Latest news with #PC-C5
Yahoo
02-04-2025
- Science
- Yahoo
Smaller Rockets To Provide Key Artillery Firepower Boost Sought By Army
A new five-inch (127mm) artillery rocket Lockheed Martin is developing for the U.S. Army primarily as a low-cost training round could evolve into an operational munition. The service already wants to increase the magazine depth of its existing Multiple Launch Rocket System (MLRS) and High Mobility Artillery Rocket System (HIMARS) launcher vehicles, which can currently fire various 227mm rockets and short-range ballistic missiles. This is part of a larger Army push to expand its overall rocket artillery capacity. The new Joint Reduced Range Rocket (JR3) was showcased at the Army's recent Project Convergence-Capstone 5 (PC-C5) test exercise at the National Training Center (NTC) at Fort Irwin in California earlier this month. Raytheon (now formally known as RTX) also notably fired a JR3 from a new uncrewed launcher vehicle it has been working on in cooperation with Forterra and Oshkosh Defense at PC-C5. The Army also released a picture from PC-C5, seen at the top of this story, showing its existing crewless Autonomous Multi-domain Launcher (AML), which is derived from the HIMARS, firing what looks to be a JR3. The AML and Raytheon's new design are based on 6×6 Family of Medium Tactical Vehicles (FMTV) and FMTV A2 truck chassis, respectively. Since the Army first kicked off the initiative in 2020, Project Convergence has been using events like PC-C5 to test, integrate, and network together new and improved weapons and other materiel, and do so in ever more operationally representative conditions. JR3 is set to supplant the 227mm Low Cost Reduced Range Practice Rockets (LCRRPR) the Army, as well as the U.S. Marine Corps, use for training now. LCRRPRs use rocket motors taken from unguided 227mm M28A2 artillery rockets that were previously removed from service. However, the available stockpile of old M28A2s is expected to dry up by 2032, promoting the need for the JR3. In addition to being cheaper than full-up live rounds, reduced-range practice rockets allow units to make use of a greater number of more constrained ranges for live-fire training. The current slate of precision-guided 227mm rockets that existing MLRS and HIMARS launchers can fire have maximum ranges of between around 40 and 50 miles (65 and 80 kilometers). New types with ranges closer to 100 miles (150 kilometers) are also in development. Those same launchers can also fire Army Tactical Missile System (ATACMS) and Precision Strike Missile (PrSM) short-range ballistic missiles that can hit targets hundreds of miles away. The range the Army is targeting for the new JR3 is unclear, but existing LCRRPRs have a maximum reach of around 10 miles (16 kilometers). Though designed primarily for training use, the JR3 has a modular design and Lockheed Martin has already talked about the potential for future variants or derivatives to be configured for use as live munitions. 'We're definitely looking at [direct support fires technology] and how we could be a competitor in that market,' Dave Griser, Vice President for Guided Multiple Launch Rocket Systems within Lockheed Martin's Missiles and Fire Control division, recently told Defense News. 'We think we can play there in terms of how we produce, our production and our experience that's unique to [MLRS family of munitions] and what we do. We think it's a good fit for us.' For its part, the Army has been very open about its interest in acquiring smaller artillery rockets to increase the magazine depth of its MLRS and HIMARS launchers. The munitions for those launchers come in standardized 'pods' that can hold six 227mm rockets, a single ATACMs, or two PrSMs. MLRSs can be loaded with two of those pods at a time, while HIMARSs can hold one. 'If you're familiar with the rocket pods we have for [guided multiple launch rocket systems], I would like to fill those rocket pods with 50 to 100 rockets,' Army Gen. James Rainey, head of Army Futures Command, said at the Association of the U.S. Army's Global Force Symposium on March 25, according to Defense News. 'What we could put in that box … it's not as good as [guided multiple launch rocket systems], but it can visit a lot of hate on the enemy in the right conditions.' The Army has said in the past that it is actively looking at new munition pods for the MLRS and HIMARS launchers that can each hold up to 30 rockets with maximum ranges between approximately 18 and 25 miles (30 and 40 kilometers). Last month, it was announced that the service had awarded a contract to Anduril for 4.75-inch (120mm) solid rocket motors that is tied, at least in part, to that work. A picture, seen below, also emerged last year showing a HIMARS launcher vehicle at the Naval Surface Warfare Center, Corona Division (NSWC-Corona) in Fallbrook, California loaded with a pod with 24 tubes. Whether or not that pod is related to work on the JR3 or other munitions is unclear. It's also worth noting here that the Israel Defense Forces (IDF) has fielded AccuLAR-122 pods, which can hold up to 18 122mm rockets, in inventory as an option for its MLRS launchers. Soviet pattern 122mm artillery rockets and similar designs are in widespread use globally, despite the current absence of munitions in this general class in U.S. military arsenals. The Army is developing a capability of reducing the diameter of rockets, so a Multiple Launch Rocket System, or MLRS, pod can carry up to 30, a dramatic increase from the six-per-pod solutions like the Guided MLRS.P2 is ACCULAR-122 pod of israel. — 笑脸男人 (@lfx160219) October 18, 2024 New launchers able to fire new smaller artillery rockets, as well as existing 227mm types and ATACMS/PrSM missiles, also increasingly look to be on the horizon for the Army, as well as the Marine Corps. The Raytheon's recently unveiled launcher and the AML design the Army has been working on for some time now reflect growing interest in uncrewed types. There is also the 4×4 Remotely Operated Ground Unit for Expeditionary Fires (ROGUE-Fires) derived from the Joint Light Tactical Vehicle (JLTV), which Oshkosh Defense developed primarily for the Marines. ROGUE-Fires variants armed with Naval Strike Missile (NSM) anti-ship cruise missiles and Tomahawk land-attack cruise missiles are already in Marine Corps service. A version of ROGUE-Fires that can fire munitions from the same pods as the MLRS and HIMARS launchers is in development, as well, and Oshkosh is now pitching it to the Army. Uncrewed launchers could help expand rocket artillery capacity without the need for significantly larger numbers of personnel. They could also be pushed further forward with less risk to human operators. This could all be particularly valuable in combination with smaller, but shorter-range rockets. New crewed launcher vehicles could be part the equation, as well. Last year, Lockheed Martin also unveiled a new palletized ground-based launcher concept based on the Marine Corps' 10×10 MKR18 Logistics Vehicle System Replacement (LVSR) truck and that can be loaded with up to four MLRS/HIMARS munition pods at once. With four pods each loaded with 30 smaller rockets, that system could pack a whopping 120 rounds in total. Additional magazine depth for U.S. rocket artillery launchers, as well as expanding overall rocket artillery capacity both in the Army and the Marine Corps, could be valuable in various future contexts. In addition to engaging targets on land, shore-based launchers could also engage maritime targets relatively close to shore, including incoming waves of landing craft and amphibious vehicles. Launchers loaded with smaller rockets could be mixed in with ones with other payloads, including loitering munitions and anti-ship missiles, to provide an even broader array of effects against a swath of different target types. The computer-generated Army video below depicts a scenario in which HIMARS and AML launcher vehicles engage various targets on land and at sea. Smaller rockets would also allow MLRS, HIMARS, and other launchers, crewed or uncrewed, to conduct high-volume shoot-and-scoot attacks capable. Even a single launcher vehicle loaded with dozens of rockets would be able to saturate a relatively area. The ongoing war in Ukraine has provided particularly pronounced evidence of the immense continued value of rocket and other artillery on modern battlefields. Ukrainian forces have made particularly good use of Western-supplied MLRS and HIMARS launchers firing guided rockets and ATACMS missiles against an array of different targets, including air bases and helicopter landing zones. Smaller rockets could also provide a valuable lower-cost alternative to guided 227mm types and short-range ballistic missiles, in general, for use against certain targets, especially ones at shorter ranges. The average unit cost of a 227mm precision-guided rocket, regardless of specific variant, is around $160,000, according to Army budget documents. The price of each new PrSM, as well as that of the latest variants of ATACMS, is closer to $1.5 million. As it stands now, the Army is at least pushing ahead with plans to add smaller rockets to the arsenals of its existing MLRS and HIMARS launchers. Work now on the JR3 training rockets could provide one potential pathway to that new operational capability. Contact the author: joe@
Yahoo
26-03-2025
- Business
- Yahoo
Raytheon's ‘DeepStrike' autonomous launcher shines at US Army's PC-C5 initiative
Raytheon's new autonomous launcher, 'DeepStrike,' made a successful debut at the U.S. Army's Project Convergence Capstone 5 (PC-C5) event, which focuses on testing future warfare technologies. Paired with its bid for a new training missile, 'DeepStrike' was successfully fired three times with different objectives during the event, a company official said. At this year's event, officials are testing several autonomous weapons, including the Army's AML system, an uncrewed version of the M142 rocket launcher, and a rival design from Raytheon. The arms manufacturing company is building its mobile launcher on Oshkosh Defense's FMTV A2 truck, using autonomy technology from Forterra. According to Brian Burton, vice president of Precision Fires and Maneuver at Raytheon, the industry team is using a leader-follower set up, where a manned vehicle takes the lead while an autonomous launcher follows. The trio tested the model earlier this month at Project Convergence in California's Fort Irwin. They used the defense giant's bid for the Army's Joint Reduced Range Rocket (JT3) program, designed for either the M270 Multiple Launch Rocket System (MLRS) or M142 High Mobility Artillery Rocket System (HIMARS). The company submitted its proposal in May 2024, with Ursa Major supplying the rocket motor. However, a winner has yet to be selected. The aerospace leader now plans to take feedback from the PC-C5 event and continue launcher development and testing accordingly. 'We're gonna do more testing … more autonomous vehicle demonstrations to where we're proving out how it operates in a complex battlefield,' Burton said in a press release. 'As you can imagine, with autonomy, you're going to run into fog and rain. You're going to run into vehicles, enemy vehicles that have been destroyed and are on fire, and so those things need to be accounted for.' As companies develop new autonomous ground weapons, Army officials are identifying limitations, assessing their role in formations, and acquiring ground robots through various initiatives. However, the service has yet to announce a concrete plan for acquiring an autonomous launcher. If it moves forward, it cannot rely on DEVCOM for mass production, Long-Range Precision Fires Cross Functional Team leader Brig. Gen. Rory Crooks said in January. 'I don't see DEVCOM as being the way to introduce larger numbers into formations in the near future. That will be how we leverage industry,' Crooks said. 'But it starts with refining that requirement, which we're in the process of [doing].' PC-C5 is the U.S. Army's premier modernization experiment, which brings together joint and multinational partners to test and integrate advanced technologies aimed at enhancing battlefield capabilities and interoperability. Now in its fifth iteration, PC-C5 is being held at both the National Training Center at Fort Irwin, California, and across the Indo-Pacific, with key locations including Hawaii, Guam, Japan, the Philippines, Australia, and French Tahiti.
Yahoo
19-03-2025
- Automotive
- Yahoo
Mysterious Weapon Fired From Bradley Fighting Vehicle During Exercise
The U.S. Army has released a picture of a Bradley Fighting Vehicle using its BGM-71 TOW anti-tank guided missile launcher to fire something else referred to simply as the '670,' which appears to be previously unseen. 'A U.S. Army Bradley Fighting Vehicle launches a 670 during Project Convergence-Capstone 5 (PC-C5) on Fort Irwin, Calif., in March 2025,' the image's caption reads. 'PC-C5 is the premier Joint, Combined experiment hosted by Army Futures Command to demonstrate how technology enhances cross-domain military operations.' The Army kicked off the Project Convergence initiative in 2020 and has been using events like PC-C5 to test, integrate, and network together new and improved systems and capabilities in increasingly more operationally representative conditions. The first half has been taking place this month at the sprawling National Training Center (NTC) at Fort Irwin in California. The second half will kick off next month at multiple operating locations across the Indo-Pacific. No further information about the '670' looks to be readily available and TWZ has reached out to the Army for more details. From what can be seen in the image the '670' is propelled, at least immediately after launch, by a small rocket motor at the rear of its broadly cylindrical body. It also has three pop-out grid fins at the tail end. Whether or not it has other control surfaces that are not seen in their deployed positions is unknown, but there are open sections visible toward the front end of the body. The 670 also has a rounded white-colored nose, but whether that might be a radome or seeker of some kind, or just an aerodynamic fairing or something else, is not known. There are also at least three distinct sections visible along one side of the body, which might be modular and potentially dispensable payloads, such as cluster munitions or countermeasures of some type. The overall configuration of the 670 is distinctly different from any version of the BGM-71 known to exist, including modern types that are no longer wire-guided. However, since it can be fired from a Bradley's TOW missile launcher, it does need to have at least a similar form factor. Current generation TOW missiles are just under four feet long and six inches in diameter. Certain variants have probes that extend around a foot from the front of the nose after launch to help defeat explosive reactive armor and otherwise ensure optimal detonation. You can read more about the full TOW missile family here. The U.S. military does have the tube-launched GBU-69/B Small Glide Munition (SGM) in its inventory, which has three grid fins at the tail end and is of the appropriate general size. However, the SGM, which also has a pop-out main wing, is unpowered and its fins have a distinctly different design from those on the 670. Without knowing more, it's hard to say with certainty whether the 670 might be a munition, an uncrewed system, countermeasure, or something else. A major component of all Project Convergence events since the Army first launched the initiative in 2020 has been tests of what are now referred to as 'launched effects.' This broad term encompasses a still-growing range of drones and loitering munitions that can be launched from fixed-wing aircraft, helicopters, and platforms on the ground. A launched effect design capable of performing surveillance and reconnaissance, electronic warfare, kinetic attack, and/or other functions, and that can be fired from existing TOW launchers, could be a boon to a variety of Army units beyond heavy armored formations equipped with Bradleys. The video below offers a very general overview of the Army's vision for its future family of launched effects. The Army has also been at least exploring options in recent years for a new anti-tank guided missile to succeed the venerable BGM-71 series that would also be able to make use of existing launchers. An air defense version of the Bradley, known as the M6 Linebacker, with a four-round launcher for Stinger heat-seeking surface-to-air missiles instead of the TOWs, was previously in Army inventory, as well. The service could now be looking at ways to reboot that general concept, especially in light of the growing threat posed by drones. BAE Systems, the current prime contractor for the Bradley, has previously proposed a modernized short-range air defense (SHORAD) variant with either a four-round Stinger launcher or one that could be loaded with up to two radar-guided AGM-114L Longbow Hellfire missiles. More recently, the company has pitched a SHORAD variant of the Armored Multi-Purpose Vehicle (AMPV), which is derived from the Bradley. Whatever the mysterious 670 might be, it highlights the potential for the Bradley's TOW launcher to evolve into a more multi-mission system in the future. Contact the author: joe@
