest entity remains WB Group (Flytronic). Its flagship systems, such as FlyEye, have become a benchmark for mini-class reconnaissance drones thanks to their resilience against electronic warfare systems. Another important player is Spartaqs, which provides low-radar-signature solutions dedicated to protecting critical infrastructure.

Commercial and Transport Drones

This is the segment where the greatest breakthrough has occurred in recent years. Polish companies have dominated several key areas:

  • Medical logistics (Farada Group): This company specializes in building VTOL (vertical takeoff and landing) unmanned aerial vehicles that combine the features of helicopters and airplanes. They are regularly used to transport blood and medicines over long distances, bypassing traffic jams in metropolitan areas.
  • Rescue and environmental protection (Pelixar): The manufacturer from Gdynia supplies drones adapted to operate in extreme maritime conditions. Its aircraft support WOPR in rescue operations and serve local government units by monitoring air quality through analysis of the chemical composition of chimney smoke.
  • Industrial inspections (Prometheus): Thanks to the use of hybrid propulsion systems, the company’s drones can remain airborne for many hours, making them ideal tools for monitoring gas pipelines, power lines, and extensive forest areas.
  • Precision agriculture (Ursus): Following a successful digital transformation, this brand offers systems for precision spraying and field mapping, enabling significant savings in the use of plant protection products.

Why is there no Polish equivalent of DJI?

The success of Polish manufacturers in 2026 results from the adopted “Business to Business” strategy. Instead of competing for individual customers, companies focused on:

  • Data security: Polish software guarantees full control over the information collected, which is crucial for services and strategic enterprises.
  • Reliability in challenging conditions: Domestic designs are engineered to operate in strong winds, rain, or signal-jamming conditions.
  • Regulatory compliance: Poland, as one of the leaders in implementing U-Space systems (drone traffic management), has enabled manufacturers to quickly test and certify autonomous flights.

List of consumer drone manufacturers.

  • DJI (Mini and Neo Series): The Chinese giant continues to dominate, offering models such as the DJI Mini 4K and Neo 2. These are the “first-choice” drones—affordable, stable, and small enough to fit in the palm of your hand. The Neo 2 became a hit in 2026 as a personal, autonomous selfie camera.

  • Potensic (Atom Series): DJI’s main rival in the budget category. Their Atom and Atom 2 models offer 3-axis image stabilization and a range comparable to that of more expensive drones, while being noticeably cheaper than DJI products.

  • Skyrover: A brand that earned the title of “best value” in 2026. Its S1 model offers 4K recording at 60 fps and a flight time of up to 40 minutes, which is exceptional in this price range.

  • Fimi (Xiaomi Ecosystem): Still a strong contender with the X8 Mini series. These are drones for people who want “pro” specifications, such as a long radio range, but do not want to pay for the market leader’s logo.

  • Extralink: A Polish brand (distributor/manufacturer) that has flooded the market with very affordable models such as the E99 Pro and Smart Life F10. These drones often cost less than PLN 200–300—perfect for learning how to fly before buying more expensive equipment.

  • Syma and Holy Stone: Classics of the genre. Syma (e.g., the X38 model) is synonymous with an indestructible drone that is great for children. Holy Stone, on the other hand, offers GPS-equipped drones at prices that, until recently, were reserved for simple toys.

  • Ryze (Tello): A small drone created in collaboration with DJI and Intel. For years, it has remained the best educational choice (it can be programmed, for example, in Python).