Successful firing in next stage of US hypersonic missile tests
The conventional hypersonic missile test took place from Cape Canaveral Space Force Station, Florida. (Photo: US DoD)
The US Army and US Navy (USN) have conducted the first live-fire of the Long-Range Hypersonic Weapon system using a battery operations centre and a transporter erector launcher.
The test was conducted by the army’s Rapid Capabilities and Critical Technologies Office (RCCTO) in collaboration with the USN Strategic Systems Programs (SSP), and involved a successful end-to-end flight test of a conventional hypersonic missile.
It was the second successful end-to-end flight test of the All Up Round (AUR) this year and took place from Cape Canaveral Space Force Station, Florida.
Related Articles
Northrop Grumman opens new hypersonic propulsion facility
US hypersonic programmes to receive almost $7 billion in 2025
US Army and US Navy test common hypersonic missile in Hawaii
Information gathered from this test will support the first army operational deployment of the common hypersonic AUR as well as a USN sea-based fielding.
Hypersonic systems are designed to fly at Mach 5 and provide a combination of speed, range, manoeuvrability and altitude that enables highly survivable and rapid defeat of time-critical and heavily-defended targets.
The development of the common hypersonic AUR will support the government’s National Defense Strategy and provide combatant commanders with diverse capabilities to sustain and strengthen integrated deterrence and build enduring advantages.
The US Army RCCTO and USN SSP programmes are partnered to rapidly field land and sea variants of a hypersonic weapon system that will meet critical joint warfighting needs.
The Department of Defense said: “The use of a common hypersonic missile and joint test opportunities allow the Services to pursue a more aggressive timeline for delivery and realise cost savings.
“The collaboration between RCCTO and SSP enables the Services to stay ahead of emerging threats and maintain a decisive advantage on the battlefield.”
More from Land Warfare
-
World Defense Show 2026: Saudi Arabia’s record defence spend highlights uncertain times
Saudi Arabia’s investment in its land forces, notably in the area of air defence as recently as 30 January, is a sign of the challenges the Gulf State faces, particularly the threat from Houthi rebels in Yemen.
-
Singapore Airshow 2026: ST Engineering’s Terrex s5 highlights hybrid power’s role in future warfare
Hybrid-electric drive technology may address the growing energy demands of land warfare in future.
-
CAVS rides a wave and prepares for surge requirements as orders roll in
The Common Armoured Vehicle System is continuing to rack up orders as the British Army looks likely to become an operator of the vehicle, while Italy and Ireland are also contenders.
-
US DoD task force’s DroneHunter acquisition lays groundwork for Replicator 2 CUAS strategy
As the US Department of Defense looks to counter the growing threat of uncrewed aerial systems to improve homeland security, the DroneHunter acquisition could point to future commercial innovation.
-
Norway opts for Hanwha’s Chunmoo for long-range fires under $2 billion deal
The selection of Hanwha’s K239 Chunmoo long-range precision fires system, with a contract expected to be signed on 30 January, makes Norway the second European country to choose the system. It is expected an operational system will be in service within four years.
-
Land forces review: Tanks, trucks and IFVs dominate but woes remain for Ajax
This year has begun with main battle tanks taking the lead while orders for large logistics and support vehicles continued from last year. Additionally, two of the British Army’s most significant contracted vehicle programmes, Ajax reconnaissance vehicle and Challenger 3 tank, continued to make news in January.