Raytheon (RTX Corporation Unit) and Anduril Industries successfully conducted a static firing test of an advanced solid fuel missile within a contract with the Director (Air Force Research Laboratory, Munitions Directorate). This stage is regarded as an important step towards expanding US production capacity production capacity and strengthening the country's defense-industrial base.
The tested installation was based on Highly Loaded grain design (Hlg) - One of the most complex and most demanding architects in the field of solid fuel engines. Achieving HLG Working Parameters indicates the progress of engineering solutions, which provide higher energy density and are characteristic of highly productive ammunition and interceptors.
Raytheon and Anduril collaboration is also focused on the implementation of a modular weapons concept (composable weapons strategy) - what involves the creation of unified, interchangeable components for rapid adaptation of rocket systems to different platforms and tasks. This approach aims to increase the flexibility and interoperability of weapons, reduce the time of development and implementation of new solutions and reduce dependence on a limited circle of suppliers.
In the context of global demand for ammunition and rocket engines, Static test is evaluated as one of the elements of efforts to increase internal production capabilities and create a more sustainable supply chain. Expanding the number of competent suppliers and the introduction of advanced technologies in solid fuel sphere are considered as measures to increase prompt readiness and the ability to respond quickly to new challenges of national security.
Raytheon continues to develop mumping technologies for a wide range of missile and intercepting systems, And partnership with Anduril reflects the desire to integrate innovations of the private sector into defense supply chains. For Anduril participation in such programs confirms the company's ability to offer high -performance engineering solutions in a traditionally closed industry with a limited number of leading suppliers.
Source: https://www.spacedaily.com