Hypersonic threats force Pentagon to modernise its missile defence architecture
The NDAA for FY2024 has allocated nearly 2.5 billion to hypersonic-related programmes including the Glide Phase Interceptor. (Image source: Raytheon Missiles and Defense)
In order to face threats posed by Russian and Chinese hypersonic capabilities, the US military has been seeking ways to modernise its missile defence architecture. The Pentagon has been conducting several efforts in the area including updating policies, enhancing partnerships with allies and acquiring new sensors and systems.
‘The problem right now is the enemy is not going ballistic,’ Richard Ritter, program executive for sensors, command and control at the Missile Defense Agency, claimed during a recent webinar conducted by the US-based think tank CSIS. ‘They are rapidly going to manoeuvring and other types of weapons not just hypersonic’,
The National
Already have an account? Log in
Want to keep reading this article?
More from Land Warfare
-
Western Europe is looking to refresh its APC/IFV fleets with potential $41 billion spend
As militaries across Western Europe continue to modernise their capabilities, there are some major potential opportunities in the requirement for armoured personnel carriers and infantry fighting vehicles.
-
US Army orders more upgraded Bradleys as transformation threatens other programmes
Compared to previous versions of the vehicle, the Bradley M2A4 upgrade includes an uprated suspension, a more powerful engine, an independent commander’s sight, a more capable electronic architecture and improved networking capabilities.
-
De-Risking the Future: Manufacturing Certainty for Unmanned Systems
How strategic manufacturing partnership solves the industrialisation triad — Scale, Compliance and Cost — for hyper-growth defence tech innovators.
-
Battlefield mobility, made in the UK
How does Britain ensure that we can preserve the lives of our soldiers and allies – now and in the future – with homegrown innovation and resilient domestic manufacturing? At Pearson Engineering, we are proud to be a central part of the answer to this increasingly important question.