Congratulations to Leonardo UK for achieving a significant milestone by being awarded the contract as the prime systems integrator for the second development phase of the UK Modular Integrated Protection System (MIPS) program.
This win not only highlights their dedication to advancing cutting-edge solutions for the British Army's vehicle fleet, but also resonates with our own commitment to innovation in defense technology.
We applaud this achievement. Our own modelling and simulation & planning and assessment tools align with the evolving landscape and adds confidence to an integrated/layered defense approach of military protection against current and emerging threats. We understand the importance of staying at the forefront to ensure the safety and effectiveness of defense operations.
The newly secured contract is a testament to their unwavering commitment to innovation and excellence in the defense sector. Kudos to the entire team for this remarkable achievement!
This program, managed through the Aurora Engineering Delivery Partnership (EDP), designates Leonardo UK as the principal systems integrator, leading a team that includes Thales, CGI, Roke, Ultra Electronics, and Frazer Nash, the statement reads. Qinetiq is the lead EDP partner.
The project aims to build upon the Icarus TDP, a prior initiative led by Leonardo, concluded in July 2021. This new phase signifies a continuation of the UK Modular Integrated Protection System (MIPS) program, focusing on developing an integrated protection system architecture for various British Army vehicles, including tanks and armored personnel carriers, to counter a range of threats, the statement continues.
The MIPS program's second phase involves advancing the protection systems to address future threats effectively, which includes the development of an adaptable architecture for different armored vehicle types, the statement reads. Specifically, the program will focus on countering uncrewed aerial systems (C-UAS), rocket-propelled grenades, and anti-tank guided weapons using layered and flexible system configurations.
