Below are a handful of reference projects to showcase our skill and stoke your imagination for collaboration.
Defense
The changed conditions in the area of operations require a so-called close and short-range protection system to defend against drones and protect troop movements. Such a system must combine high forces with maximum precision.
By using best-in-class cannon systems, the Skyranger can prevail against swarm attacks and, due to its mobility, can be used alongside ground troops or for stationary protection of vital objects.
Aviation
Contemporary travel means experiencing internet reception at 16 km above sea level. This system requires extremely precise azimuth and elevation positioning. The special feature is the combination of installation space and weight restrictions with special environmental requirements during take-off, flight and landing.
Rising expectations for high-quality inflight entertainment systems are driving new developments for on-aircraft antennas.
This project is a flagship project for the OEM and represents a continuation of the Lynx project for the IBO. It is again an MSSA. The overall system is intended for the American market and therefore has a much larger project volume.
We are proud to continue our important work with the Army on this vital modernization program. Team Lynx brings together some of the best defense technology companies in the world. It will deliver a truly transformative, modern armored personnel carrier that will enable high combat power, protection and superiority for our soldiers on future battlefields.
Defense
Experience from the war in Ukraine has shown that artillery is an essential capability. We have worked on the development of the most modern artillery system, which is the first gun capable of firing on the move.
Thanks to the network-based system architecture of the RCH 155, autonomous driving and operation (remote-controlled) can also be implemented in the future.
Defense
One component of the Main Sensory Slaved Armament (MSSA) is the stabilized electronic optical sensor system (SEOS). The associated bearings are characterized by high rigidity and accuracy between clockwise and counterclockwise rotation. Because at a firing range of several kilometers, every thousandth of a degree of deviation is crucial.
The Lynx KF41 is more than just a new, state-of-the-art vehicle: it is the ultimate future-proof platform, combining unrivaled protection with massive firepower and unbeatable mobility in a uniquely modular concept.
