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US Army terminates Strategic Long-Range Cannon science and technology effort

nouman khan by nouman khan
May 24, 2022
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US Army terminates Strategic Long-Range Cannon science and technology effort WASHINGTON — The U.S. Army has decided to cancel the science and technology research effort for a potential program to develop a strategic long-range cannon, the service confirmed. Long-Range Precision Fires is a top priority for the Army when it comes to developing a modernized force capable of facing off against near-peer adversaries like China. The Strategic Long-Range Cannon, or SLRC, could provide a way to achieve artillery ranges of 1,000 nautical miles. Congress https://baidups.com/directed the Army to stop funding the long-range cannon in its fiscal 2022 appropriations act, and “based on that direction, the Secretary of the Army decided to terminate the [SLRC] project this year,” Ellen Lovett, Army spokesperson said in a May 20 statement to Defense News. The decision also “eliminates potential redundancy, and ensures we effectively use tax dollars to achieve modernization objectives,” she wrote. “Pursuing the effort could cost billions of dollars even if the science and technology effort succeeded because the Army would have to enter into a development program, procure the system, and create entirely new units to operate it.” The Army still has four other long-range fires programs set to reach operational Army units in 2023: Extended Range Cannon Artillery (ERCA), the Long-Range Hypersonic Weapon (LRHW), the Mid-Range anti-ship Missile (MRC) and the Precision Strike Missile (PrSM). “Any unused funds originally allocated to LRC will be reapplied against other S&T projects in accordance with the direction of the Assistant Secretary of the Army for Acquisitions, Logistics and Technology,” Lovett stated. During a House Armed Services Tactical Air and Land Forces subcommittee hearing last week, Army acquisition chief Doug Bush told lawmakers the decision to cancel the S&T effort for the SLRC was to avoid “redundancy” and “potential cost implications.” While full cost estimates are not normally made for programs in the S&T phase, Bush said “we did feel we had sufficient information based on similar programs that are in development and to understand the rough scope of such an effort, and the secretary believes that was enough information to support her decision.” Some work on the SLRC S&T effort was ongoing, but the Army had mostly taken a pause as it waited for a National Academy of Sciences report on the cannon's technical feasibility, Brig. Gen. John Rafferty, who oversees the service's long-range precision fires development, told Defense News in March 2021. The independent study, congressionally mandated in FY20, was expected to be released last year, but has yet to be made public. Beginning in September 2020, the committee at the National Academy of Sciences held five meetings, the last of which took place in January 2021, according to its website. According to FY21 budget justification documents, the Army had planned to spend roughly $70 million in FY22 on advanced development on the program, but subsequent documents from FY22 and FY23 showed no plan to continue funding the effort beyond FY21. The Army spent $62 million in FY21 to assess various aspects of the technology needed for the long-range cannon.

US Army terminates Strategic Long-Range Cannon science and technology effort WASHINGTON — The U.S. Army has decided to cancel the science and technology research effort for a potential program to develop a strategic long-range cannon, the service confirmed. Long-Range Precision Fires is a top priority for the Army when it comes to developing a modernized force capable of facing off against near-peer adversaries like China. The Strategic Long-Range Cannon, or SLRC, could provide a way to achieve artillery ranges of 1,000 nautical miles. Congress https://baidups.com/directed the Army to stop funding the long-range cannon in its fiscal 2022 appropriations act, and “based on that direction, the Secretary of the Army decided to terminate the [SLRC] project this year,” Ellen Lovett, Army spokesperson said in a May 20 statement to Defense News. The decision also “eliminates potential redundancy, and ensures we effectively use tax dollars to achieve modernization objectives,” she wrote. “Pursuing the effort could cost billions of dollars even if the science and technology effort succeeded because the Army would have to enter into a development program, procure the system, and create entirely new units to operate it.” The Army still has four other long-range fires programs set to reach operational Army units in 2023: Extended Range Cannon Artillery (ERCA), the Long-Range Hypersonic Weapon (LRHW), the Mid-Range anti-ship Missile (MRC) and the Precision Strike Missile (PrSM). “Any unused funds originally allocated to LRC will be reapplied against other S&T projects in accordance with the direction of the Assistant Secretary of the Army for Acquisitions, Logistics and Technology,” Lovett stated. During a House Armed Services Tactical Air and Land Forces subcommittee hearing last week, Army acquisition chief Doug Bush told lawmakers the decision to cancel the S&T effort for the SLRC was to avoid “redundancy” and “potential cost implications.” While full cost estimates are not normally made for programs in the S&T phase, Bush said “we did feel we had sufficient information based on similar programs that are in development and to understand the rough scope of such an effort, and the secretary believes that was enough information to support her decision.” Some work on the SLRC S&T effort was ongoing, but the Army had mostly taken a pause as it waited for a National Academy of Sciences report on the cannon's technical feasibility, Brig. Gen. John Rafferty, who oversees the service's long-range precision fires development, told Defense News in March 2021. The independent study, congressionally mandated in FY20, was expected to be released last year, but has yet to be made public. Beginning in September 2020, the committee at the National Academy of Sciences held five meetings, the last of which took place in January 2021, according to its website. According to FY21 budget justification documents, the Army had planned to spend roughly $70 million in FY22 on advanced development on the program, but subsequent documents from FY22 and FY23 showed no plan to continue funding the effort beyond FY21. The Army spent $62 million in FY21 to assess various aspects of the technology needed for the long-range cannon.

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 US Army terminates Strategic Long-Range Cannon science and technology effort

WASHINGTON — The U.S. Army has decided to cancel the science and technology research effort for a potential program to develop a strategic long-range cannon, the service confirmed.

Long-Range Precision Fires is a top priority for the Army when it comes to developing a modernized force capable of facing off against near-peer adversaries like China. The Strategic Long-Range Cannon, or SLRC, could provide a way to achieve artillery ranges of 1,000 nautical miles.

Congress directed the Army to stop funding the long-range cannon in its fiscal 2022 appropriations act, and “based on that direction, the Secretary of the Army decided to terminate the [SLRC] project this year,” Ellen Lovett, Army spokesperson said in a May 20 statement to Defense News.

The decision also “eliminates potential redundancy, and ensures we effectively use tax dollars to achieve modernization objectives,” she wrote. “Pursuing the effort could cost billions of dollars even if the science and technology effort succeeded because the Army would have to enter into a development program, procure the system, and create entirely new units to operate it.”

The Army still has four other long-range fires programs set to reach operational Army units in 2023: Extended Range Cannon Artillery (ERCA), the Long-Range Hypersonic Weapon (LRHW), the Mid-Range anti-ship Missile (MRC) and the Precision Strike Missile (PrSM).

“Any unused funds originally allocated to LRC will be reapplied against other S&T projects in accordance with the direction of the Assistant Secretary of the Army for Acquisitions, Logistics and Technology,” Lovett stated.

During a House Armed Services Tactical Air and Land Forces subcommittee hearing last week, Army acquisition chief Doug Bush told lawmakers the decision to cancel the S&T effort for the SLRC was to avoid “redundancy” and “potential cost implications.”

While full cost estimates are not normally made for programs in the S&T phase, Bush said “we did feel we had sufficient information based on similar programs that are in development and to understand the rough scope of such an effort, and the secretary believes that was enough information to support her decision.”

Some work on the SLRC S&T effort was ongoing, but the Army had mostly taken a pause as it waited for a National Academy of Sciences report on the cannon’s technical feasibility, Brig. Gen. John Rafferty, who oversees the service’s long-range precision fires development, told Defense News in March 2021.

The independent study, congressionally mandated in FY20, was expected to be released last year, but has yet to be made public. Beginning in September 2020, the committee at the National Academy of Sciences held five meetings, the last of which took place in January 2021, according to its website.

According to FY21 budget justification documents, the Army had planned to spend roughly $70 million in FY22 on advanced development on the program, but subsequent documents from FY22 and FY23 showed no plan to continue funding the effort beyond FY21.

The Army spent $62 million in FY21 to assess various aspects of the technology needed for the long-range cannon.

 

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SpaceX on pace to shatter US launch records. Again

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New York (CNN Business) SpaceX has been on a tear in 2022, notching 18 rocket launches and two astronaut splashdowns in just the first 130 days of the year — an unprecedented pace for the company and the commercial launch industry. The latest is https://duysnews.com/scheduled for Friday evening with the launch of 53 of SpaceX's Starlink internet satellites out of California's Vandenberg Space Force Base. It will be the twelfth Starlink launch so far this year, and it could be followed over the weekend with another mission set to take off out of Florida. It's been an dizzying year of activity so far, further cementing SpaceX's dominance over the commercial launch industry. Led by SpaceX, the industry is on pace to blow past the annual launch highs of the mid-20th century space race, when most launches were carried out by governments rather than the private sector. 2021 already set a new record with 145 total launches, compared to 129 carried out in 1984, the previous record-setting year, according to data from research firm Quilty Analytics. If SpaceX keeps up its current pace, it could launch more than 52 rockets this year alone, far outpacing its record, set last year, of 31. Most of SpaceX's launches in 2022 have focused on Starlink, its consumer internet business that relies on troves of orbiting satellites, which the company has been growing since it began launching batches of the internet-beaming satellites in mid-2019. The constellation now has more than 2,200 satellites in orbit and, as of March, 250,000 subscribers using the service around the world, a company executive said at a recent conference. While SpaceX stands out from its rocketry competitors, that doesn't mean the company is or will be uncontested. Two new rockets capable of competing with SpaceX's Falcons — the workhorse rockets that the company uses to haul satellites and, more recently, astronauts to orbit — are slated to debut in the next year or so. They are New Glenn, which is under development by the Jeff Bezos-backed company Blue Origin, and Vulcan Centaur, a line of rockets from legacy launch company United Launch Alliance, a joint venture from Boeing and Lockheed Martin. The sheer number of satellites that all those vehicles can launch, including the thousands of satellites expected to add to SpaceX's Starlink constellation and competing satellite internet businesses, have spurred a pressing discussion about congestion in outer space. If satellites collide, they can create dangerous plumes of debris. That's happened in the past, and close calls are a frequent occurrence. Academics have long been attempting to raise awareness, and caution, around the issue. Others are more optimistic that SpaceX and others are taking those risks seriously enough to avoid catastrophe. "The companies that might create space junk would be immediately and directly affected by that space junk," CEO of space research group BryceTech Carissa Christensen said, noting that the collision debris would threaten their own satellites — their own investments. With all those rockets active — and a few more smaller launch vehicles also scheduled to begin launching from Florida's Space Coast, which is SpaceX's primary launch site — SpaceX could also run into bottlenecks at the launch pad. Every launch requires a team of ground support, including military weather personnel, to ensure a safe liftoff. And there's only so many launches they can handle at any given time. "There's not an endless number of days or launch pads or launch sites where you can get things into orbit," Quilty noted. Christensen added, however, that the ground support at the Space Coast has proven to be flexible, as evidenced by SpaceX's ability to return a group of astronauts from the International Space Station off the coast of Florida last Friday and then launch a Starlink mission from a launch pad a few miles away mere hours later. Captain Jonathan Eno, an assistant director of operations with the US Space Force, which is charged with monitoring the weather and other possible interferences ahead of a launch, said that ground support crews in Florida have worked for years to prepare for the dramatic increase in the number of launches from the spaceport. The year he was assigned his role, 2019, the Space Coast — which includes NASA's Kennedy Space Center and Cape Canaveral — only supported 18 launches. This year, it's on track to support more than 60, notably including the first launch of NASA's new moon rocket, called the Space Launch System. His team is now prepared to support multiple launches within the same day, even within minutes of each other. "SpaceX makes the news a lot. They are the ones launching the preponderance of launch vehicles right now," he told CNN Business. "Obviously, we are gearing up for just a different reality."

SpaceX on pace to shatter US launch records. Again

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