How to get a paraglider to show up on radar

Welcome to this APRS tracking website! Our goal is to bring you a fast and easy-to-use map with APRS data from APRS-IS, CWOP-IS, OGN or some other APRS data sourcei (depending on how this specific website is configured). We give you fast map updates and nice looking APRS symbols!

This website is based on the APRS Track Direct tools. Read more about APRS Track Direct here or go directly to GitHub. In addition to a map with fast APRS data updates, APRS Track direct also provides related functions such as Latest heard and Station search etc.

What is APRS?

APRS (Automatic Packet Reporting System) is a digital communications system that uses packet radio to send real time tactical information (on amateur radio frequencies). The APRS network is used by ham radio operators all over the world. Information shared over the APRS network is for example coordinates, altitude, speed, heading, text messages, alerts, announcements, bulletins and weather data. APRS has been developed by Bob Bruninga, callsign WB4APR. More information about APRS can be found at or at wikipedia.

But as you probably already understood, the APRS specification is not only used by ham radio operators, but also for several other areas of use, such as e.g. for CWOP and OGN data.

What is a Glider?

A sailplane or a glider is an aircraft, they are aerodynamically streamlined and are capable of gaining altitude when flown in rising air. Most gliders do not have an engine, although motor-gliders have small engines for extending their flight or to take off.

Most gliders uses FLARM, which is a traffic awareness and collision avoidance technology. FLARM is mainly utilized in gliders, however other small aircrafts such as helicopters, light aircrafts, and UAVs are more and more often equipped with it.

Open Glider Network

The OGN community project maintains a unified tracking platform for gliders and other GA aircraft. Currently OGN focuses on tracking aircraft equipped with FLARM, FLARM-compatible devices or OGN tracker. All tracking-data published on this website is received from the OGN network

Can Drones Show Up On Radars? Detecting and Tracking Drones

The majority of radars don’t have the capacity and the resolution to detect and track recreational drones. However, other types of detection tools and techniques can track drones and even their pilots.

Are drones trackable?

The first thing we need to clarify is if simple drones can be tracked or not. There are different kinds of tools and technologies that can help security teams follow drones.

With these radars, and techniques somebody can find out the location and GPS address of the drone. Some of these drone detectors can even find out the type of a quadcopter, its speed, and even the altitude it’s altitude.

drones tracked show up on radar detection of drones

Advanced drone detection tools and software are available for more professional detection and tracking. Combining physical parts like sensors with intelligent software will result in more accurate results.

How does drone detection work?

The technology and tools for drone detection were created to track unmanned aerial systems (UAS) like drones or different kinds of quadcopters.

There are many tools and technologies for detecting and tracking any activity of these aircraft in the sky. Different technologies use different methods with various sensors and capacities in terms of the size and detection range of the drone.

  • After my research, I found that the easiest way to detect and track drones is by using their primary system for controlling them: radiofrequency. These frequencies can be tracked with relatively simple sensors.
  • The other way of tracing these aircraft and detecting their location is using radars for GPD Pre-Programmed drones.
  • The third big drone detection technique uses simple visual detection tools like Pan, Tilt, and Zoom (PTZ) cameras. With these, some can take pictures of the drones in the monitored area.

Of course, as different drones have their downsides and advantages, the same thing applies to drone detecting and tracking devices. Each of these methods and tools for detecting drones has a fair amount of possibilities but also limitations.

Many people or even organizations are looking for drone radars and detectors to reduce the threat of possible spying, injuries, or violating privacy. But the first thing you need to know and accept is the limitations of each type of these detection tools.

Some are better suited to specific environments than others from these drone tracking tools. But combining these technologies will allow you to track the majority of drones.

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Do drones show up on radar?

Certain types of radars can track even smaller aircraft like drones. Some radars have a high-resolution built-in system that allows the detection and tracing of drones.

These radars can constantly scan the sky for reflections, and they can detect even more minor changes of movent in the scanned area.

Many systems and organizations have a database about drone properties. So, they can spot even smaller unmanned aircraft like drones from the reflected signals.

By comparing these signals with the drone database, they can see the difference between drones and other objects in the air, like birds.

This method is helping drone detection to get to a new level by displaying and tracing drones with reasonably good accuracy.

Do small drones show up on radar?

These drone detection systems like radars combined with intelligent software can detect even smaller drones. These days it is possible to tell the difference between a small drone and a bird with a small margin of error.

Of course, you won’t meet these drone detection radars on every corner of the streets. But it is good to know that they are already in use.

Can a drone be traced back to you?

Yes, some technologies and systems can trace drones back to you, the pilot.

Tracking drone back to the pilot by waiting

It could sound too trivial but waiting and watching the drone could be the most straightforward way to find the pilot. The majority of recreational drones can fly in less than 30 minutes, and Self-made FPV and smaller drones can fly even more minor, some of them even less than 5 minutes.

If the drone pilots are not aware of being tracked, they will fly the quadcopter back to them. The only thing someone needs to do is watch and wait. The battery will discharge pretty fast, and the pilot will start the return to the starting point process.

Is waiting and following a drone a good method to trace it back to the pilot?

After a second of thinking, you might also figure out that almost none drone pilots want to abandon their aircraft. The majority of drones cost at least $100 (even the cheaper toys), and a big part of them are more than $400.

Another factor is that most drones cannot fly too far, out of the line of sight. So, if you want to trace a drone to its pilot, keep this in mind.

So, waiting a couple of minutes can be a reasonably effective spotting the drone pilot. If you are flying your quadcopter unlawfully, having this in mind could save you from unwanted troubles.

Detecting and tracking drones using mobile ground radio-tracking equipment

The transmitter of drones uses a particular frequency range. FCC regulates these frequencies, and it is pretty easy to track them with radio source triangulation.

Don’t get overwhelmed too fast. This method needs the drone to fly long enough so you can track them while they are in the sky.

Before flying a drone, you should make sure that your drone is registered correctly in the system of FAA. With this triangular system, it is relatively easy to spot the source of signals. This method has been in use since the 1930s.

The two-way communication between the drone and its pilot opens a fair amount of possibilities for tracking them.

Want to learn more about drones? You can read the following articles:

  1. Can you fly Drones without an SD card?
  2. Why do birds attack drones?
  3. Can you fly a drone in the rain? ?


After research and reading, the best information got is “no”. ATC radar is likely to ignore small objects like commercial drones. Normal airport radars have a ‘clutter’ filter that screens out the small stuff like birds and drones and another factor is that air traffic radars don’t have the resolution capability.

As with other similar drones, DJI drones can be tracked too. One method for tracking DJI drones is by using the Radio Frequency Identification (RFID) system. This system uses electromagnetic fields to track objects. If a DJI drone has an RFID tag attached to it, then it can be easily tracked using this system.
Another technique to track DJI drones is by attaching a tracking device to them. This device will emit a signal that can be detected by receivers located around the area. This system is known as Radio Frequency (RF) tracking.

The three most simple ways of detecting drones in the sky are:
1. Using Radio Frequency Technology
2. Detecting drones with a High-resolution Radar
3. Visual tracking with PTZ Cameras

The most common way to track drone signals is by using radio-tracking equipment for radio source triangulation.

1. Aerial Armor Drone Detection App
2. Droneradar
3. Airmap for drones
4. Kittyhawk for DJI and UAV drones
5. Litchi
6. Hover – Drone & UAV pilot app

I’ve been addicted to electronic devices since I was a little kid. I used to build boats and RC cars from scratch. This hobby was the starting point of becoming a drone addict.
I created this site to gather and share every information you might need to know about the world of radio-controlled devices.

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Do Drones Show Up On Radar? (Explained for Beginners)

Any drone user with a military background may have wondered at times if drones show up on radar. But it’s a bit of a loaded question. The answer is, YES and NO. But the real question should be, if the radar system picks up a signal, does it recognize a drone/UAV when the radar picks up a return or blip?

Yes, drones can and do show up on Radar. Radar will pick up a drone, but it may not be able to identify that object for what it is. However, in some cases, the object may not even show up, depending on how sensitive the system is and how much radar clutter has been programmed out.

To understand how this works, we need to look at a few things.

What is Radar?

First, let’s take a look at what RADAR is. RADAR is actually an acronym for RAdio Detection And Ranging. RADAR is a multiple component system, and also there are different types of radar and different applications. Lidar for example is a type of radar that uses infrared light and lasers.

Most Radars though use Electromagnetic Radio Waves and this is the focus of the type of RADAR we’re looking at. Radar systems typically will consist of the following components:

  1. Transmitter
  2. Transmitting antenna
  3. Receiving antenna
  4. Receiver
  5. Processor

The Transmitter produces radio waves or what is referred to as Radar signals. It is these radio waves/radar signals that are then sent out from the Transmitting Antenna (can also be called Transmitting Aerial – aerial is another term for antenna).

These radio waves/radar signals are sent out in predetermined directions. When these radio waves/radar signals make contact with an object, be it a plane, drone, bird, weather – the radio waves/radar signals will usually reflect back to the Receiving Antenna/Aerial, or they can scatter.

Sometimes the radio wave is absorbed and penetrates the object it makes contact with, producing no readable return and making that object very difficult to detect, much like the Stealth aircraft is designed to do.

What happens to the radio wave/radar signal when it makes contact with an object can vary. This can depend on what the object is made of or even atmospheric conditions like fog or rain. For instance, the Stealth Aircraft was designed to be hard to detect by radar by absorbing or redirecting the radio wave/radar signal.

The principle behind this is that the radio wave/radar signal doesn’t reflect back directly to the receiving antenna/aerial. Heavy rain or thick fog could cause massive radar clutter blocking and scattering returns from more solid objects, almost as if masking them.

The radio waves that reflect back though, are able to be picked up by the receiving antenna/aerial and the receiver. It is these reflected radio waves/radar signals that are reflected back from the object it makes contact with. The processor is able to read and process the return data in some cases into an identifiable object based on the database of information it has to work with and other factors.

Limitations of Radar

There are limits to the area a Transmitting Antenna/Aerial can reach. The amount of power the antenna/aerial uses is also important to its range and depth of field.

It is due to these limitations that we get terms like “Flying under the Radar.” Most antenna arrays send out a linear path signal, depending on the wave signal range and depth. It could be possible to fly below the Radio waves/radar signals.

A RADAR may not be set to detect anything below say 400 feet, or it may be set to not detect small objects which can also be known as clutter. The processor may be set in this manner to limit the amount of clutter that is being picked up or reflected back.

Radar clutter is defined as unwanted back-scattered signals from physical objects in the natural environment like ground, sea, birds, etc.

It is these types of settings that may keep a drone from being seen or showing up on radar.

Also, RADAR antennas come in many different shapes and sizes. They have two main types based on their physical structure. The type of antenna/aerial used can make a very big difference as to the range and depth of the area they are able to cover.

The two types are Parabolic Reflector Antennas and Lens Antennas.

The Reflector-style antenna/aerial comes in a variety of sub-styles like Gregorian, Parabolic, Cassegrain, Splash Plate, Offset Feed, etc. Reflector antenna/aerials are the most commonly found and are the type you might see at an airport or being used by your local meteorologist to forecast the weather, or even aboard a sailing vessel. Range and detection vary from type to type.

Another determining factor in a RADAR system’s ability to reach out and detect objects is determined by the strength of the radio wave/radar signal being sent out and the strength of the receiver to pick up the signal. Some of the most powerful RADAR systems are used by military powers around the world.

Types of Radar

There are different types of RADAR.

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First, there is Pulse Radar. This type of radar is used for detecting stationary objects. There is also a type of pulse radar called MTI Radar (Moving Target Indication Radar). MTI Radar is used to track non-stationary or moving targets.

Pulse radar transmits a pulse signal at every clock pulse with the object being read or seen between pulses. Pulse radar can use a single antenna/aerial to transmit and receive.

The next type of radar is Continuous Wave Radar. This type of radar uses Doppler Effect for detecting stationary and non-stationary objects. These types of radars are known as Unmodulated Continuous Wave Radar and Continuous Wave Radar, or more simply CW Radar or UCW Radar.

These style radars require two antenna/aerials, one to transmit and another to receive. If the CW Doppler Radar uses Frequency Modulation it would be known as FMCW (Frequency Modulation Continuous Wave Radar) sometimes referred to as CWFM (Continuous Wave Frequency Modulation). This style of radar is used most often for weather forecasting.

The last type of radar would be MTI Radar (Moving Target Indicator). This type of radar also uses the Doppler effect for distinguishing non-stationary objects from stationary objects. They are usually equipped with an Amplifier or Oscillator.

These types of radars can use a single antenna/aerial as both a transmitter and receiver with the use of a duplexer. Or MTI Radars can employ two antenna/aerials still. A duplexer allows for the signal to be transmitted and received by the same antenna/aerial. These style radars are the most frequently found.

Can Radar identify a drone?

We’ve covered what Radar is, what it does, and how it does it. To this point, we know that if an object is within the Radio wave/radar signal, then it will be detected, as long as it reflects the wave back to the receiver.

What we haven’t really covered though is if the processor will recognize the object (say, a drone). So, let’s get into that now.

What does radar actually detect? Here’s the crux of the discussion. Radar can only detect the position and speed of objects. Now if we leave it there, the answer to our question changes from yes to no. Or does it?

Whether the radar will identify a drone all comes back to the processor and its database and the settings. Would the radar be able to detect a small object the size of a bird or drone? Yes, it would.

We know that if that small object reflects the radio wave/radar signal back to the receiver, it will pick it up as an object, providing its position and speed. But we also know that radars are programmed to cut down on radar clutter. After all, every time a bird flies into the radio wave/radar signal it will show. That could be a whole lot of clutter.

So the drone could easily be cut out as just one more piece of clutter. This would mean that that drone effectively does not show up on the radar at all.

One other piece of information that does come back in the reflected radio wave or signal is the size of the reflection. More sophisticated radars can, based on this information and a database of stored radar profiles, determine to some degree the nature of the object.

So how does a Radar Operator know what he/she is seeing? That would be dependent on which radar system they are using.

Air Traffic Controllers use two radars for example.

The first is the primary radar. This radar is for basic detecting and ranging and only provides that information. The secondary radar used by Air Traffic Control is the Secondary Surveillance Radar (SSR). This Radar works with the aircraft’s transponder and provides more information to the controller than the primary radar does.

The transponder is one of the main ways for an aircraft to be identified. Another is by radio communication with the aircraft. By giving their position to the radar operator, the pilot is able to identify and position the aircraft on their radar positioning.

So, one of the main ways of identifying an object on radar is by direct contact with the craft. Another means of identifying an object is by the Radar Operator marking the take-off and following the craft from there.

Another method is by the aircraft itself, and a device called a transponder. Transponders send out a code that identifies the aircraft. This code allows the Air Traffic Controller to know which plane is which, among other information about the aircraft.

As you can see, identifying an object on radar is not as easy as just seeing that there is an object there. So yes, a radar will pick up a drone/UAV but it may not be able to identify that object for what it is. The object may not even show, depending on how sensitive the system is and how much radar clutter has been programmed out.




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