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Description of the DRI

Dronetag DRI is a Remote ID broadcast module designed to meet regulatory requirements in the US and EU.
It enables compliance without developing a custom RF solution or firmware.

Features

Sophisticated UART Bypass / Forwarding

Dronetag DRI will not take away any of your existing ports. Thanks to our UART forwarding feature, you can integrate it between the flight controller and your serial peripheral. Just enable port forwarding in the Dronetag App and connect the Dronetag DRI between your flight controller and the serial peripheral.

Standardized SN

Our DRI module already has an ANSI/CTA-2063-A serial number baked in. Refer to this SN during the compliance process without worrying about managing your own sequence.

ASD-STAN EN 4709-002 & ASTM F3411-22 compliant

Suitable for all regions adopting either of these standards. Broadcasts over Bluetooth 4 & 5 with a range of up to 3 km (1.86 miles). The distance may vary depending on the integration level and the position of the DRI on the drone.

Variants

We produce two variants of the Dronetag DRI: one with a U.FL connector for an external antenna, and one with an internal antenna already on board.

  • The internal‑antenna variant is best understood as a testing and development module. It is a convenient starting point for testing integration and experimenting with mounting options, especially on plastic airframes. However, its integrated antenna does not meet the performance requirements for regulatory certification. For this reason, it should not be used in final certified products.

  • The U.FL connector variant provides the flexibility to attach an external antenna of your choice or from our list of preapproved antennas. This is the recommended option for product integration, as it allows you to achieve the required RF performance and compliance. It is particularly useful when integrating the DRI into carbon‑fiber or otherwise RF‑challenging aircraft, where antenna placement is critical.

    This variant is primarily intended for manufacturers who need to meet regulatory requirements. Because the module is FCC‑certified with preapproved antennas, it can be easily incorporated into a product under the Contains FCC ID framework, significantly simplifying the certification process.

Specification

Dronetag DRI transmits position and identification data adhering to Direct (Broadcast) Remote ID regulations. Its transmission follows the standards outlined in prEN 4709-002 for the EU and ASTM F3411 for the US. Dronetag DRI has been accepted by the FAA as one of the initial Remote ID modules. You can verify the Declaration of Compliance here.

ParameterValue
Short-range radioBluetooth 2.4 GHz
Bluetooth output power8 dBm
Remote ID technologyBluetooth 4.0 Legacy + 5.0 Long Range
SensorsNone, data read from flight controller
IndicatorsRGB LED to show the state
AntennaVariant with internal or external antenna
Antenna ConnectorsOptionally 1× U.FL (IPEX compatible)
Communication Connectors2× JST GH 6-pin (1.25 mm pitch)
Communication ProtocolUART (3.3 – 5V tolerant)
Supported Message ProtocolMAVLink 2
Supported baud ratesStandard ones – configurable in Dronetag App
Input voltage3.3 – 17V
Input voltage regulatorLow-noise buck converter
Average current consumption3 mA
Maximum current consumption10 mA
Mounting mechanismM2 holes or double-sided tape
Operating temperature-40°C to +85°C (-40°F to 185°F)
Dimensions22.5 × 16 × 5 mm (0.89 × 0.62 × 0.19 in)
Weightwith JST connectors 1.5 g (0.056 oz)
Weightwithout JST connectors 0.5 g (0.017 oz)
Remote ID StandardsASD-STAN EN 4709-002 & ASTM F3411-22
CertificationsUses FCC/CE approved radio module

3D Assets

Visit the downloads section to get the 3D model of the device.

What's in the Box

After receiving the DRI package, the following should be present:

Dronetag DRI (the variant you have chosen)

Pixhawk 6-PIN GH to 6-PIN GH Cable 10 cm

If you purchased the DRI with an external U.FL antenna port, the package contains:

Bluetooth Wire Antenna