bobbymike said:http://www.realcleardefense.com/articles/2017/07/17/us_navy_on_the_cutting_edge_of_directed_energy_weapons_111828.html
The Pentagon is researching concepts for an “advanced” hypervelocity projectile as part of the Strategic Capabilities Office's initiative to outfit existing artillery systems with the ability to shoot down ballistic missiles.
The Missile Defense Agency released a request for information on behalf of SCO July 26 seeking input on "advanced HVP concepts in support of future capabilities being considered by the Department of Defense and MDA."
The advanced projectile the SCO seeks would be capable of surviving and operating at "extreme launch velocities . . . for extended ranges," according to the notice. It offers the example of installing an "advanced thermal protection system" on the projectile.
The advanced HVP concepts are being developed in support of "Project Icarus," according to the notice. Project Icarus has not been detailed publicly, and a Pentagon spokesman declined to describe it. The RFI document attached to the notice is classified as For Official Use Only (FOUO) and "Export Controlled Information."
The SCO's Hypervelocity Gun Weapon System has been one of the secretive office's most high-profile projects. The program seeks to modify the Army's Paladin 155 mm howitzers and the Navy's Mk-45 5-inch guns with the ability to shoot smart projectiles for missile defense missions, as well as an extended-range offensive punch. The SCO is also considering advanced powder gun prototypes and the Navy's effort to develop an electromagnetic railgun.
"Cost-effective, large magazine point defense will be demonstrated by closing the fire control loop between existing sensors and prototype projectiles launched from existing families of powder guns," budget documents state regarding the Hypervelocity Gun Weapon System.
Last fall, MDA sought ideas for a fire control sensor to be used as part of the hypervelocity weapon.
The SCO is seeking $67 million in fiscal year 2018 for the Hypervelocity Gun Weapon System, significantly less than the $246 million in funding the program received in FY-17, budget documents show.
The office's FY-18 plans include completing the advanced projectile's design concepts, delivering prototype fire control radar, completing prototype surveillance radar modifications and "conducting increasingly difficult fly-by engagements of live targets," according to the documents.
bobbymike said:http://www.realcleardefense.com/articles/2017/08/03/fight_fire_with_fire_111959.html
Been lobbying for this for years.
A question a person would ask in any conflict between two nuclear armed nations. The US has 'duel use' systems now, like its bomber force. An adversary wouldn't know if the next wave of air launched cruise missiles were armed with nukes. If this missile was a new design only ever discussed and tested as a conventional weapon I would think China detecting a launch would equate it as such.Triton said:bobbymike said:http://www.realcleardefense.com/articles/2017/08/03/fight_fire_with_fire_111959.html
Been lobbying for this for years.
Can the United States military detect and target the transporter-erector-launcher (TEL) of the DF-21/DF-26 before launch to make the IRBM a viable weapon? A series of pre-emptive strikes using sea-based IRBMs with conventional warheads to eliminate the DF-21/DF-26 threat to the United States Navy Carrier Strike Group (CSG) and/or Expeditionary Strike Group? How would such an armed clash between the People's Republic of China and the United States not escalate from a conventional to a nuclear war?
Triton said:bobbymike said:http://www.realcleardefense.com/articles/2017/08/03/fight_fire_with_fire_111959.html
Been lobbying for this for years.
Can the United States military detect and target the transporter-erector-launcher (TEL) of the DF-21/DF-26 before launch to make the IRBM a viable weapon? A series of pre-emptive strikes using sea-based IRBMs with conventional warheads to eliminate the DF-21/DF-26 threat to the United States Navy Carrier Strike Group (CSG) and/or Expeditionary Strike Group? How would such an armed clash between the People's Republic of China and the United States not escalate from a conventional to a nuclear war?
The Navy is looking to buy a 60-150 kW high energy laser weapon system with an integrated counter intelligence, surveillance and reconnaissance laser for non-destructive dazzling capabilities against unmanned aerial vehicle-mounted sensors, according to a Federal Business Opportunities notice.
The High Energy Laser with Integrated Optical-dazzler and Surveillance project will "prioritize technical maturity and proven laser weapon concepts," the notice said.
The request for proposals seeks two test units to be delivered in fiscal year 2020, one of which is for an Arleigh Burke-class destroyer, DDG 51 Flight IIA. The second unit will be delivered to White Sands Missile Range in New Mexico before being transferred to Point Mugu in California, Naval Sea Systems Command spokeswoman Colleen O'Rourke wrote in a Aug. 15 statement to Inside the Navy.
Asked if the Navy will consider equipping Flight III with the laser weapon system, O'Rourke said the service is only targeting Flight IIA.
The RFP also includes options for an additional nine ship-based systems, O'Rourke added.
"The HELIOS Test Units shall include all necessary power, cooling, and processing hardware and software, along with all cables, interfaces, and displays necessary to operate and maintain the system on both a Land Based Test Facility and on a DDG 51 FLT IIA," the notice said.
HELIOS has $63.2 million budgeted for FY-18; $83.8 million for FY-19; $60.2 million for FY-20; $45.9 million for FY-21 and $30 million for FY-22, according to the Navy's budget justification documents.
Following a year of exploring potential options for a next-generation cruise missile for its ships and submarines, the Navy is not ready to commit to a new acquisition program and instead plans to extend its Next-Generation Land Attack Weapon analysis of alternatives.
A top Navy official said the service, which last May estimated completing the NGLAW AOA between January and March 2018, is continuing to assess options for a Tomahawk follow-on, a requirement top Pentagon brass validated in 2016 to address anticipated capability gaps in the late 2020s.
"It's a work in progress," Rear Adm. Ronald Boxall, director of surface warfare (N96), said during a brief interview Jan. 11 at the Surface Navy Association annual conference. Pressed for a new completion estimate of the AOA -- which is being eyed closely by major defense contractors, including Raytheon, Lockheed Martin, Northrop Grumman and BAE Systems -- Boxall replied, "It is fair to say I can't give you a date."
Last February, in response to a Navy solicitation, industry provided feedback to the government team spearheading the AOA. The analysis was chartered to assess potential materiel solutions to mitigate gaps documented in the NGLAW initial capabilities document validated by the Joint Requirements Oversight Council during the summer of 2016.
"We're trying to determine the timeline for the [NGLAW] AOA because there are a lot of fingers in that pie right now," Boxall said.
Asked if the delay stemmed from new questions about the NGLAW requirements, the two-star admiral said, "We're very sure about the requirements. NGLAW is a long-term kind of view. What we're trying to do now is reconcile where we are with where we want to go with NGLAW in the future."
The Navy's larger Next-Generation Strike Capability cruise missile modernization strategy includes NGLAW, which is intended to hit land targets and also provide an ancillary capability to sink ships from submarines and ship canisters. The other program is the Offensive Anti-surface Warfare Increment 2 program, which is slated to provide air-launched, anti-ship missile capability by 2024.
totoro said:It's interesting that BAE's gun barrel is quite a bit longer than this potential Chinese gun's barrel. Possibly by 30%. Hard to tell exactly. And that's not taking into account the seemingly thicker barrel on the Chinese gun.
It would appear there are some different solutions applied there, technology wise. Or the requirements were different. Maybe Chinese don't need as speedy rounds. Or they DO need them but they've managed to accelerate the round as much as BAE and make it as precise as BAE with a shorter barrel...
Recent intel estimates had the Chinese EMRG program still a ways from where one would expect a sea trial, if that is what we're seeing then rather than different solutions I wonder if we're simply seeing the result of them showing more than they actually have. There's enough odd about this mount that I wonder if they aren't rushing to show off a demonstrator before they've solved some of the essential problems, simply to have a demonstrator. If you took one of the old Dahlgren lab guns and wrapped a turret-like shell around it, the result might look something like what they're showing here.totoro said:It's interesting that BAE's gun barrel is quite a bit longer than this potential Chinese gun's barrel. Possibly by 30%. Hard to tell exactly. And that's not taking into account the seemingly thicker barrel on the Chinese gun.
It would appear there are some different solutions applied there, technology wise. Or the requirements were different. Maybe Chinese don't need as speedy rounds. Or they DO need them but they've managed to accelerate the round as much as BAE and make it as precise as BAE with a shorter barrel...
fredymac said:The picture conveniently wraps the barrel so you can't tell but I guess people are using the Blitzer railgun for comparison.
robunos said:Just spotted this over on MSN News, article originally from International Business Times . . .
https://www.msn.com/en-gb/news/world/chinese-navy-ship-reportedly-spotted-with-a-deadly-electromagnetic-railgun-%E2%80%93-see-images/ar-BBIxXOs?li=AAnZ9Ug&ocid=mailsignout
cheers,
Robin.
DrRansom said:It seriously looks like China is going to beat the USN in testing a railgun at sea.
Yay for assured American technological superiority. : Maybe this might get the USN R&D leadership a kick in the pants, but who knows?
DrRansom said:I am in total agreement. The organization and thinking has produced >20 years of R&D yielding virtually no fielded systems. The US has pissed away its entire technological advantage.
We've reached a point where any strategy assuming GH tech superiority is laughable.
There are so many problems, but I think two are critical:
1. A pathological bent to delay development for the next big thing.
2. No patient long term technology development plans that exist outside of individual programs and are protected from short term fluctuations.
While 2) is true in many instances I would add 2a) But also, overly long drawn out underfunded technology plans that when finally showing promise of the new tech get cancelled.sferrin said:DrRansom said:I am in total agreement. The organization and thinking has produced >20 years of R&D yielding virtually no fielded systems. The US has pissed away its entire technological advantage.
We've reached a point where any strategy assuming GH tech superiority is laughable.
There are so many problems, but I think two are critical:
1. A pathological bent to delay development for the next big thing.
2. No patient long term technology development plans that exist outside of individual programs and are protected from short term fluctuations.
3. Pathological terror of risk.
4. No PLAN. There was a program sometime back (don't recall which it was) that was successfully tested and then allowed to die on the vine. "The DoD hasn't stated a use for it" or some such. Basically, "this speedy missile is pretty cool but we don't have a clue what we'd use it for". (Insert Picard facepalm.)