Miniature ADS-B Technology (Transceivers/Receivers) and Drone Tracking Transponders for sUAS & UTM/U-Space
TR-1F Transceiver with ADS-B and FLARM TR-­1F belongs to the series of the smallest transceivers on market and supports two technologies
TR-1F Transceiver with ADS-B and FLARM

TR-­1F belongs to the series of the smallest transceivers on market and supports two technologies

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TR-1F Transceiver with ADS-B and FLARM

TR-­1F belongs to the generation of the smallest transceivers on market and supports two technologies: ADS-B and FLARM. It has been developed to support civil and commercial Unmanned Aircraft Systems as well as General Aviation. The device operates on 1090MHz and 868 MHz and allows receiving and transmit A-DS­B and FLARM data with defined 0.25, 0.5 or 1 Watt output power for ADS-B and 0,025 Watt for FLARM.

The transceiver does not require external devices to operate. It is equipped with a high-quality multi­-GNSS receiver and a barometric pressure sensor. The aluminum housing and ESD protection guarantee the high resistance of the device to work in difficult conditions. TR-­1F opens the way to the safe integration of UAS into non-segregated airspace, implementation of the Detect and Avoid algorithms and reduce the separation between airspace users.

Notice: price includes a life-long FLARM license.

Features:
  • Real-time aircraft tracking on 1090MHz and 868 MHz band
  • Patented FPGA-In-The-Loop technology with the capability of receiving thousands of frames per second
  • Integrated high-quality GNSS position source and barometric altitude sensor
  • 0.25, 0.5 or 1 Watt RF output power for ADS-B
  • Licensed FLARM transceiver (0.025 Watt output power)
  • Implemented MAVLink and AERO protocol
  • Low-power consumption and low weight design
  • Simple plug&play operation
  • Programming via AT commands
  • Designed to meet MOPS DO-260B (except the output power)
  • Dimension: 35.0 x 25.0 x 8.5 mm
Applications:
  • On-board traffic monitoring
  • Position broadcasting
  • Implementation of Detect and Avoid algorithms