Aerobits, a specialist in miniature avionic systems for UAVs, provides a detailed overview of its tracking technologies for reliable drone identification, localization, and monitoring to aid modern airspace management.
The trkME series tracker offers a single Plug-and-Play tracking module which integrates multiple RF systems, including ADS-B reception and transmission, FLARM transceivers, BLE/Wi-Fi Remote ID, and multi-constellation GNSS sensor.
DRS-1.
This product is designed for diverse UAS applications, such as commercial, emergency response, and recreational operations.
The trackers enhance situational awareness, support regulatory compliance, and improve the efficiency of fleet management.
There is also the versatile, user-friendly DRS-1 receiver, which forms part of broader infrastructure for U-Space and UTM ecosystem development. The system supports the development of autonomous, high-density drone operations in complex, non-segregated airspace.
It provides high-performance reception with technologies like ADS-B, FLARM, UAT, Remote ID for extensive airspace monitoring. The DRS-1 features advanced multi-constellation GNSS, with its design being weatherproof, rugged, compact and lightweight.
Its Power-over-Ethernet interface combines data connectivity and power supply into a single cable. The device also has long-range (ADS-B up to 300 km, RID up to 10 km) and high-sensitivity signal reception capabilities for reliable Remote Identification monitoring.
idMEbatt.
Alternatively, there is the idMEbatt, which is an ultra-compact, battery-powered Remote ID transmitter designed for drone platforms needing Remote Identification compliance. The system gives over two hours of reliable power supply.
It is designed for straightforward Plug-and-Play, featuring USB-C connectivity, ASTM and ASD-STAN compliance, and a lightweight design. The idMEbatt is suited for controlled airspace operations and law enforcement use, enhancing UAV safety.
Aerobits’ collection of innovations enhance the safety, responsibility, efficiency and regulatory compliance of UAV operations globally. This ecosystem ensures an end-to-end drone identification from the aircraft to ground monitoring stations.
Find out more on the Aerobits website.
