Aerobits delves into the company’s DRS-1 Dual-Band Receiver Station, the GS2L Ground Station, and the idME PRO advanced Remote ID device, looking at their features and applications.
Aerobits recently introduced the DRS-1 Dual-Band Receiver Station as a solution to enhance airspace surveillance and Unmanned Aircraft System (UAS) integration.Â
The DRS-1 is a high-performance receiver station designed to provide reliable airspace surveillance capabilities. This dual-band receiver station is particularly well-suited for monitoring traffic at airports, air traffic management systems and local airfields. The DRS-1 represents a significant advancement in Aerobits’ ground infrastructure solutions, which are crucial for the development of UTM and U-Space systems.Â
There is also another solution – the GS2L Ground Station from Aerobits. This versatile device can serve as a powerful Remote ID ground receiver, offering a range of features such as:
- ADS-B/FLARM/UAT or RID reception
- PoE power supply Â
- Weather-resistant design Â
- Easy installation and configuration, that make it an essential tool for airspace monitoring and UAV operations

GS2L Ground Station.
There are many possible configurations of GS2L receiver station. For example, it can function as an ADS-B/FLARM omnidirectional receiver station, equipped with BLE/Wi-Fi Remote ID receiver capabilities. Such combination allows it to detect and identify various types of aircraft, including drones equipped with Remote ID transmitters.Â
One of the key advantages of the GS2L is its onboard multi-constellation GNSS sensor, which provides superior positional accuracy. This feature is crucial for precise tracking and localization of UAV in the monitored airspace.Â
On the other side, there are Remote ID transmitters from Aerobits such as idME series. idME PRO is an advanced RID device designed for UAVs. This device offers dual-technology broadcasting capabilities, making it a versatile and powerful tool for drone identification and tracking purposes.Â
The idME PRO is FAA approved and EASA approved. It means that drone operators can use it legally in the United States and European Union market.

idME PRO.
Remote ID ground receivers, DRS and GS2L, play a crucial role in enhancing airspace safety and security. These systems can detect and process Remote ID signals from UAVs equipped with Aerobits idME series modules or other modules available on the market, which broadcast identification and location data using BLE and Wi-Fi technologies.Â
Aerobits regularly performs range tests of their solutions. While using idME PRO transmitter and GS2L ground station, Aerobits received during test flights almost 16km range. This is truly impressive result, keeping in mind a fact that it uses only Bluetooth and WiFi technology.Â
The GS2L ability to receive and process these signals makes it an invaluable tool for airspace monitoring and management. In conclusion, the DRS and GS2L solutions from Aerobits represent a significant advancement in ground-based Remote ID receiver technology. Â
By providing subsystems for UAV integration and specializing in air traffic control systems for both manned and unmanned aircraft, Aerobits is positioning itself as a key player in the development of U-Space solutions. Aerobits solutions, including the newest DRS-1 and idME PRO, are designed to address the current limitations in UAV autonomy and to facilitate the transition from UAV to more autonomous operations. By using DRS-1 receiving station and idME PRO transmitter customers can have complete infrastructure for monitoring and managing the airspace of their drone fleet.