The Army is pursuing technology that will tailor cannon artillery, along with hypervelocity projectiles, to air defense missions.#multidomain-artillery-cannon-system #rapid-capabilities-and-critical-technologies-office #rccto #extended-range-cannon-artillery #erca #artillery #missile-defense #ifpc #indirect-fire-protection-capability #counter-drone #counter-uas #counter-ram #ausa-2024 #ausa #association-of-the-u-s-army #dn-dnr #circulated-defense-news #circulated-army-times #circulated-military-times
How the Army is maturing tech for an air defense cannon
#rccto
The Missile Defense Agency is developing a command center integrating a variety of capability for an air and missile defense architecture for Guam.#missile-defense-agency #mda #guam #indo-pacific #missile-defense #rccto #c2bmc #defense-of-guam #space-and-missile-defense-symposium #smd-2024 #smd-symposium #dn-dnr #circulated-defense-news
The Pentagon is shipping new pieces to Guam’s air-defense puzzle
The Pentagon is shipping new pieces to Guam’s air-defense puzzle
The US Army's directed energy solution for short-range air defense continues to be refined through a variety of competitive prototyping efforts.#enduring-high-energy-laser #high-energy-laser #enduring-hel #rapid-capabilities-and-critical-technologies-office #rccto #directed-energy #maneuver-shorad #short-range-air-defense #m-shorad #de-m-shorad #smd-2024 #space-and-missile-defense-symposium #smd-symposium #dn-dnr #circulated-defense-news #circulated-c4isrnet
Army’s high-energy laser competition to kick off early next year
Army’s high-energy laser competition to kick off early next year
The Army will spend roughly three years studying the physics of shooting the hypervelocity projectile from 155mm cannons.#hypervelocity-projectile #cannon-artillery #155mm-artillery #strategic-capabilities-office #rapid-capabilities-and-critical-technologies-office #rccto #smd-2024 #space-and-missile-defense-symposium #smd-symposium #dn-dnr #circulated-defense-news #circulated-army-times #circulated-marine-corps-times #circulated-military-times
Army to test hypervelocity projectile for 155mm cannon artillery
Army to test hypervelocity projectile for 155mm cannon artillery
The Army is one step closer to fielding its long-range hypersonic weapon after a successful end-to-end flight test in May.#hypersonic #common-hypersonic-glide-body #leidos #lockheed-martin #dark-eagle #rapid-capabilities-and-critical-technologies-office #rccto #smd-2024 #smd-symposium #space-and-missile-defense-symposium #hypersonic-missile #dn-dnr #circulated-defense-news #circulated-military-times #circulated-army-times
Army’s successful hypersonic missile test puts fielding on horizon
Army’s successful hypersonic missile test puts fielding on horizon
The joint program office for the missile defense of Guam is creating a layered air and missile defense architecture on the Pacific island.#joint-program-office #joint-program-office-for-the-defense-of-guam #rapid-capabilities-and-critical-technologies-office #rccto #missile-defense #guam #indo-pacific #ifpc #ltamds #ibcs #aegis-weapon-system #patriot-air-and-missile-defense #mid-range-capability-missile #smd-symposium #space-and-missile-defense-symposium #smd-symposium-2024 #dn-dnr #circulated-defense-news
Guam missile defense office awaits funds to build layered architecture
Guam missile defense office awaits funds to build layered architecture
#Military #Humvee Could Be 'Futureproofed' With This Bolt-In #Hybrid Retrofit From The #diesel geniuses at Banks and it's set To Be Tested By US #Army
Combining an 800-volt battery and an electric motor generator unit with a 3.0-liter V6 t#urbodiesel, Banks believes it has future-proofed the #HWWMV. Banks did this work under contract for the Rapid Capabilities and Critical Technologies Office (#RCCTO), taking a stock Humvee and retrofitting it with the new hybrid system. https://www.thedrive.com/news/banks-develops-diesel-hybrid-humvee-powertrain-for-us-military
Client Info
Server: https://mastodon.social
Version: 2025.04
Repository: https://github.com/cyevgeniy/lmst