The Russian Ministry of Defence has finally completed a prototype of the Altius-U, its version of the US’s RQ-4 Global Hawk and Predator drones, Russian state news agency TASS has reported.
After several practical setbacks and cost increases, as well as the arrest of Alexander Gomzin, the general director of Altius’s original designer last year, the six-ton Altius-U took to the skies for 32 minutes on Aug. 20, 2019, the Russian Ministry of Defence announced.
The prototype was outfitted with intelligence, surveillance, and reconnaissance (ISR) equipment during the test flight, said Samuel Bendett, a researcher at the CNA Corporation. Eventually, the drone will be armed to carry out precision attacks and will be able to carry up to one ton, Bendett told Insider.
The UAV flew at an altitude of about 800 meters, or 2,600 feet, although Bendett said that both the Altius and Russia’s new Okhotnik stealth drone would eventually be able to fly at very high altitudes to penetrate adversaries’ air defenses.
Heavy Russian drone Altius-U makes it maiden flight
According to the Russian Ministry of Defence, the Altius-U is capable of a 24-hour flight time, which gives it the capability to move far beyond Russia’s borders.
Bendett told Insider that Russia was trying to wean itself off of foreign military equipment and to learn lessons from combat in Syria — and the development of both the Altius-U and the Okhotnik shows just how far Russia has come on both those fronts.
“This was a capability they were craving,” Bendett told Insider.
But the Altius prototype is only on its first test — “A lot has to happen” before either UAV is part of the Russian arsenal.
Even so, it’s a clear signal to Russia’s adversaries that it’s taking note of UAV technologies coming from the US and Israel in particular, and that it is developing the capabilities to fight in the wars of the future.
The testing of the two UAVs “moves beyond the discussion of whether or not they can [build these types of weapons] to, ‘Yes they did,'” Bendett said.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
This is often done by the 53rd Weather Reconnaissance Squadron, attached to the 403rd Wing, based out of Keesler Air Force Base near Biloxi Mississippi.
According to a release by the 403rd Wing, WC-130J Super Hercules weather reconnaissance planes have already made 10 flights into Hurricane Harvey, presently a Category 2 storm slated to reach Category 3 when it makes landfall in Texas.
Each plane has a crew of five: a pilot, co-pilot, a weather reconnaissance officer, a navigator, and a loadmaster.
During the flights through Harvey, the Airmen made dozens of passes through the eye of the hurricane, braving the strong winds in the center of the storm. On each pass, a device known as a “dropsonde” is released, providing data on dew point, pressure, temperature, and of course, wind speed and direction.
That data is sent out immediately to the National Hurricane Center.
“As the Hurricane Hunters, our data is time sensitive and critical for the [National Hurricane Center],” Maj. Kendall Dunn, 53rd WRS pilot explained. “This storm is rapidly intensifying.”
You’d think these pilots would be full-time Air Force, but you’d be way off. These gutsy crews who brave the wrath of nature are with the Air Force Reserve – meaning that many of them are taking time off from their regular lives to serve their country. You can see them in action monitoring Hurricane Harvey in the video below.
The U.S. Army has awarded a $49.7 million contract to Robotic Research LLC for autonomous kits to be tested on large supply vehicles in an effort to one day send unmanned resupply convoys across the battlefield.
The three-year award is part of the Expedient Leader Follower program, which is designed to extend the scope of the Autonomous Ground Resupply program, according to a recent release from Robotic Research.
Army leaders have pledged to make robotics and vehicle autonomy one of the service’s top modernization priorities.
The Next Generation Combat Vehicle program will be designed around manned and unmanned combat vehicles, giving commanders the option to send robotic vehicles against the enemy before committing manned combat forces, Army officials said.
(U.S. Navy photo by John F. Williams)
The service plans to build its first Robotic Combat Vehicle technology demonstrator in three years. The early RCVs will help program officials develop future designs of autonomous combat vehicles, officials added.
Army Secretary Mark Esper has stressed that autonomous vehicles have a definite place in what became one of the most deadly mission during the Iraq War — resupply convoy duty.
The Army lost “too many” soldiers to improvised explosive device attacks driving and riding in resupply convoys, he said.
Under the Expedient Leader Follower program, the autonomous kits, made by Robotic Research, will be installed on Army vehicles, such as the Oshkosh PLS A1s. A series of the optionally manned vehicles will autonomously follow the path of the first, manned vehicle, the release states.
The program follows the “Autonomous Mobility Applique Systems (AMAS), Joint Capability Technology Demonstration (JCTD), and [Autonomous Ground Resupply] programs to develop unmanned prototype systems that address the needs of the Leader Follower Directed Requirement and Program of Record,” the release states.
The AGR architecture is being developed to “become the de-facto autonomous architecture for all foreseeable ground robotic vehicles,” according to the release.
“We are deeply honored to have been selected to perform this critical work for the U.S. Army,” said Alberto Lacaze, president of Robotic Research. “The Robotic Research team shares the Army’s commitment to rapidly fielding effective autonomy solutions to our nation’s soldiers.”
This article originally appeared on Military.com. Follow @military.com on Twitter.
During its heyday, the McDonnell Douglas F-15 Eagle was the pinnacle of U.S. air superiority, incorporating advanced technology and a forward-thinking design that created a highly-maneuverable, multi-role fighter aircraft.
The F-15 was born out of necessity, as the Vietnam War demonstrated the Air Force’s need for a new fighter aircraft with the power and agility to overcome any current or projected Soviet threat.
The Air Force needed a solution, and on Dec. 23, 1969, after more than two years of intensive testing and evaluation, selected McDonnell Douglas’ F-15 as its next generation fighter. The aircraft went on to become an all-weather, extremely maneuverable, tactical fighter that gained and maintained air supremacy over the battlefield.
Development and Design
The F-15A was christened the “Eagle” in 1972 and flew its maiden flight at Edwards Air Force Base, California. Later that same year, the Air Force approved production of the aircraft.
In 1975, an F-15A known as “Streak Eagle,” broke eight time-to-climb world records and reached an altitude of 98,425 feet in 3 minutes, 27.8 seconds. Equipped with two Pratt Whitney F100 or GE F110 turbofan engines that produced 29,000 pounds of thrust each, the jet was able to reach a top speed of 1,875 mph and was the first US fighter with enough thrust to accelerate vertically. The aircraft’s high engine-to-thrust ratio and low wing loading (the ratio of aircraft weight to its wing area) enabled the F-15 to turn tightly without losing airspeed.
The F-15 was not only more maneuverable than its predecessors, but it was also equipped with advanced multi-mission avionics that set it apart from other fighter aircraft. Equipped with an internally-mounted tactical electronic “identification friend or foe” system, an electronic countermeasures set, and a central digital computer, the airframe is able to be upgraded throughout its lifespan with current technology.
The F-15 can penetrate enemy defenses and outperform and outfight any current enemy aircraft. The F-15 has electronic systems and weaponry to detect, acquire, track, and attack enemy aircraft while operating in friendly- or enemy-controlled airspace. The weapons and flight control systems are designed so the pilot can safely and effectively perform air-to-air combat.
The versatility of the Eagle can be seen through its combination of different air-to-air armaments. The aircraft can be loaded with AIM-120 advanced medium range air-to-air missiles on its lower fuselage corners, AIM-9L/M Sidewinder or AIM-120 missiles on two pylons under the wings, and an internal M-61A1 20mm Gatling gun with 940 rounds of ammunition in the right wing root.
The F-15 has been produced in both single seat and two-seat configurations and as a dual-role air-to-ground variant. The F-15E Strike Eagle, the air-to-ground variant, was developed to meet ever changing Air Force needs and can carry 23,000 pounds of air-to-ground and air-to-air weapons.
Features and Deployment
Air Force units that operate variants of the F-15 Eagle include:
The 48th Fighter at Langley Air Force Base, Virginia.
The 53rd Fighter Squadron at Spangdhalem Air Base, Germany.
The 54th Fighter Squadron at Elmendorf Air Force Base, Alaska.
The 65th Fighter Squadron at Nellis Air Force Base, Nevada.
15C, -D, and -E models participated in Operation Desert Storm in 1991, where they accounted for 32 of 36 Air Force air-to-air victories and struck Iraqi ground targets. F-15s served in Bosnia in 1994 and downed three Serbian MiG-29 fighters in Operation Allied Force in 1999. They enforced no-fly zones over Iraq in the 1990s. Eagles also hit Afghan targets in Operation Enduring Freedom, and the F-15E version performed air-to-ground missions during Operation Iraqi Freedom.
During its time in service, F-15 series has been deployed for air expeditionary force deployments and operations Southern Watch, Provide Comfort, Allied Force, Enduring Freedom, and Iraqi Freedom.
Did you know?
The F-15 is undefeated in air-to-air combat with 101 aerial victories and 0 defeats.
An F-15 was the first air-to-air fighter requested by the Air Force since the F-86 Sabre.
Eagles flown by Israel’s air force were the first to face a true adversary in the air. They downed more than 50 Syrian fighters with no losses of their own.
Industrial Revolution has teamed up with Dave Canterbury to release a package called the Bushcraft Survive & Thrive Kit. The kit is made up of somethings that Canterbury sells, along with brands that Industrial Revolution deals in.
From Canterbury you’ll receive the book Bushcraft 101, a nesting cup with lid, pot hanger and bottle. The hanger can be used with both the pot using the included holes in it along with in the opening of the bottle if you want to boil a larger quantity of water. We’ve actually read his book and its a well illustrated, informative read.
From UCO you’ll receive an excellent candle lantern and matches which we have used and recommend. New for the show was the SWEETFIRE strikable fire starter. It combines a fuel cube and a match into a single unit with a burn time of up to 7 minutes. The SWEETFIRE is actually made out of a byproduct from the sugar extraction process from cane. While they aren’t strike-anywhere, the box does include a striker on it.
Every good survival kit comes with a piece of sharpened steel and in the case of this one its a Morakniv (Mora as everyone else calls it) Kansbol. There is a dual grind on the blade and the heel of the blade was ground flat for sparking ferrocerium rods.
While on the subject of the Kansbol, they have a mounting platform for it called the Multi Mount. It is not part of the kit but is something that you can pick up separately or with a Kansbol. It is also compatible with the Garberg the Mora full tang knife. The new mount allows you to attach directly to PALS webbing but opens up other mounting options with a bit of creativity.
Check out more from Industrial Revolution here, or if your at the show head on over to booth 1446.
This article originally appeared on Recoilweb. Follow @RecoilMag on Twitter.
There’s nothing like a trial-by-combat to see if a new weapon is really worth its salt, so Russia has been using the Syrian Civil War to test out a lot of its new military technology.
In 2015, Russia’s Klub cruise missile made its combat debut, and Moscow has sent some of its most advanced planes to the war — including the Su-34 Fullback, the Su-35 Flanker, and the Tu-160 Blackjack — to carry out missions in support of Bashir al-Assad’s regime.
Now, it looks like the Russians are including the R-77 air-to-air missile among the systems being used in what has become an operational testing ground. The missiles have been seen on Syrian Air Force MiG-29 Fulcrums, a fighter that the Soviets and Russians have exported to a number of countries in the region.
The R-77 — also known as the AA-12 “Adder,” or “AMRAAMski” — is an active-homing radar-guided missile. It’s comparable to the earlier versions of the U.S.-made AIM-120 Advanced Medium Range Air-to-Air Missile. The Adder has a range of roughly 70 miles, and a top speed in excess of Mach 4. The Adder can be carried by just about any Russian aircraft, from the Su-35 Flanker to the Mig-21 Fishbed. It entered service in 1994.
The AIM-120 AMRAAM has a top speed of Mach 4, and entered service in 1991, although it was being delivered as early as 1988. Early versions of the missile had a range of 45 miles, but the latest variant has a range of over 100 miles. The AMRAAM has been mounted on a wide variety of combat aircraft, including upgraded F-5s for the Singaporean Air Force; the F-22; the F-35; the Tornado F.3; the JAS.39 Gripen; F/A-18 Hornets and Super Hornets; and even the Eurofighter Typhoon.
Russia’s move to improve its air-to-air capability is certainly intended to stymie any U.S.-led contingency plan of creating a no-fly zone over the war-torn region.
Recently, the Afghan Air Force grabbed headlines by dropping its first laser-guided bomb. From here, that might not seem so impressive — the U.S. dropped laser-guided Paveways in Vietnam as early as 1968. But, considering the fact that their military force was decimated by a civil war that began after the Soviets left in 1989, Afghanistan’s military modernization is quite the shock.
Today, as World Air Forces 2018 notes, the Afghan Air Force has 12 A-29 Super Tucanos (with six more on order) as well as 28 MD530Fs (with 154 on order) and ten UH-1H Iroquois utility helicopters. The Afghan Air Force is also acquiring almost 160 UH-60A Blackhawk helicopters, four of which have already been delivered. These aircraft are set to replace a fleet of Russian-designed Mi-8/Mi-17 Hip transport helicopters and Mi-25 Hind attack helicopters.
Afghan Air Force MD-530F Cayuse Warrior helicopter fires its two FN M3P .50 cal machine guns
(U.S. Air Force Photo by Staff Sgt. Perry Aston)
The Super Tucano is currently a finalist in the OA-X competition (alongside the Beechcraft AT-6B). The UH-60A Blackhawk helicopters are second-hand, but will be upgraded with a newer engine and rocket pods before delivery. Afghanistan is also going to acquire Cessna 208 Caravan light transport aircraft armed with AGM-114 Hellfire missiles.
But did you know that, thirty years ago, the Afghan Air Force packed a lot of punch? An inventory of older equipment shows a lengthy list of Soviet designs were once in service, ranging from the Il-28 Beagle and MiG-17 Fresco to the MiG-23 Flogger. But 12 years of civil war wore that force down substantially. By the time Operation Enduring Freedom began, less than 20 planes were flyable. After Operation Enduring Freedom, there simply wasn’t an Afghan Air Force.
One of what will be up to 160 UH-60A Blackhawks for the Afghan Air Force.
(U.S. Air Force photo by Staff Sgt. Jared J. Duhon)
We’ve got a long way to go before the Taliban, al-Qaeda, and ISIS are defeated in Afghanistan, but the new Afghan Air Force should help speed that process along.
Before getting too deep into the details, let it be known that American nuclear submarines can come to rest on the ocean floor. Even since the early days of the nuclear sub program – dating back to Admiral Hyman Rickover himself – these submarines have been able to touch the bottom of the ocean, so long as that bottom wasn’t below their crush depths.
But the more important question is whether they should touch the bottom or not.
The Navy’s Seawolf-class nuclear submarine first started its active service life in 1997, and while it’s not the latest and greatest class, it is a good midrange representation of the possibilities of a nuclear sub. Like all U.S. nuclear subs, its real crush depth is classified, but it has an estimated 2,400 to 3,000 feet before its time runs out. So the Seawolf and its class can’t touch the very depths of any ocean, but it is able to come to rest in some areas below the surface, those areas in the epipelagic and mesopelagic zones of the ocean. These are the areas where sunlight can still reach the depths.
The problem for U.S. subs isn’t the temperature or pressure in these zones; it’s what is actually on the seafloor that can cause trouble for nuclear submarines. Rocks or other unseen objects can cause massive damage to the hull of a submarine, tearing up its vents, stealth cover, or steering.
What’s more, is that the submarine’s engines pull in seawater to cool steam down from its main condensers and those intakes are on the bottom of the vessel. Bottoming a submarine could cause mud and other foreign objects to be pulled into the submarine. The boat could even get lodged in the muck on the seafloor, unable to break free from the suction, like a billion-dollar boot stuck in the mud. This is why the Navy has special equipment and/or submarines for bottom-dwelling.
The U.S. Navy’s NR-1 research submarine was a personal project of Adm. Hyman Rickover, the godfather of the nuclear submarine program. The NR-1 was designed to bottom out to collect objects from the seafloor and was fitted with retractable wheels to be able to drive along the ocean’s bottom. But that’s not all; the second nuclear submarine ever built had a similar capability.
The USS Seawolf (not of the later Seawolf-class) was eventually fitted with a number of unique intelligence-gathering equipment and devices that would make it very different from other submarines in the U.S. Navy fleet. Along with extra thrusters and a saturation diver dock, she was fitted with retractable sea legs so that she would be able to rest on the bottom for longer periods of time without getting damaged or stuck.
So while any submarine can bottom for evasion and espionage purposes, they really can’t stay for long. Those that are designed to hang out at the bottom aren’t likely to see the light of day anytime soon.
Since the end of World War II, the British Army has developed a number of outstanding tanks, starting with the Centurion. The Challenger 1 proved itself during Operation Desert Storm, where it recorded the longest-distance kill of another tank, while the Chieftain held the line for NATO during much of the later part of the Cold War.
The latest in this line of tanks is the Challenger 2. While it entered the fray too late for Desert Storm, it served in the Balkans and during Operation Iraqi Freedom. To date, its service has been just as outstanding as its predecessors.
Like the Challenger 1, the Challenger 2 features a 120mm rifled gun, very different from the smoothbore guns used on American M1 Abrams and German Leopard 2 main battle tanks. This gun provides the Challenger 2 with a greater range than its American and German counterparts.
The Challenger 2 is also equipped with a new version of the revolutionary Chobham armor. In one incident during Operation Iraqi Freedom, a Challenger 2 took over 70 hits from RPGs. Another incident involved the tank being hit on its normally-vulnerable underside with a RPG-29 and yet it still managed to drive back to base on its own power. While the press reported the latter incident as a failure, it should be noted that the tank kept its crew alive and was likely able to keep fighting.
And since then, the tank’s armor has been upgraded.
Unfortunately, it has a glaring weakness — it’s very slow when compared to the American Abrams and the German Leopard, with a top speed of just 37 miles per hour. Should a Challenger 2 face off against an American tank, the Abrams would use its speed to its advantage.
Learn more about the Challenger 2 in the video below!
The Marine Corps has reached another acquisition milestone decision by gaining approval for full-rate production of the AN/TPS-80 Ground/Air Task-Oriented Radar system from the Assistant Secretary of the Navy for Research, Development and Acquisition on May 23, 2019. The G/ATOR system combines five legacy radar systems into a single, modernized solution with multiple operational capabilities, providing Marines with comprehensive situational awareness of everything in the sky.
“G/ATOR is a phenomenal capability that lends itself to warfighting dominance for years to come,” said John Campoli, program manager for Ground/Air Task Oriented Radar program office at Program Executive Officer Land Systems. “We’ve received tremendous positive feedback from Marines on the system, and are excited to get this capability to warfighters across the MAGTF.”
G/ATOR provides real-time radar measurement data to the Common Aviation Command and Control System, Composite Tracking Network, and Advanced Field Artillery Data System. All G/ATOR systems share a common hardware and operating system software baseline to satisfy the warfighter’s expeditionary needs across the MAGTF with a single solution.
U.S. Marines set up the AN/TPS-80 Ground/Air Task-Oriented Radar system on Feb. 26, 2019.
(U.S. Marine Corps photo by Lance Cpl. Leo Amaro)
The highly expeditionary, three-dimensional, short-to-medium-range multi-role radar system is designed to detect, identify and track cruise missiles, manned aircraft and unmanned aerial vehicles as well as rockets, mortars and artillery fire. The Corps started fielding G/ATOR to Marines in 2018, reaching initial operational capability for air defense and surveillance missions in February 2018 and counter-fire and counterbattery missions in March 2019.
As previously reported, G/ATOR is being developed and fielded in three blocks that will support the Marine Air-Ground Task Force across the range of its capabilities. Block 1 — which began fielding a year ago — provides air defense and surveillance capabilities; Block 2 supports MAGTF counter-fire and counterbattery missions; and Block 4 — a future iteration — will provide expeditionary airport surveillance radar capabilities to the MAGTF. With this full-rate production decision, the Corps will procure 30 additional G/ATOR units.
This article originally appeared on Marines. Follow @USMC on Twitter.
On October 19, the Navy EOD released its Strategic Plan 2020-2030, its blueprints for the next 10 years. Its leadership is looking to mold the military’s maritime EOD force into one that best supports the U.S., its allies, and partner nations to compete and win in an era of Great Power Competition (GPC).
The Navy EOD’s mission statement is to “eliminate explosive threats so the Fleet and Nation can fight and win — whenever, wherever, and however it chooses.”
This mission statement is to be achieved through:
• Developing the force to win against near-peer competitors and empowered non-state actors. • Expanding our advantage against competitors’ undersea threats. • Capitalizing on our unique ability to counter weapons of mass destruction. • Growing expertise in the exploitation of next-generation weapons systems. • Emboldening allies and partner nation’s capabilities.
In the Strategic Plan, the community of operators internalized 80 years of knowledge and sacrifice to honor the legacy of those who have come before and develop and prepare future generations of the Navy EOD community. With Navy EOD being in its ninth decade of service, it is looking beyond the horizon to chart its future course. Its aim is to remain the world’s premier combat force for eliminating explosive threats.
This is the force’s first major mission update since 1997. The plan was developed to meet the challenges of a changing national security environment and position Navy EOD to best serve its role within the NECF said Rear Adm. Joseph DiGuardo, commander of Navy Expeditionary Combat Command (NECC).
“The Navy Expeditionary Combat Force (NECF) clears the explosive, security, and physical hazards emplaced by our adversaries; secures battlespace for the naval force; builds the critical infrastructure, domain awareness, and logistic capacity to rearm, resupply, and refuel the fleet; protects the critical assets the Navy and the nation need to achieve victory and reinforce blue-water lethality,” DiGuardo said.
NECF is comprised of Navy EOD, the Maritime Expeditionary Security Force, the Naval Construction Force, and diving and salvage units.
“As part of the NECF, our EOD forces play a pivotal role in clearing the explosive hazards in any environment to protect the fleet and Joint Force — from the simplest impediment to the most complex weapon of mass destruction—and build an understanding of our adversary capabilities by exploiting those hazards. Navy EOD is the key to our nation being undeterred by explosive threats,” DiGuardo added.
“The strategic plan ensures Navy EOD supports the NECF by eliminating explosive threats so the fleet, Navy, and nation can fight and win whenever, wherever and however it chooses,” Capt. Oscar Rojas, commodore of the Coronado-based EOD Group (EODGRU) said.
According to the plan, the force’s 1,800 members can also expect an increased emphasis on building their knowledge and capabilities in areas critical to success in a GPC environment. This will include Navy EOD enhancing its expeditionary undersea capabilities by tapping into the cyberspace. The force will pursue unmanned systems (UMS) to access adversary communication networks in order to disrupt, delay, or destroy weapons systems.
Moreover, the plan calls for Expeditionary Mine Countermeasures (ExMCM) companies to test these new systems and software. “The operators using emerging UMS technology are the closest to the challenges. Our strategic plan will empower them to provide us feedback from the tactical level during the capability development process to help accelerate solutions to the ever-evolving threats,” said Rojas.
The Navy EOD community has evolved through the years to face new and troubling threats as they have emerged: Magnetic influence mines in World War II serving as coastal defenses or strategic deterrents. Sea mines blocking the Wonsan Harbor from an amphibious landing during the Korean War. Land and sea mines dotting Vietnam, preventing full maneuverability of American forces. Iranian-emplaced limpet and sea mines targeting both naval and commercial ships in the Arabian Gulf. WMDs during the Cold War and into today.
And nowadays, with non-state actors like violent extremist organizations or lone wolves having easier access to information on how to create and employ improvised explosive devices or chemical and biological weapons Navy EOD’s job has only gotten harder.
“Our strategic plan was designed to guide us in creating a force that can deter adversaries and win in a complex security environment,” said Capt. Rick Hayes, commodore of EODGRU-2. “That is why we dedicated an objective to specifically focus on developing and caring for our Sailors. Our people are our most important asset — they are our weapons system.”
As Hayes said, all the objectives put forward in the 2030 plan are essential to delivering a lethal, resilient, and sustainable Navy EOD force that can be called upon during contingency and crisis operations.
“Realizing this vision will be impossible without the support of everyone in the Navy EOD community. By leveraging their creativity, discipline, and leadership, we will develop a force for 2030 that continues to protect the security and future of the American people,” Hayes added.
Sailors training for the Navy’s explosive ordnance disposal rating must complete the basic EOD diver course at Naval Dive and Salvage Training Center in Panama City, Florida. The Navy EOD training pipeline can take nearly a year to complete and is unique among all other branches for teaching dive capabilities. Navy EOD technicians regularly integrate with special operations forces by regularly working alongside Navy SEALs or Army Special Forces soldiers.
Russian and Chinese advancements in hypersonic weaponry are driving the US military to field a viable hypersonic strike weapon within the next couple of years.
The Army, Navy, and Air Force are jointly developing a common boost-glide vehicle to clear the way for each of these services to bring American hypersonic weaponry to the battlefield in the near future.
For the Army, that’s the Advanced Hypersonic Weapon (AHW). The Air Force is building the Hypersonic Conventional Strike Weapon (HCSW) and the Navy is pursuing its Conventional Prompt Strike (CPS) weapon, The Drive reported Oct. 11, 2018, citing an Aviation Week report. There is the possibility these systems could be deployed as early as 2021.
“There is a very aggressive timeline for testing and demonstrating the capability,” Col. John Rafferty, director of the Army’s Long Range Precision Fires cross-functional team, told reporters at the Association of the United States Army conference in Washington, DC on Oct. 10, 2018. The progress already made “is a result of several months of cooperation between all three services to collaborate on a common hypersonic glide body.”
The Navy is responsible for designing the boost-glide vehicle, as the fleet faces the greatest integration challenges due to the spacial limitations of the firing platforms like ballistic missile submarines, the colonel explained.
U.S. Army Wisconsin National Guard Soldiers from the 1-426 Field Artillery Battery operate an M109A6 Paladin Howitzer at at Fort McCoy, Wis., Aug. 18, 2018
(US Army photo by Spc. John Russell)
“Everybody’s moving in the same direction,” he added, further commenting, “The Army can get there the fastest. It will be in the field, manned by soldiers, and create the deterrent effect that we are looking for.”
As the boost-glide vehicle is unpowered, each service will develop its own booster technology for launching the relevant weapons, which fly at least five times faster than the speed of sound. The goal for the Army’s AHW is for it to travel at sustained speeds of Mach 8, giving it the ability to cover 3,700 miles in just 35 minutes, The Drive reported.
The Air Force has already awarded two hypersonic weapons contracts in 2018, and the Navy just awarded one in October 2018. The Army’s LRPF CFT is focusing on producing a long-range hypersonic weapon, among other weapons, to devastate hardened strategic targets defended by integrated air defense systems.
The US military’s intense push for hypersonic warfighting technology comes as the Russians and Chinese make significant strides with this technology. Hypersonic weapons are game-changers, as their incredible speeds and ability to maneuver at those speeds make them invulnerable to modern air and missile defense systems, making them, in the simplest of terms, weaponry that can not be stopped.
Russia is expected to field its nuclear-armed Avangard hypersonic boost-glide vehicle in 2019, and China has conducted numerous tests of various hypersonic glide vehicles and aircraft, most recently in early August 2018, when China tested its Xingkong-2 hypersonic experimental waverider, which some military experts suspected could be weaponized as a high-speed strike platform.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
As foreign air defenses become more and more sophisticated, Air Force planners are working solutions to keep America’s technical edge, an edge that has been narrowing for the past few years. Air Force Chief of Staff Gen. Mark Welsh wants cyber solutions to enemy systems like the Russian Buk, the probable weapon that downed Malaysia Airlines Flight 17. He’s looking for cyber weapons that do things like filling an operator’s screen with false contacts, stopping a missile from launching or, the ultimate solution, allowing a missile to launch before redirecting it to attack its own launcher.
For the full rundown, check out this article at Defense One