Terrestrial Imaging is now an authorized dealer for Dronetag, the European maker of Remote ID hardware built to both broadcast and detect drone identification signals. We are starting with the two products that answer the question most of our customers are actually asking: not "how do I make my own drone compliant," but "how do I see who else is flying near my site?" Those two products are the Dronetag RIDER, a portable Remote ID receiver you can carry in a jacket pocket, and the Dronetag Scout, a fixed installation that watches an entire site around the clock. This article explains what Remote ID detection is, why it has become a live concern for public safety and infrastructure operators, and how the RIDER and Scout differ so you can pick the right one.
Remote ID turned every compliant drone into a broadcast beacon. A receiver turns that broadcast into something you can act on: who is flying, where, and from where they took off.
What Remote ID detection actually does
Remote ID is the regulatory requirement that most drones broadcast a digital "license plate" while flying. In the United States it has been mandatory under 14 CFR Part 89 since March 2024, and equivalent rules are in force across the EASA framework in Europe and under MLIT in Japan. A compliant drone broadcasts its identification, live position, altitude, speed, and the location of its operator over standard Bluetooth and Wi-Fi signals.
That broadcast is public. Anyone with the right receiver and within radio range can pick it up, decode it, and see the aircraft on a map in real time. That is what a Dronetag receiver does. It listens for those Bluetooth and Wi-Fi Remote ID transmissions and turns them into a live picture of the drones operating around you, including, critically, where each operator is standing.
A receiver detects only what a drone broadcasts. If an aircraft has no Remote ID or is not transmitting, it will not appear. Broadcasting behavior also depends on firmware and region: a drone may transmit in a country where Remote ID is mandatory and stay silent where it is not.
For a growing set of operators, that live picture is the whole point. Public safety agencies want to know whether a drone over an incident scene belongs to a partner agency or an unknown party. Correctional facilities and stadiums need to spot contraband-carrying or spying drones. Airports and critical infrastructure sites need a passive, always-on record of drone activity in their airspace. Remote ID detection gives all of them situational awareness without radar, without jamming, and without touching the aircraft.
Two receivers, two very different jobs
The RIDER and the Scout both detect the same Remote ID signals to the same regulatory standards. The difference is deployment. One is portable and personal. The other is fixed and permanent.
| Feature | Dronetag RIDER | Dronetag Scout |
|---|---|---|
| Form factor | Portable, pocket-sized | Stationary, pole or wall mounted |
| Weight | 64 g with antenna | 2.2 kg without antennas |
| Detection range | Up to 5 km (10 km with optional antenna) | Up to 10 km omni, up to 25 km directional |
| Power | Built-in battery, up to 10 hours | PoE / PoE+ (mains, continuous) |
| Connectivity | Integrated LTE, Bluetooth, USB-C | Ethernet, optional 4G module |
| Weather rating | IP54 | IP67 / NEMA-6 |
| Best for | Field teams, spot checks, mobile response | 24/7 monitoring of a fixed site |
Dronetag RIDER: detection you carry with you
The RIDER is a Remote ID receiver small and light enough to carry anywhere. It weighs 64 grams with its antenna and runs up to 10 hours on its internal battery, so a field team can drop it in a bag and have live drone awareness wherever they set up. It detects compliant drones up to 5 km away, extendable to 10 km with an optional high-performance antenna, and shares what it finds in real time over integrated LTE, Bluetooth, or USB-C. It works offline with the free Drone Scanner app, or connected to unlock cloud sync and live dashboards.
It suits anyone who needs answers on the move: a public safety officer checking activity over an incident, a site manager doing a walk-around, or an operator confirming the airspace before a job. An IP54-rated housing and a wide operating temperature range keep it working outdoors in dust and rain.
Dronetag Scout: always-on site monitoring
The Scout is the fixed counterpart. Mounted on a pole or wall and powered over a single PoE cable, it monitors a site continuously, 24 hours a day. Where the RIDER is personal, the Scout is infrastructure. It scans every available Bluetooth and Wi-Fi channel across both the 2.4 GHz and 5 GHz bands, tracks an unlimited number of drones at once, and, per Dronetag's testing, does so with zero false positives.
Range depends on the antenna configuration: up to 10 km with an omnidirectional antenna and up to 25 km with directional antennas, which can be arrayed for full 360-degree perimeter coverage. The Scout is modular, with expansion options for ADS-B, ADS-L, and FLARM to fold crewed-aircraft awareness into the same picture. Detections flow to the Dronetag App or straight into a third-party C-UAS or UTM platform via API, MQTT, and webhooks. An IP67 aluminum enclosure with internal heating keeps it running in harsh, permanent outdoor installations.
Not either/or. Many operations run both: fixed Scout units for permanent coverage of a facility, plus RIDERs for field teams who move around or respond off-site. Because both feed the same Dronetag platform, detections from every device land on one map.
Who these are for
Remote ID receivers are passive, receive-only devices. They create no radio interference, require no special authorization to operate, and never interact with the drones they detect. That makes them a clean fit for a range of uses:
- Public safety and law enforcement. Confirm whether a drone over a scene is a partner agency's or an unknown party's, and locate the operator.
- Critical infrastructure. Maintain an always-on log of drone activity over energy, water, data-center, and transport sites.
- Correctional facilities. Detect drones attempting contraband delivery or surveillance.
- Events and stadiums. Monitor the airspace over crowds during games and gatherings.
- Drone operators. Check the surrounding airspace before and during a job to keep clear of other traffic.
A Remote ID receiver is a detection and awareness tool, not a countermeasure. It does not disable, jam, or take control of any drone. Interfering with an aircraft in flight is regulated separately and is generally unlawful for civilian operators in the U.S.
Frequently asked questions
What is the difference between the RIDER and the Scout?
Both detect the same Remote ID signals. The RIDER is portable and battery-powered, built to carry with you for spot checks and mobile response. The Scout is a fixed installation, powered over PoE and mounted permanently for continuous 24/7 monitoring of a site with longer range and unlimited simultaneous tracking.
What drones can they detect?
Both are drone-agnostic and detect any aircraft broadcasting Remote ID under FAA, EASA, or MLIT standards, including DJI, Autel, Parrot, and Skydio, whether the drone has built-in Remote ID or uses an add-on module. They detect only Remote ID signals; a drone that does not broadcast Remote ID will not be detected.
How far away can they detect a drone?
The RIDER detects up to 5 km, extendable to 10 km with an optional antenna. The Scout reaches up to 10 km with an omnidirectional antenna and up to 25 km with directional antennas. Real-world range depends on the drone's transmitter power and the local RF environment; urban areas typically reduce range.
Do I need an internet connection?
Not for basic detection. The RIDER works offline with the free Drone Scanner app; connecting it over LTE unlocks cloud sync and live dashboards. The Scout can run in on-premise mode without the cloud, or connect over Ethernet or an optional 4G module for real-time cloud transmission.
Is a receiver legal to operate?
Yes. Remote ID receivers are passive, receive-only devices that listen for public broadcast signals. They do not transmit to or interfere with drones and require no special authorization to operate. They are detection tools, not countermeasures.
Can I use both together?
Yes, and many operations do. Fixed Scout units cover a facility around the clock while RIDERs go with field teams. Both feed the same Dronetag platform, so all detections appear on one map.
Adding Dronetag to our catalog rounds out how we support customers on the airspace-awareness side, not just the flying side. If you need to know who is in the air around you, the RIDER and the Scout are the two most practical ways to find out. To carry detection with you, see the Dronetag RIDER. For permanent monitoring of a fixed site, see the Dronetag Scout. If you are not sure which fits your operation, contact us and we will help you match one to your site and mission.
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