Making sure that Germany lives up to its role as NATO’s lead nation in ground-based air defence and the European Sky Shield Initiative, the introduction of the LVS NNbS is a decisive step, closing one of the Bundeswehr’s significant capability gaps.
The core objective of the LVS NNbS development project is to optimize medium-range air defence as well as developing high-mobility air defence capabilities for protecting manoeuvre forces from aerial threats – even when on the move.
Key objectives include achieving the necessary networking of individual components; integration of the medium-range IRIS T-SLM guided missile; assuring interoperability; and extending the intercept zone to include short-range threats.
Networking will enable connection to the IRIS T-SLM fire units currently under procurement as well as to the Skyranger 30 ground-based mobile air defence system, to be procured in future.
The project is in the hands of the German defence industry; ARGE NNbS is the German government’s contract partner.
By bundling complementary core capabilities – including those of other German defence contractors – ARGE NNbS brings together the foundational knowledge, capabilities and expertise needed to meet the requirements. In the process, key technologies will stay in Germany, where they will be preserved and perfected.
Rheinmetall and its Electronic Solutions and Vehicle Solutions divisions bring technological know-how and longstanding experience in the development and delivery of defence systems, especially in combat vehicles, communications and systems integration.
Diehl Defence specializes in developing and fabricating guided missiles. Thanks to its advanced system solutions for ground-based air defence, it is established force in the international market.
A supplier of key national technologies, Hensoldt brings to the working group its expertise and tried-and tested products such as radar systems. These products feature comprehensive commonalities based in part on product family concepts, primarily in airspace surveillance, classification and identification.