Monday, 25 December 2006
After looking at the success of both the A-10 and Harrier in the close air support (CAS) role, it really is sad that both aircraft will have no direct replacements, and are already at the end of their lives...Which begs the question, why not a replacement for these 2 aircraft that combines the special features of the 2 aircraft, the armoured tub and 30mm cannon of the A-10, and the vertical take-off capability of the harrier. (Remember to throw in a 2nd seat for an extra pair of eyes...)
Sunday, 24 December 2006
Good to see that women in the Canadian armed forces participating in all areas, including combat vocations. Wonder if there are other armed forces with such a liberal policy...
Saturday, 23 December 2006
++ THE NEW BROWN-WATER NAVY ++
Somehow, opswarfare gets the feeling that the real reason for the US Navy delving into riverine operations is to ensure that it has a share of the Global War on Terror (GWOT ) budget pie...
Monday, 18 December 2006
Krauss-Maffei Wegmann – Ihr Partner rund um Wehrtechnik
Finally, common sense has prevailed. After a few years of muddying around with light armoured vehicles, the various Western armies have decided that heavier armour (and heavier firepower) is needed. What is interesting to note here is that it was the Dutch who brought in the PzH 2000 to Afghanistan first, and not the German army (If you still haven't figure it out, the PzH 2000 is a German-made SPH). In similar news, the Canadian army recently sent its 20 year old (but still useful) Leopard 1 tanks to Afghanistan to provide some much needed firepower and protection.
Saturday, 16 December 2006
Sunday, 10 December 2006
This looks like the little brother of Patria's AMOS system. The turret is unmanned, which enables it to be installed on lighter platforms. The interesting Multiple Rounds Simultaneous Impact (MRSI) feature is worth looking at further.
Sunday, 19 November 2006
Many digital camera manufacturers have been phasing in a "face detection" feature in their auto-focus systems. opswarfare believes that this application could be useful in targeting systems, e.g. remote weapons mounting, to aid the operator to target enemy combatants.
Saturday, 11 November 2006
Sunday, 29 October 2006
opswarfare imagines that the next step would be automatic weapons cueing. Rafael's Spotlite Mk II can already point out where the sniper is on a screen. The logical conclusion would be to put up the sensor on a armoured vehicle, and link it to a remote controlled weapons turret.
Upon being fired by the sniper, the sensor will calculate the rough location of the sniper and pass this info to the remote weapons turret, which will slew the weapon onto the sniper. The firer, within the safety of the vehicle, can make adjustments and then fire back at the sniper upon visual confirmation.
Thursday, 26 October 2006
A story regarding the exercise Urban Resolve 2015.
Air Force personnel are flying virtual missions from a suite of rooms in the Pentagon known as the Air Force C4ISR Visualization Center which houses one of 19 nodes during Urban Resolve 2015 (UR2015), a major series of joint urban warfare experiments involving all five U.S. military services and participants from thirteen nations.
Story and photo by Air Force Staff Sgt. Bryan D. Axtell
USJFCOM Public Affairs
(ARLINGTON, Va. - Oct. 24, 2006) -- Targeting crosshairs float across alleys and rooftops while one hand delicately nudges the ergonomic control sporting weapons toggles, and the other dances across the top of a box full of backlit red buttons and more joystick controls. Another set of hands is griping a spiral bound detailed map and pointing out directions.
Air Force Lt. Col. Beverly Smith and Chief Master Sgt. Stanley Milinski, both with Operations and Strategy at U.S. Air Force Headquarters, are operating an airborne tracking laser as the Air Force experiments with the directed energy weapons of the future.
While different services have been operating unmanned aerial vehicles (UAV) from remote locations for some time now, those both are and yet aren't real rooftops that the crosshairs are floating over. The rooftops that Smith and Milinski are flying over exist in a computer; however, those same rooftops exist in the real world too.
That's because the simulator Smith is flying is inside the "world" of U.S. Joint Forces Command's Urban Resolve 2015 (UR2015). It's a world that exists simultaneously in 18 other places across the country. So when Smith pilots her aircraft to the left, UR2015's joint task force commander in Suffolk, Va., can see her do it.
This all occurs as part of UR2015's series of three "human-in-the-loop" or HITL sessions. The two-week long HITL sessions are the "live" portion of this "live, virtual, and constructive" experiment which uses models and simulations to replicate real-world geography, structures and culturally relevant population behaviors.
So is this a video game? A video game maker might program in rubber-neckers if something blew up in that artificial world. A video game might have the traffic jams as part of their "plot."
In this computer world though, there is no pre-recorded footage of actors following a "plot." Real people like Smith and Milinski make real decisions. The buildings they are flying over are exactly where they would be in real life - in some cases down to the centimeter.
1st Lt. Joseph Friel with the Air Force Research Laboratory's Directed Energy Directorate talked about what value he saw in having people like Smith and Milinski participate in UR2015's realistic environment.
"We are experimenting with future systems before 'bending metal' to reduce costs to taxpayers and provide a greater combat capability to the armed forces quickly," said Friel.
Friel said that UR2015's joint experimentation environment allows him to "play" with a real-world command and control network that he can't get in a physics-based-only simulation.
As such he and his team can find and fix problems to future platforms before they are even built. Friel said that changing an existing piece of equipment can cost millions of dollars, whereas rewriting some software to fix a problem costs next to nothing.
Similarly the Army is experimenting with different aspects of their Future Combat System in Ft. Leavenworth, Kan., while the members of the Marine Corps "look over their shoulder."
All of the services either have or will participate in UR2015, which involves 19 different sites and over 1000 people across the country, to explore ways that the military can improve operating in an urban environment as well as its role in stability and reconstruction operations.
Just as opswarfare turns its focus towards urban defence (see post below), coincidentally the US is conducting an exercise to figure out how urban warfare will be like in 2015.
In military operations since World War II, United States forces have preferred to bypass major urban areas to avoid the costly combat expected inside cities.
The urban environment contains extremely complex terrain, with urban canyons, complicated infrastructures, and subsurface maneuver space.
The explosive growth of the world’s major urban centers, changes in enemy strategies, and the global war on terrorism have made the urban battlespace potentially decisive and virtually unavoidable.
Some of our most advanced military systems do not work as well in urban areas as they do in open terrain. Therefore, joint and coalition forces should expect that future opponents will choose to operate in urban environments to try to level the huge disparity between our military and technological capabilities and theirs.
Who will participate in the experiment?
Urban Resolve is an experiment sponsored by U.S. Joint Forces Command, Joint Experimentation Directorate, Joint Urban Operations Office, with technical assistance from the Institute for Defense Analyses, Joint Advanced Warfighting Program.
It is a distributed simulation to be carried out at the U.S. Joint Forces Command, Joint Experimentation Directorate, Distributed Continuous Experimentation Environment, at the U.S. Army Topographic Engineering Center at Fort Belvoir, Virginia, and at the Space and Naval Warfare Systems Command facilities in San Diego, California.
What is the intent of the experiment?
A three-phase effort, Urban Resolve is set in 2015. Its purpose is to guide the development of critical warfighting capabilities for the future joint force commander, with a particular focus on those needed for effective urban operations.
The scenario involves a U.S.-led coalition force that must confront and overcome a skilled adversary who is equipped with modern capabilities and is operating in an urban environment.
Urban Resolve also helps to aggressively advance the development of modeling and simulation tools needed for urban warfighting.
What is Phase 1 of Urban Resolve?
Each of the three planned phases of Urban Resolve will build on previous efforts. Phase I will focus on using human intelligence, along with advanced intelligence, surveillance, and reconnaissance (ISR) technologies, to gain comprehensive situational awareness and situational understanding of the urban environment and the adversary forces.
Friendly forces will employ a variety of future ISR sensor capabilities to detect, locate, and track adversary systems and personnel inside a densely populated urban area.
The adversarial forces will employ increasingly more effective means of signature reduction, including camouflage, concealment, and deception to hide from friendly ISR, while moving among the neutral inhabitants of the city.
What is Phase 2 of Urban Resolve?
In Urban Resolve Phase II, the friendly force will continue to employ leading-edge ISR capabilities to find and track the adversary.
Phase II will expand the scope of the experiment to include shaping the future battlespace through the use of special operations forces and precision effects, both lethal and non-lethal, primarily launched at a distance. This phase of the experiment will start to directly inform the continued development of both the major combat operations and the joint urban operations concepts being developed by U.S. Joint Forces Command.
What is Phase 3 of Urban Resolve?
During Urban Resolve Phase III, the U.S.-led coalition will employ a fully equipped, combined or joint task force with modern air, land, sea, and space capabilities to maneuver effectively in the urban battlespace.
Will additional phases of Urban Resolve be conducted in the future?
U.S. Joint Forces Command plans to cosponsor future phases of Urban Resolve with the services. These phases will continue to develop our understanding of the urban environment.
The outcomes of this joint and multinational experiment will expand our understanding of future urban conflict, from precrisis to postconflict, while providing insights into today’s urban warfighting challenges.
How will the results of the experiment be used?
As the Department of Defense’s executive agent for joint urban operations, U.S. Joint Forces Command will use the results of the Urban Resolve experiment to inform the continued development of both the joint urban operations and the major combat operations concepts and to recommend actions to senior leaders to better address the challenges of current and future joint operations.
Wednesday, 25 October 2006
Tuesday, 24 October 2006
by Spc. Billy Brothers
October 17, 2006
Sgt. Chris Walsh, from the Wyoming Army National Guard Police Training Team, provides overwatch security for fellow Soldiers in Sekeik, Iraq. This photo appeared on www.army.mil.
by Master Sgt. Johancharles Van Boers
October 24, 2006
Soldiers from the 3rd Infantry Division participate in a pre-Iraq deployment mission readiness exercise at Fort Stewart, Ga. This photo appeared on www.army.mil.
A look into how actual combat has influenced changes in training in the US Army.
Infantry transformed by new tools, training
By Sydney J. Freedberg Jr., National JournalSAND HILL TRAINING AREA, FORT BENNING, Ga. -- The Army drill sergeant rebuked a group of recruits who had fired their rifles too hastily in a mock ambush. "You know we've got civilians on the battlefield," said 1st Sgt. Dennis Williams. "Just because your buddy fires, doesn't mean you fire."
You've got to be aware of exactly what you're shooting at, Williams told the soldiers. Be aware of what you're not shooting at, too; don't focus on the first target that pops up and forget your flank. "Everybody wants to kill that same guy, but those guys over there," he said gesturing to the side, "would've wiped us all out!" Be aware even when the battle is won and you're searching the prisoners for weapons, insignia, family photos, Williams said. "You've got to be checking everything. Every piece of information you find is important."
Williams wasn't shouting. He did not even raise his voice. He just shook his head and said, exasperated, "You all are in week 11."
The two dozen recruits sitting on the concrete floor knew exactly how serious their situation was. Today's ambushers were pop-up paper targets, the prisoners were mannequins, the road unmined. But soon the targets, bystanders, and bombs would be live. In less than a month, these recruits would graduate from their 14-week course at Fort Benning's Infantry Training Brigade and join regular units headed, sooner or later, to Iraq.
Staff Sgt. Robert Colón, another instructor at Benning and, like Williams, a veteran of Iraq, tells his recruits that they have to get it right, because the unpredictability of warfare in Iraq might suddenly put them in the lead.
"Over there, I've had privates save my life. I've saved my privates' lives. It's just the way it goes," Colón said. "Get rid of the whole 'I'm just a private' mentality, because it just doesn't protect you from bullets," he said. "In the battle of Falluja, we lost our battalion sergeant major, our Alpha Company commander. At any given time, a private's going to have to step up to be a leader."
War is driving change across the U.S. Army and Marine Corps, and nowhere more so than in the oldest military specialty of all, the often-neglected foot soldiers of the infantry.
While air forces evolved from biplanes to stealth bombers, and navies from gun turrets to cruise missiles, the "poor bloody infantry" stayed mostly the same from the First World War to the Persian Gulf War: helmets, grenades, rifles, a few light machine guns, and leather boots. The decades added awkward flak vests that could sometimes stop shrapnel, but not bullets.
Today, however, the soldiers at Fort Benning are visibly different from their predecessors of just three years ago. They wear Kevlar jackets reinforced with rigid breast and back plates, 16 pounds per man, the first mass-produced bulletproof armor in history and all but unknown in the U.S. military before the invasion of Iraq. The soldiers carry rifles with sophisticated optical sights, tools that, before the insurgency, were reserved for snipers and commandos. They practice treating casualties with a new first-aid kit -- tourniquet, gloves, and an Israeli-developed pressure dressing -- that was derived from last year's battlefield lessons.
And these are just the tools, the visible surfaces of far more fundamental changes in how human beings are being taught to fight. "When I went through basic training, it was about four hours of 'here's a pressure dressing,' " recalled Sgt. 1st Class Michael Clay, a Benning instructor who first fought Iraqis in 1991. "Now we have two days dedicated to that alone." And trainers reinforce the first-aid skills, working casualty drills into other exercises, to make sure soldiers know how to quickly and efficiently treat a wounded comrade.
Those exercises are more demanding than they used to be. Privates practice leading squads and teams of fellow recruits -- normally an experienced sergeant's job -- and under close supervision, they devise and execute their own plans for practice missions.
They move swiftly from sterile shooting ranges to live-fire drills like the one Sgt. Williams took his recruits through, a jolting truck ride down dirt roads, with targets popping up on either side. It was a simulated ambush of a simulated convoy -- to which the recruits responded with bursts of real bullets, fired first from their lurching, moving vehicles and then as they leapt out to counterattack on foot.
"I didn't do half of this," said Lt. Col. Ricardo Mitchell after he and the recruits finished the exercise. Mitchell did his basic training in the peacetime Army of the 1980s. Today, as commander of one of Benning's training battalions, he said, "We are teaching things to privates comparable to what, five or six years ago, we were asking lieutenants to do."
Soldier as System
A revolution is under way in the American infantry. After 9/11, "the box opened up," said Staff Sgt. Timothy Howell, a Benning instructor. In the 1990s, the Army's mantra was," 'The book says -- the book says,' " he recalled. "Now it's, 'What's your experience in Iraq?' "
Survey teams went to Baghdad shortly after the city fell in 2003 to get feedback from troops on their equipment. "I'm still amazed at all the changes that have been made -- body armor, knee pads, helmet chin straps, even these boots," Howell said, "because a soldier said, 'This would be better,' and somebody listened. Now the Army is actually listening."
The institutional Army still struggles, however, to treat foot soldiers with the same focused seriousness that it treats tanks. "It's difficult because it requires us to make changes in how we fund items," said Col. Robert Radcliffe, director of Combat Developments at Fort Benning's Infantry Center.
A tank is designed, tested, and fielded as a package: "It's got a weapon, it's got communications, it's got armor. But we've never treated a soldier as a system," Radcliffe said. "We've got a rifle that's got its own funding line and a radio that's got its own funding line. As we develop equipment, we give it to the soldier, never paying much attention to how these pieces of equipment interact."
The Army has developed more than 300 individual items that a soldier could potentially wear or carry (not counting heavy equipment). Many are incompatible. Until a 2004 redesign, the standard helmet snagged on the back plate of the new body armor when a soldier looked up sharply.
Fort Benning now teaches recruits a new way to hold their rifles because the rigid chest plate restricts their arm movement. The standard night-vision sight can unbalance the helmet so much that it makes some soldiers' heads bob. A squad has to haul nine different kinds of batteries. All told, the average infantryman carries 65 to 90 pounds of equipment into combat.
This summer, the Army will issue the first set of gear designed as an integrated ensemble, called "Land Warrior," on a trial basis to more than 400 troops at Fort Lewis, Wash. The product of a difficult decade-long development process, Land Warrior incorporates not only body armor, radios, and night vision but also a tactical computer network -- all running off compatible batteries. If the soldiers like it, they will deploy with it to Iraq.
But new technology and training can help only so much. Human flesh remains terribly fragile. In an era of stealth jets, cruise missiles, and satellite-guided bombs, the world's high-tech superpower still depends on infantrymen willing to walk into harm's way.
Why Infantry, Anyway?
Out of 1.4 million military personnel on active duty, according to retired Maj. Gen. Robert Scales, who was an Army War College commandant, "at last count, there were 65,000 infantrymen in the Army and the Marine Corps, combined. They wouldn't fill [Washington's] FedEx stadium! With the exception of Kosovo" -- a campaign waged entirely by air strikes -- "in every war this nation has fought, we have run out of infantry. What we've had was airpower and artillery that was able, to some degree, to make up for the deficiencies of the infantry with firepower. So what have our enemies done lately? They've found ways to avoid firepower."
The insurgency began in Iraq when the ragtag guerrillas of the Saddam Fedayeen survived a U.S. onslaught that destroyed Saddam Hussein's best-armored tanks. Bombarding the cities where the Fedayeen holed up would have caused horrific civilian casualties -- without necessarily defeating the Fedayeen, as history shows. Unrestricted firepower flattened countless buildings in World War II, such as the hilltop monastery of Monte Cassino, but the defending infantry didn't just survive, the soldiers turned the rubble into fortresses -- from which only other infantry units could dig them out. Nor are today's smart weapons the whole answer: Saddam evaded missile strikes only to be hauled out of his spider hole by a foot soldier.
M1 tanks and M2 armored transports built for the plains of Cold War Europe have proven to be effective city fighters, spearheading assaults into Baghdad and Falluja. But someone still has to walk alongside to keep insurgents from sneaking up in the juggernauts' blind spots. And no tank or spy plane can search the inside of a house.
So in Iraq, technically trained troops such as artillerymen and engineers often park their heavy equipment and pull double duty as infantrymen. And with no demarcated front line in Iraq, mechanics and supply clerks and other rear-area troops end up defending their base areas and convoys.
"It didn't matter what your military specialty was," said Staff Sgt. Howell. "If you were a truck driver, you were a truck driver as long as you were behind the wheel, but as soon as that truck stopped, you were an 11-Bravo" -- the Army code for combat infantry.
Howell is a drill sergeant in Fort Benning's Basic Combat Training Brigade, which is intended to give every new private core combat skills. "We've got a radiology technician," Howell said, gesturing at one of his recruits. "He's still digging holes and doing the battle drills."
Just like the future full-time infantrymen in the more intensive Infantry Training Brigade, the future support troops in the Basic Combat Training Brigade carry their rifles all day and take turns guarding them at night, Howell said, "just like they will in Iraq." And like all military personnel who venture off base in Iraq, they wear full body armor.
"When I came into the Army," Howell said, "we had these big, clunky flak vests. You knew they weren't going to stop anything." He rounded on one of his recruits who was wearing, like all the others, 16 pounds of Kevlar and ceramic in the unseasonable Georgia heat: "You love that body armor!"
"Uh -- yes, sir!" replied the private.
"Are you lying, soldier?"
"A little bit, sir."
Howell and the other drill sergeants chuckled knowingly.
The Armor Dilemma
In early 2003, the Army and Marines began fielding thousands of sets of "small-arms protective inserts," a bulletproof ceramic plate that slips into the standard flak jacket. "The first time I had the SAPI plates was when they were issued in Kuwait" just before the invasion of Iraq, recalled Marine Corps Maj. Patrick Cashman. "We knew that pocket was in the vest for something: Maps? Toilet paper?"
For the first time in 400 years, since the perfection of the musket, the technology of protecting the infantryman had caught up, almost, to the technology of killing him. World War II troops wore no armor except a steel "pot" helmet.
The Vietnam era produced flak jackets that could stop some shrapnel, but not bullets. But with SAPI, said Arthur Durante, a developer of infantry manuals at Fort Benning, "I've got photographs of guys holding the flattened bullet that hit them in the chest: It knocked them down, but they got up and shot the guy that shot them."
So while troops in Vietnam routinely ditched their sweltering flak jackets, troops in Iraq do not. "Once, we ended up pushing 5 kilometers or so [on foot], north of Haditha," said Capt. Christopher Conner, who now teaches new Marine lieutenants at The Basic School in Quantico, Va. "It was probably 110 degrees. Not one single time did one single marine break the seal on his flak jacket."
Army Capt. Eric Hillerson, an instructor at Fort Benning, agreed. "We saw that it did work," he said. "We didn't go out the [base] gate without our helmets and vests on. It's hot and heavy, but the protection is worth it."
Body armor has kept the G.I. death toll down in Iraq. But with the military issuing more add-on armor to cover the gaps where troops get wounded -- thighs, groin, shoulders, beneath the armpit where the flak jacket fastens -- the weight of the full kit has doubled, from 16 to 33 pounds.
"The newer SAPI plates, if they're optional, a lot of guys won't wear them, because there's so much weight," said Maj. Brett Clark, a Marine Corps veteran of Falluja now on loan to Fort Benning as an instructor in the Army infantry captain's course. "At what point do we stop piling on that weight? Is the armor going to slow you down enough that you're easier to hit?"
Equipment officials are racking their brains. "The armor is one of those places where a hard choice had to be made," said Maj. Cashman, now the infantry capabilities officer for the Marine Corps Combat Development Command at Quantico. "We are at the technological limit for ceramic plates right now."
At the Soldier Center in Natick, Mass., which serves both the Army and Marines, researchers are working on next-generation armor. Today's ceramic-reinforced flak jacket fits snug and hot over the body, with its weight all on the shoulders, like medieval chainmail. Natick's new armor is supported by a rigid frame that distributes the weight and leaves room for a cool, breathable fabric underneath, like a Renaissance cavalier's suit of steel plate.
Designers are transforming today's optional add-ons that cover the shoulders, neck, and thighs into a working ensemble. Researchers are building electronic items, issued today as separate gear, into the helmet and the body armor, whose frame picks up radio signals like an antenna.
"We're putting that prototype together," said Natick Director Philip Brandler, "and we'll be out in the field next year to evaluate it." In three years, he added, experimental polymers now in the lab could provide current levels of protection for half the weight -- or could furnish more protection at the current weight.
"We have a very responsive enemy," Brandler said, "and as we provide certain levels of protection, they up the threat."
No amount of armor can make a man into a walking tank. The infantryman's first line of defense is his eyes, his ears, and his own quick thinking -- which intense training, and select technology, can sharpen.
When he went through basic training just 10 years ago, recalled Staff Sgt. Howell, the drill sergeants' mantra was, "Put your head down and walk!" Now an Iraq veteran and drill sergeant himself, Howell said, "the No. 1 thing I stress for these soldiers is, you have to look around. You have to know what's normal. That way you can know what's abnormal. So if you come down the road one day and there's no kids playing where there used to be kids, you get that feeling in your stomach and tell someone, before the attack."
Today, "Know the normal" is the infantryman's mantra. "He needs to look for the absence of the normal, as opposed to the presence of the abnormal," said Maj. Clark, the Marine officer, unconsciously echoing the Army sergeant. "Children on the street -- trash on the street -- the slightest change. He is himself an intelligence-gathering device." Instructors at Benning now often leave soda cans, sandbags, or other objects out of place in the barracks to test how quickly the recruits notice.
While awareness begins with training, technology can augment it. Some of the American infantryman's most powerful tools are the least obvious. Look past their bulky body armor to their handheld radios and headsets, the scopes on their rifles, and the ungainly black attachments on their helmets -- "night- optical devices," a little revolution in themselves.
"We had 'starlight scopes' in Vietnam," recalled retired Maj. Gen. Waldo Freeman, "but they were so maintenance-intensive that a typical company" -- 50 to 135 men, depending on casualties -- "would have maybe three that worked."
The foot-long, telescope-like devices were too bulky to use on the move, in any case, he said: "When we actually had to move after dark, you'd walk all night and get maybe 3 kilometers." So while Vietnamese light infantry, like the Chinese in Korea and the Japanese in the Pacific, would slip through U.S. defenses to launch bold night attacks, the Americans would hunker down and wait for daylight to restore their firepower and mobility.
Today, it is U.S. troops who run convoys and launch attacks under cover of darkness. "We did the majority of our missions in limited visibility," said Capt. Scott Thomas, an Iraq veteran now teaching young officers at Fort Benning. "We had the ability to see at night when the enemy couldn't."
Maj. Pete Farnum, now an instructor at the Marine Corps School of Infantry at Camp Pendleton, Calif., echoed Thomas. "We went into Falluja at night and got a foothold in the city almost without a shot being fired," he said. "Then when the sun came up, all hell broke lose. But night was pretty quiet: The enemy knew we had the optics, so they'd go to sleep and the next morning pick up their rocket-propelled grenades."
The difference, however, is not just technology, emphasized Lt. Col. Chris Carolan of Quantico's experimental Marine Corps Warfighting Lab. "There was a concerted effort after Vietnam to get us better at fighting at night," he said. "You have to know how to operate at night without the aid of night-vision devices before you can slap 'em on. That's training."
"We Know Who We Kill"
Well-trained troops can "out-see" the enemy by day as well. Soldiers and marines still carry an updated version of the M-16 rifle introduced in Vietnam -- but the military has actually suspended work on a replacement weapon, the XM-8, to devote funds to what it considers the real revolution: adding gun sights to existing rifles.
After a cease-fire cut short that first assault on Falluja in April 2004, Maj. Farnum recalled, "one of the first things that the insurgents requested was that the Marine Corps pull out all the snipers from Falluja. They thought we had snipers everywhere. But it was regular marines, trained in combat marksmanship, with the advanced combat optics."
"That's not a new technology," said Maj. Cashman of the Marine Corps Combat Development Command. "We didn't invent the telescopic sight." But after a trial fielding of a thousand ACOGs -- Advanced Combat Optic Gunsights -- to Iraq in 2004, he said, "word got back: These were war-winners, and we've given [them] to every single Marine infantryman."
Unlike the Marine Corps, the Army restricts the telescopic sights to one designated marksman in each squad. Regular soldiers -- including an ever-larger majority of recruits at Fort Benning -- instead get a "close combat optic," a sighting device that has no magnification but is suitable for short-range street fights.
"Five years ago," said Maj. Glenn Dean, chief of small arms for the Directorate of Combat Developments at Fort Benning, "we were an 'iron sight' army," trained to aim just like every rifleman since the 19th century: Squint and shoot, carefully aligning the post at the front of the barrel with the notch at the back (the "iron sights").
Today's optics let troops throw their rifles to their shoulders, both eyes open, for a quick, accurate shot on a fleeting target. Combat battalions which used to have no optical sights, except for those carried by their snipers, now give them to every soldier.
The new gun sights are not just tools for better shooting: They are also tools for knowing when not to shoot. "The big thing we stressed is, don't fire back unless you have positive identification," said one Marine officer. His commander in Iraq would answer complaints about civilian casualties by letting Iraqis look through his telescopic sight: "Every marine has one of these," the commander would say. "We know who we kill."
But better gun sights make no difference to troops who are too scared or enraged to use them. Especially in the first year of the insurgency, too many American patrols and convoys responded to roadside bombs or snipers by laying down "suppressive fire" in all directions -- what cynical veterans call the "death blossom." And in crowded cities, even a well-aimed shot can kill a civilian or a comrade.
"When you train, you shoot a target, and you don't ever really think about what's behind that target," said drill sergeant Colón. "But bullets actually go through things. They go through houses, and they go through people. That was a hard lesson learned in the first couple of weeks in Iraq, and that's one of the things I emphasize heavily now that I never used to emphasize before."
At Fort Benning, Army recruits routinely train with targets depicting men, women, and children -- and are scored not just on their hits but also on what they do not shoot.
"If you're going to knock at 90 houses and enter without any type of enemy action, you can't expect that the 91st house isn't going to be the one," said Staff Sgt. Brad Watson, an Iraq veteran and Fort Benning drill sergeant, as recruits rushed past him, rifles and optics ready, into a mock village. "And it's hard to tell infantry soldiers when not to flip on that switch, because they have to go in with a certain amount of aggression. You have to train them on identifying targets, and it's got to be constant. It's got to start at that individual soldier."
But it can't stop there. Commanders also need a new awareness of civilians.
For decades, if military doctrine mentioned civilians at all, it treated them as just one more obstacle on the battlefield. Infantry in Iraq have learned to watch the mood of local civilians -- or their absence -- as the best clue of an impending ambush. And commanders have learned to make better use of both civilian informants and their own foot patrols' firsthand observations.
As a young officer in Fort Benning's infantry captain's course in 2000, recalled Maj. Desmond Bailey, who is now back as an instructor, "I don't think we ever discussed civilian considerations."
In the 1990s, said Lt. Col. Steven Russell, who commanded Bailey in Iraq and now heads the captain's school, civilians were mentioned in Army training only in the context of a peacekeeping mission that would follow a conflict.
When training for actual combat, Bailey said, "we just wished the civilians away." But as a commander in Iraq, Capt. Thomas said, "That was the steepest learning curve: Not having the ability to wish the civilians away and focus on a uniformed enemy. You may spend part of the day on patrol, getting in a direct-fire engagement, but four hours later, you're meeting with a local sheik."
"I tried to ignore them," Bailey admitted. "We were driving through their crops because [insurgents] were ambushing us on the roads. But if you keep ticking them off, they aren't going to give you the information that you need. Until I actually started interacting with the populace, I didn't get that information. And we would not have ended up with Saddam" -- whose spider hole was found in the area that Russell's troops patrolled around Tikrit -- "if we had not utilized the local population."
No spy plane or satellite can talk to local leaders or sense the local mood as it walks down the street. But technology can speed the flow of human intelligence from one human to the next. On one raid, Thomas recalled, he sent each of his squads to hit a different house -- and discovered that the "high-value target" they were looking for was in none of them.
An Iraqi told Thomas the target's real location: about 20 minutes away from Thomas, but just a few doors down from one of his scattered squads. "This guy was getting ready to run," Thomas said. So he called his nearest sergeant on the radio and that sergeant's squad was able to hit the house four or five minutes later.
This seems like no big deal until you realize that, until recently, Thomas's sergeant would not have had a radio: The bulky sets were limited to vehicles or to one overburdened operator in a platoon of 40 men. "When I was a platoon leader, we didn't have squad radios," recalled Lt. Col. Russell. "We would see them on occasion, but they were very short range and unreliable. I had to get where I could do hand and arm signals."
Today, compact electronics -- and a military chastened by sergeants buying Motorola walkie-talkies out of their own salaries -- allow each squad of six to 13 troops to carry at least one radio. Personal radios and even hands-free headsets are proliferating.
Before the storming of Falluja, recalled Maj. Clark, "I told my gunnery sergeant we needed to get more radios. We had radios down to the team leader level": one for every four men, the smallest "assault element" that typically makes the first entry into a house while the rest of the squad provides covering fire and reinforcements. Over gunfire and through stone walls, Clark said, "you wouldn't otherwise be able to hear [to coordinate]. Having additional radios saved lives."
Both the Marines and the Army have experimented with sophisticated information technology for foot soldiers. The trial fielding of the Land Warrior kits to soldiers at Fort Lewis this summer will include not only radio headsets but electronic eyepieces that show troops their own location and that of friendly units on a computer map, updated via a wireless network -- a capability previously limited to vehicles. The Natick Soldier Center's next-generation "Future Force Warrior" will add more sensor displays and sharing of targeting data over the network.
These technologies, however, will require additional hours of training. Retired Army Col. Richard Sinnreich, a frequent participant in Army experiments, said, "It requires a whole different type of training to make the infantryman comfortable using that technology without distracting him. The more we digitize, the more infantry have to become proficient at a whole set of skills besides aiming a rifle and digging a foxhole."
Technology plus training can make infantrymen more effective. Technology without training can get them killed. The situations that soldiers face on the streets of Iraq, or elsewhere, and the tools they use are getting more complex. But the emerging revolution in American infantry is not making the role of the infantry any less demanding.
"The vast responsibility that is pushed down to the lower levels, the combat power that is pushed down to the lower levels, the larger areas of operation, as well as the technology, requires better trained, tactically savvy, intelligent leaders," said Maj. Clark, looking at his young officer-students a few yards away. "Intelligent grunts: That's almost a contradiction. But it's definitely a thinking man's game."
A series of presentations by the US Army. The website showcases a new [to opswarfare at least] hybrid method of presentation, with a video clip of the presenter speaking, a rolling transcript of his speech, and powerpoint slides that move in sync with the video clip.
Saturday, 21 October 2006
This article [extract] from Jane's does not provide easy answers, but it does reinforces opswarfare's views that many people have to reminded that the "3 block war" means that there are 3 scenarios. An army cannot only just be looking at assymetric insurgencies because that is not going to be the only possible scenario for the future.
Saturday, 23 September 2006
Sunday, 27 August 2006
regular readers will know that opswarfare likes TTP articles...the above is an AAR on USMC operations in Iraq.
Saturday, 26 August 2006
Sunday, 20 August 2006
Thursday, 10 August 2006
Monday, 24 July 2006
Avoiding the political angle of the conflict, opswarfare wishes to discuss the military aspects of this scenario, and how both sides can take the upper hand.
For Hezbollah, basically, they have to continue what they are doing now, and also in turn intensify their probing raids into the Israeli logistics tail. These raids create multiplier effects,
- disrupt enemy operations at their weak point
- find out more info about enemy built-up, especially forces held in reserve
- take the psychological upper hand (we still can strike you where it hurts)
- cause a portion of fighting soldiers to be left in the rear to help protect logistics units
As for Israel, it can consider conducting "thunder runs" if the terrain allows, and try to capture a "node" of the underground network intact. This may go some way into finding up more about the underground tunnels, plus also rocket storage areas.
The current air offensive basically cannot reap much benefits. Air-power-wise, Israel needs to use its UAVs (preferably high altitude type, to avoid MANPADS attacks) to detect rocket launching sites. Instead of attacking those sites, it may want to consider analysing the various sites to look for patterns, to try to locate the storage sites.
The special forces will have to utilise HUMINT to try to capture key Hezbollah leaders. This will help Israel win the war to "capture hearts and minds".
As long as both sides are allowed to operate without too much political "over-control", it will be an intriguing battle of tactics.
Sunday, 9 July 2006
First most critical "demand" scenario is a threat to our sovereignty. This would be the most demanding, but also most hypothetical scenario. Looking first at a conventional warfare scenario, an aggressor would most likely launch airstrikes on key military installations to deal a knockout blow to the SAF. Such actions would definitely be planned well in advance. Electronic warfare would be key here, as electronic eavesdropping would reveal tell-tale signs of an impending strike.
As expected, SAF's capability in this area is not well publicised. Potential tools to consider (if SAF does not have them yet) would be monitoring equipment to "listen" in to the entire electromagnetic spectrum.
Friday, 31 March 2006
BLACKFIVE: Marines Fight With "Six-Packs"
don't think this is a new weapon, but the fact that the USMC is adopting (or at least trialing it) bodes well for similar weapons to be used in more armies. opswarfare likes it, for the ability to put a heavier volume of fire on the target.
Sunday, 26 March 2006
Saturday, 18 March 2006
Navy SEALs to get new rifles
well, this is something new, at least to opswarfare. after some initial googling, it seems that this rifle came out in about. not sure how this rifle will be affected by SOCOM's choice of FN's SCAR for its rifle system [both 5.56mm & 7.62mm].
Monday, 13 March 2006
it is always good to see research being taken to reduce the workload on soldiers. Furthermore, lighter body armour will make it more likely that soldiers will wear them, thus enhancing their survivability also.
Tuesday, 21 February 2006
most readers would have noticed the recent coverage of opswarfare articles on canadian armed forces. this is due to the recent discovery of their informative websites. today's recommendation is especially good. a point brought up by an article [dispatches - vol 9 no 2, training for urban operations] comments that soldiers should not bunch up like police or paramilitary urban tactics, for the simple reason that grenade usage by enemy forces will cause multiple casualties. a simple comment, yet not followed by many.
Friday, 10 February 2006
Nine nations kickoff Coalition exercise in England
Exercise Urgent Quest, conducted in 2005, tested several combat identification systems. It will be interesting to see how NATO decides to move in this issue after this big test.
Nine nations kickoff Coalition exercise in England
By Lt.Col. Casey Bain and Marie La Touche
SALISBURY PLAIN TRAINING AREA, United Kingdom (Army News Service, Sept. 27, 2005) -- Exercise Urgent Quest, the largest military utility assessment of Coalition combat identification technology since the beginning of Operation Iraqi Freedom completed its first missions this week and continues through Oct. 7.
“This exercise will bring us one step closer to achieving greater combat effectiveness while reducing the potential of fratricide,” said U.S. Army Lt. Col. Mark Rasins, the exercise analytical lead from the Joint Fires Integration and Interoperability Team.
Exercise Urgent Quest is a U.S.-led and U.K.-hosted event that includes military representatives from Australia, Canada, Denmark, France, Germany, Italy, and Sweden.
The exercise will include a variety of field missions using combined forces from small unit (squad-level) to Coalition task force. The Advanced Concept Technology Demonstration will assess or demonstrate six devices including:
• The Battlefield Target Identification Device
• Digital Data Link
• Radio-Based Combat Identification
• Radio Frequency Tags
• Optical-Combat Identification System
• and the Joint Combat Identification Marking Systems
“We’re all very motivated to accomplish this vital mission,” Raisins said. “…these technologies may soon be saving the lives of U.S. and Coalition forces serving selflessly worldwide.”
More then 65 percent of the personnel participating in Urgent Quest have recent combat experience in OIF, Operation Enduring Freedom (OEF) or other conflicts,” said Rasins.
Rasins was formerly the operations officer (S3) of Task Force 4-64 in the 3rd Infantry Division during the initial advance into Iraq, and personally experienced a loss due to fratricide during OIF.
“The feedback from these combat-savvy veterans is critical and will go a long way in validating the types of combat identification technologies that are being developed and eventually fielded,” Raisins said.
Exercise Urgent Quest is the capstone Coalition combat identification event for United States Joint Forces Command and NATO.
Saturday, 4 February 2006
Another electric drive armoured vehicle project. This one is based on the wheeled tank destroyer, the Rooikat.
Sunday, 29 January 2006
opswarfare believes that there is a very big market for army utility vehicles at the moment. A few choices remain in the mix, with Iveco's LMV, AM General's HMMWV, Landrover's Defender, and MOWAG's Eagle IV. opswarfare envisages a future vehicle, with a hybrid powerplant, a remote controlled weapons mount, run-flat tyres, and a 2 row, 3-abrest seating arrangement. More details to follow.
Below are the current products on the market
BAE Systems Panther Command and Liaison Vehicle
Based on the Iveco LMV
BAE Systems RG-32M
South African design
MOWAG Eagle IV
This is based on the AM General Humvee chassis
something a bit bigger...
Timoney has some input in this vehicle also. Timoney is the same company that developed the AV81 Terrex together with ST Kinetics
Krauss-Maffei Wegmann Dingo 2
Underneath the body is a Mercedes Unimog chassis
Clothe the Soldier
While doing research on a review of past posts, opswarfare found this page on Canada's army uniform project. Previously, opswarfare reported on the new US Army uniform. The original intention was to find out how the new US Army uniform was performing in combat situations. It seems many armies are considering converting to a "digital" disruptive pattern uniform.
Saturday, 28 January 2006
Friday, 13 January 2006
eDefense - Detect. Decide. Shoot. Survive. (dead link)
This looks like a good idea. Put SIGINT equipment on a ship. 1 persistent surveillance platform. Have to read up more on its capabilities...
(UPDATE: 27th May 2007) Since the demise of eDefense, opswarfare has found a comprehensive (but in french) page on this vessel. Fire up your translation software...
(UPDATE: 14th March 2008) Using the wonders of technology (more exactly the Internet Archive), the text of the original eDefense article is reproduced below.
Named after famed French naval engineer Stanislas Charles Henri Dupuy de Lôme (1816-1895), the Dupuy de Lôme or "MINREM" (Moyen Interarmées Naval de Recherche ElectroMagnétique) was handed over to the French Navy at Toulon on Dec. 15, 2005. At the ceremony, French Defense Minister Michele Alliot-Marie described the new signals-intelligence (SIGINT) vessel as "a unique strategic weapon against terrorism and a system that will allow France to hunt for enemy radio communications worldwide, close to any flashpoint."
The Dupuy de Lôme is France's newest spy-ship. She was handed over to the French Navy on Dec. 15 2005. Built in the Netherlands and outfitted in France with her complete array of secret radio-interception and communications instruments, the new vessel is regarded as a potent tool in the global war against terrorism.
The development of the Dupuy de Lôme is the first project of its kind for the French Navy, as it was designed from the outset, under a $147.4-million contract, as a SIGINT vessel to replace the modified vintage BTS (Bâtiment de Transport et de Soutien) Bougainville, a converted cargo ship that has been in service with the Direction du Renseignemt Militaire (DRM, French military intelligence) since 2000 (see "France Orders New SIGINT Vessel"). The performance of the ship is directly linked to her intelligence systems, the key capabilities of which are interception, eavesdropping, direction-finding, and technical analysis of radio and radar signals at sea, including the latest waveforms and the most advanced types of communications.