Capability Description Part 4 "Capability Enhancement – GNSS – U-Space – USSP"
Future technologies: Expanded GNSS testing capabilities at the Hatten UAS German Flight Center
In addition to our proven range of services, we are continuously developing new testing options that meet the growing demands of the UAS industry. Two particularly innovative enhancements are the focus of our development work.
GNSS-denied: When GPS fails
In an increasingly networked world, dependence on GNSS signals is becoming the Achilles heel of many UAS applications. Interference or targeted attacks on GPS systems can cause critical missions to fail. That is why we are developing the ability to simulate GNSS-interfered environments in a controlled manner at Oldenburg-Hatten Airport.
Using GPS jamming signals and spoofing technologies, we create realistic test scenarios in which navigation systems must prove their reliability. This controlled test environment enables manufacturers to systematically test and verify their GNSS-independent navigation solutions. Supported by our aerial imagery and exclusive use of the test site, we conduct these demanding tests in a fully protected environment.
UAS dark field: Making visible what wants to remain invisible
While cooperative UAS and drones are digitally visible via standard transponder technologies such as ADS-B, ADS-L, Mode A/C, or FLARM, there is a dangerous "blind spot" of non-cooperative systems. These unknown UAS and drones with unclear intentions, identification, and position pose a growing challenge to airspace safety.
With an expansion of our existing sensor technology, we will in future be able to detect all UAS in the airspace and compare them with the existing "bright field" of cooperative systems. This enables the identification of non-cooperative UAS and the creation of a uniform situation picture in our UAS control center in Bremen USSP. Position, flight vector, and type will become visible and thus manageable for the protection of critical infrastructure—a key technology for the timely initiation of targeted countermeasures. This is a fundamentally important component of secure drone detection and drone defense.








