
Dec 3 (Reuters) - Lockheed Martin said on Wednesday it has opened a hypersonics system integration lab at its Huntsville campus as it pushes to develop next-generation weapons.
Hypersonic weapons, which can travel at more than five times the speed of sound and evade traditional defenses, are at the centre of an arms race between the United States and China.
Lockheed's 17,000-square-foot facility will include advanced test equipment, simulation tools and an integration environment.
It is part of a larger capital program that now totals roughly $529 million and includes 719,000 square feet of facilities under construction or planned, the company said.
"Hypersonic weapons are reshaping the future of military defense by delivering unmatched speed and maneuverability that outpace traditional threats," said Holly Molmer, program management director for Lockheed Martin
In October, defense start-up Castelion said it won contracts to integrate its Blackbeard hypersonic strike weapon with current U.S. Army systems.
(Reporting by Aishwarya Jain in Bengaluru; Editing by Shailesh Kuber)
LATEST POSTS
- 1
6 Popular Ladies' Aromas On the planet - 2
'Harmonious' meeting between Merz, Lula despite Belém controversy - 3
Greenland’s melting ice and landslide-prone fjords make the oil and minerals Trump is eyeing dangerous to extract - 4
Pick Your Favored pizza beating - 5
5 Great and High Evaluated Scene Configuration Administrations For 2024
New science points to 4 distinct types of autism
Vote in favor of your Favored sort of footwear
Sanofi to acquire hepatitis B vaccine maker Dynavax for $2.2 billion
Game theory explains why reasonable parents make vaccine choices that fuel outbreaks
Scientists have found an alarming environmental impact of vast data centers
The Quadrantid meteor shower peaks tonight, but will the full 'Wolf Moon' outshine the show?
Alice Wong, founder of the Disability Visibility Project, dies at 51
Army commander convicted of Guinea stadium massacre dies in prison
Takeda's AI-crafted psoriasis pill succeeds in late-stage studies













