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Security at its best
Soldered chip SIM, firmware over the air updates, or DTLS encryption got you safe & secured.
Multi constellation GNSS receiver
Receiving signals from GPS, GLONASS, Galileo and SBAS for robust and reliable positioning.
Built according to the newest Remote ID standards
Compliant with Direct & Network Remote ID according to the prEN 4709-002 and ASTM F3411 Standards.
Internal LTE, Bluetooth and GNSS antennas
With an option to add external Bluetooth antennas for better signal reception.
Battery with up to 14 hours of endurance
You can also use your drone as a power source for carefree flights without the need for charging.
Take-off, landing and free-fall detection
Worry-free flight start and end. Mini warns other closed-by pilots about potential dangers.
Multiple sensors onboard
GNSS position estimation, pressure altitude measurement and motion detection via accelerometer.
MAVlink & DJI A3 support
Professional DJI and Pixhawk flight controllers integration via our EXT port to connect to the drone's flight data.
SPECIFICATIONS
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Cellular
LTE-M and Narrowband IoT (NB-IoT)
Cellular bands
3, 8, 20 for the EU and 2, 4, 12 for the US
Short-range radio
Bluetooth 2.4GHz
Sensors
GNSS, barometer, accelerometer
Positioning
GPS L1, GLONASS L1, Galileo E1, SBAS
SIM card
Chip SIM soldered on the mainboard
Built-in Antennas
Internal LTE, Bluetooth and GNSS
Optional Antennas
External LTE and Bluetooth via MMCX plugs
External ports
3.3V extension connector and 5V Micro USB
Battery
LiPo 3.7V 500 mAh
Battery life
8-14 hours (depending on the configuration)
Charging
5V Micro USB
Charging time
2 hours from a discharged state
Average current consumption
50mA
Maximum current consumption
1A
Enclosure
plastic
Fastening mechanism
3M Dual-lock SJ4570
IP rating
IP43
Operating temperature
-20 °C to +60 °C (-4 °F to 140 °F)
Dimensions
54x35x15 mm (2.1x1.3x0.6 in)
Weight
32 grams (1.1 oz)
WHAT IS A REMOTE ID AND WHY DO I NEED IT?
Remote Identification (Remote ID) means that other parties can receive basic information about airborne drones digitally (similar to general aviation). It includes data such as the operator's registration number, drone serial number, and current position. Remote ID enables organized management of drone operations for safe airspace.
WHAT IS THE DIFFERENCE BETWEEN DIRECT AND NETWORK REMOTE ID?
There are two types of Remote IDs. Direct (or Broadcast) Remote ID (DRI) involves the drone broadcasting data directly to nearby entities within a range of hundreds of meters to a few kilometers. Network Remote ID (NRI) involves the drone sending data via a cellular network to a central system accessible by other users.
WHEN DO I NEED DRI AND WHEN NRI? DO I NEED BOTH?
The current European-wide drone regulation requires drones flying in the Specific category to fulfill DRI requirements from July 1, 2022. The technology and protocol are defined in prEN 4709-002. The requirement for NRI access in U-space airspace will begin in January 2023, although specifics are still unclear. In the USA, the FAA mandates the use of DRI modules by pilots from September 2023 and compliance by drone manufacturers (to produce Standard Remote ID drones) from December 2022. It is advantageous to have both DRI and NRI systems on your drone. Dronetag Mini ensures compliance with the latest standards.
CAN I USE THE MINI WITHOUT THE SUBSCRIPTION?
Yes, you can. But keep in mind, that subscription is needed to use the full potential of the Mini. It covers the costs for the SIM tariff and SW platform. Our plan starts from a mere 15 EUR / USD per month per device + you get the first 6 months for free (see our plans). Moreover, we don't lock you into any contracts, so you can cancel the subscription at any time. If you don't like our subscription model, you can still use the Mini in our Free tier (Direct / Broadcast Remote ID functionality via Bluetooth), but without the NRI and other functionalities.
CAN I USE MY OWN SIM CARD?
No. Dronetag Mini has a soldered chip SIM and we manage everything about the connectivity for you. There are very good safety, security and economic reasons for this. Concerning the safety, drone vibrations don't play well with common SIM slots and plastic SIMs. For security, we use our SIMs to authenticate against our cloud so the data we show are guaranteed and couldn't be easily spoofed. Lastly, the IoT cellular networks we use are not easily made available to the public, meaning you won't get the pricing as we have because of our higher demand. Using your own SIM would likely mean you would be locked into a long-term contract.
WHAT COUNTRIES ARE SUPPORTED AND ARE THERE ANY ROAMING RESTRICTIONS?
Visit this link for more infor about supported countries . KNOWLEDGE BASE