The TR-10 ADS-B Transponder is a next-generation UAV transponder engineered to support operations in controlled and regulated airspace where adherence to civil aviation requirements is essential. Combining interrogation reception and transmission capabilities within a single ultra-compact unit, the transponder weighs only 75 grams, making it suitable for integration into size- and weight-constrained unmanned aircraft. The device provides bidirectional Mode-S uplink and downlink communications, ADS-B Out broadcasting, and reception of Mode A, Mode C, and Mode S signals, enabling enhanced aircraft visibility and interoperability within the broader air traffic environment. With Mode-S uplink sensitivity down to −72 dBm and transmission output reaching +40 dBm, the TR-10 delivers dependable performance for a wide range of UAS applications.
Developed for straightforward incorporation into modern unmanned platforms, the TR-10 integrates transponder functionality, ADS-B Out capability, and versatile connectivity options within a single airborne system component. Support for CAN 2.0B / ARINC 825, UART, and USB-C configuration interfaces simplifies integration with flight control systems and onboard avionics, reducing implementation complexity for airframe developers and system integrators. Its combination of compact form factor, standards-oriented functionality, and flexible interfacing makes the TR-10 a practical choice for UAV manufacturers seeking reliable airspace integration and electronic conspicuity capabilities.
| Specification | TR-10 |
|---|---|
| RF type | transponder |
| ADS-B (OUT) | ✓ |
| MODE-S downlink | OUT |
| MODE-S uplink | IN |
| MODE A/C/S (IN) | ✓ |
| Receiver sensitivity [dBm] | -72 (MODE-S UL) |
| Transmitter power [dBm] | +40 (MODE-S) |
| UART interface [baud] | ✓ (115k / 921k / 3M) |
| CAN interface | ✓ (2.0) |
| USB interface | ✓ (2.0) |
| Built-in pressure sensor | ✓ |
| Power supply [V] | 10-36 |
| Current consumption [mA] | 200 |
| Weight [g] | 75 |
| Dimensions [mm] | 53.5 × 43.5 × 18 |






