Developing American-made propellants needed for long-range fires
The industrial base is building the infrastructure needed to secure domestic production of artillery shells.
The industrial base is building the infrastructure needed to secure domestic production of artillery shells.
Smart solutions are available to access proven advanced technology, modernize the organic industrial base, and expand secure domestic production.
Balancing security and access to data are critical to providing users with trustworthy, reliable data for real-time decisions.
Less artillery range is always going to be a losing proposition against an adversary with longer-range firepower.
The DoD could fill its need for self-propelled artillery by acquiring a proven, highly capable existing system and then building them domestically.
The fight in Ukraine demonstrates that artillery forces able to deliver mass and range remain a bedrock combat capability; one leading industrial base partner is positioning to deliver for US modernization needs.
Future fleets of military ground vehicles will be modular, autonomous and seamlessly integrated to ensure networked lethality and Soldier survivability.
Why edge and endpoint security can’t be an afterthought.
Future fleets of military ground vehicles will be modular, autonomous and seamlessly integrated to ensure networked lethality and Soldier survivability.
American Rheinmetall has transformational solutions for each. Part of what makes American Rheinmetall’s approach transformational is that they prioritized enabling future growth — what the Army calls persistent modernization — in every part of their design.
Rheinmetall’s hybrid solution integrates next-generation active and passive technologies for effective layered defense in a weight and power portfolio that works.
Built on more than a century of excellence in advanced artillery solutions, Rheinmetall innovations offer ready now lethality solutions urgently needed to restore overmatch today and ensure it remains tomorrow.
Reducing cognitive overload on warfighters while improving “time to trust” for autonomous systems is a matter of design.