Update: This article previously stated that the Falcons would again be wearing the initials of fallen heroes at the Super Bowl. This act of honor was solely done during their Salute to Service game in November.
The Atlanta Falcons, who will face off against the New England Patriots this weekend in Super Bowl LI, honored veterans by wearing the initials of fallen heroes on their helmets during their Salute to Service game in November 2016. Together with TAPS (Tragedy Assistance Program for Survivors), the Falcons put together a meaningful event that including the surviving families of the fallen.
The video below features players from the Falcons as they share the names of men and women who made the ultimate sacrifice. The list is a sobering reminder of the cost of freedom, but the comments from people who personally knew the heroes named is what will make you reach for the tissues.
Air Force pilots attached to deployable squadrons have started dropping real bombs off of their F-35s during training missions, according to a report posted at CNN.com.
“This is significant because we’re building the confidence of our pilots by actually dropping something off the airplane instead of simulating weapon employment,” Lt. Col. George Watkins said in an Air Force statement.
The inert precision guided bombs were dropped from airplanes based at Hill Air Force Base in Utah.
The F-35, also known as the Joint Strike Fighter, could use whatever good publicity it can manage at this point. The test program has been plagued with failures at every turn, from wrestling with the millions of lines of code needed to make the cockpit suite communicate with the $500,000 helmet the pilot is supposed to wear to having to redesign the tailhook so the airplane will actually catch the wire across the flight deck and stop when trying to land on an aircraft carrier.
The program’s original “initial operational capability” or “IOC” date was in 2012, but that goal was missed due to setbacks. The overall program cost is currently at $400 billion, and that’s expected to go up to more than $1 trillion over the life of the airplane.
F-35 supporters marvel at the fighter’s “fifth generation” capability, which includes radar-evading stealth technology and data sharing between airplanes. Critics say the Joint Strike Fighter is a procurement nightmare that can’t match the A-10 as a close air support asset or the F-16 as a dogfighter.
It’s December and many are doing their holiday shopping or making a wishlist of gifts they’d like to receive.
During the Future Ground Combat Vehicle Summit in Levonia, Michigan early in December, Army acquisition professionals and program managers had their own wishlists that included an assortment of robots and ground combat vehicles meant to protect Soldiers and give pause to potential adversaries.
Brian McVeigh, project manager for Force Protection, was big on robots.
Over 7,000 were fielded in just the last decade, he noted. The challenge now is to move the most effective ones into programs of record.
Among these, he said, is the M-160 Robotic Mine Flail, which efficiently clears land mines using rotating chains that flail the ground. It is also rugged enough to be protected against mine explosion fragments.
The M-160 made it into a program of record this year before the holidays, and a number are already involved in route-clearance missions in Afghanistan.
By 2025, dismounted Soldiers will conduct foot patrols alongside robots called Squad Multipurpose Equipment Transport, or SMET, vehicles that carry rucksacks and other equipment that will lighten the Soldier load, McVeigh said.
In order to get these to the warfighter sooner rather than later, the Army is procuring them through an Other Transactional Agreement, or OTA, he said.
The OTA got the program rolling fast, with requirements out in April and a down-select six months later in November, he said. Four contracts were awarded for 20 vehicles each, which will be tested by Soldiers in two brigades until the end of next year. Low-rate initial production is expected to follow with a production contract in place.
The requirements were limited to give manufacturers more flexibility in the trade-space, he said. The only firm requirements were that SMET be able to haul 1,000 pounds off-road, cover 60 miles in 72 hours and cost $100,000 or less each.
The OTA was used because Army leaders prioritized getting the weight off the backs of dismounted Soldiers, he noted.
Common Robotic System (Heavy) is designed to disarm or disable unexploded ordnance using a highly dexterous arm remotely controlled by a Soldier. The Army just published requests for information from industry for the wireless-range manipulator arm, McVeigh said.
Feedback from industry on CRS-H has been good, he said. It is expected that by next summer, draft performance specifications will be issued, and it is hoped that fielding can begin as early as 2020. This system is also going the OTA route.
The Enhanced Robotics Payload is another explosives ordnance disposal robot. A request for proposal has been released, McVeigh. And in October, a contract was awarded to Endeavor Robotics for another EOD robot, the Man-Transportable Robotics System Increment II.
Ground combat vehicles
David Dopp, program manager for Mobile Protected Firepower Vehicle, Ground Combat Systems, said a request for proposal was released in late November for MPF.
The MPF he envisions can be described as a light tank. It will be light in the sense that it will weigh less than half as much as an Abrams tank, which will allow two to fit inside a C-17 aircraft. That means its armor will be less than an Abrams.
The MPF will also sport a gun in the 105mm to 120mm range, similar to the ones on early versions of the Abrams, Dopp said.
It is expected that the MPF will provide infantry brigade combat teams with a long-range, direct-fire capability for forcible entry and breaching operations, he noted, so it is not by any stretch a tank replacement.
There will not be a lot of requirements other than MPF being light and powerful, he said. Army leaders are eager to quickly get it into the hands of Soldiers for testing.
A contract could be awarded by early FY19 with low-rate initial production to follow, he said.
Maj. Gen. John Charlton, commander, Army Test and Evaluation Command, said that although the Next Generation Combat Vehicle fielding isn’t expected until 2035, a lot of the components that may find their way onto the NGCV in one shape or another are being currently tested around the Army.
Two such systems that will likely inform development of NGCV, he said, are the Common Remotely Operated Weapon Station-Javelin and the Stryker Remote Weapons Station.
CROWS-J allows the warfighter to remotely engage targets with precision fire from the Javelin while on the move, he said. Stryker RWS is a 30mm cannon on an unmanned turret. Both systems keep the gunner inside the vehicle, in a less exposed area than the turret.
Electro-magnetic interference testing is now underway on the sensors and software, he said.
There are some challenges to overcome in putting this technology on the NGCV, he said, describing a few.
Although the gunner is tucked inside the vehicle, rounds must still be loaded and reloaded in the gun, which means being exposed to enemy fire and working in cramped conditions, he said.
Getting everything working correctly will require a lot of software development, he said. This is probably the most difficult challenge.
And finally, situational awareness could be lost with the crew fully buttoned up inside the vehicle, he said. This could be particularly bad in urban terrain where Soldiers cannot get good visuals of what’s around and above them.
The situational awareness issue could be addressed through adding sensors and cameras so the crew doesn’t feel so completely closed in, he noted.
Other future weapons
Charlton said several promising weapons are in the science and technology and testing stages.
Engineers are now designing extended-range cannons that can be mounted on the Paladin and will fire much greater distances than current artillery, he said, noting that the distances are impressive but classified.
The cannons could find their way on the NGCV, he said.
The challenges are now designing a breech in the gun system that can handle the enormous pressures and getting the APS software and sensors developed. Also, the crew might be adversely affected by the enormous pressures, so some sort of dampening mechanism would be needed.
Another weapon that will eventually make its way to the battlefield is the high-energy laser, Charlton said.
The Army and Air Force are now out at White Sands Missile Range in New Mexico using them to knock out air-to-ground and surface-to-air missiles, as well as unmanned aerial vehicles, he said.
A 300-kilowatt laser will be built and tested in the near future, he added.
“We want to ensure the lanes are clear when firing the laser,” he said. “We don’t want to take out one of our own satellites, so it will need to be equipped with an avoidance detection system.”
Lastly, Charlton said that an electromagnetic rail gun will be developed soon, but he’s not sure if it will find its way onto the NGCV. “But it will be on the battlefield in some shape or form,” he said.
The rail gun will shoot small, dense projectiles to distances of 30 kilometers at several times the speed of sound using electromagnetic pulses, he said. That will require some serious power, so initially it might have to be loaded on a large cargo truck.
Dr. Dale Ormond, principal deputy, Research Directorate, Office of the Assistant Secretary of Defense for Research and Engineering, said his office is working to ensure all of the laboratories across the Department of Defense are talking to each other, helping each other and avoiding duplication of effort.
The areas he’s particularly excited about are artificial intelligence paired with autonomy. Machines programmed for artificial learning will be able to collaborate much better with Soldiers and give commanders more options on the battlefield, he said.
Other promising areas are hypersonic weapons, he said, like the rail guns and lasers that the Army is working on.
He said he also expects to see a lot of developments in the space and cyberspace domains, as well as being able to operate in GPS-denied environments.
The US Navy wants to increase the range of its aircraft so carriers can remain out of missile range, an apparent response to China’s anti-ship defenses.
The Navy recently announced that it has awarded Boeing a $219,600,000 contract to build and deliver conformal fuel tanks for its air wings workhorse, the F/A-18 Super Hornet, as part of an emphasis on increasing fuel capacity and refueling ability.
CFTs are additional fuel tanks that are attached to the outside of the aircraft, somewhat similar to drop tanks. Unlike drop tanks, however, they are attached to the structure of the aircraft instead of the wing, and cannot be dropped.
The CFTs can carry hundreds of pounds of extra fuel, allowing for more hours of flight time.
The tanks are not a new concept — both the F-15 and the F-16 have conformal fuel tanks that can be fitted to them, as do the Dassault Rafale and the Eurofighter Typhoon.
The Navy is also trying to implement aerial refueling for carrier missions that do not require large tankers like the KC-46 and KC-135. This will be done through the use of the MQ-25 Stingray.
The Stingray is a unmanned aerial vehicle that is part of the Carrier-Based Aerial-Refueling System, a program that started after the Navy decided to change the direction of the Unmanned Carrier-Launched Airborne Surveillance and Strike project, which was intended to create a UAV that would strike enemy targets.
China has a distinct advantage when it comes to anti-ship defenses and reportedly has the world’s most advanced anti-ship ballistic missile.
The DF-21D has an approximate range of 1,100 miles, whereas the F/A-18 Super Hornet only has a range of 500 miles. The DF-21D has been referred to as the “carrier killer.”
China is also developing other missiles that are just as intimidating, such as the DF-26, which reportedly has a maximum range of 2,500 miles. China is also testing hypersonic glide vehicles that can go as fast as mach 10, making them almost impossible to intercept.
Carrier strike groups are extremely important to the US method of waging war. They have often been the first units sent to conduct strikes in places like Syria and Iraq.
The U.S. wields the world’s biggest, most powerful Navy, but recent developments in China and Russia’s missile inventory severely threaten the surface fleet with superior range and often velocity.
But the U.S. Navy and Lockheed Martin have a variety of solutions in the works to tip the scales in the United State’s favor by going hard on offense.
For years, the Navy has focused on a concept called “distributed lethality,” which calls for arming even the Navy’s smallest ships with powerful weapons that can hit targets hundreds of miles out.
Yet Russian and Chinese ships and missile forces already field long-range precision missiles that can hit U.S. ships before the forces are even close.
Additionally, both Russia and China are working on hypersonic weapons that could travel more than five times as fast as the speed of sound. These weapons would fly faster than current U.S. ships could hope to defend against.
Lockheed Martin’s Chris Mang, vice president of tactical missiles and combat maneuver systems, told reporters at its Arlington, Virginia, office that “defense is good,” but “offense is better.
“People don’t shoot back when they go away,” he said.
Mang said that promising new missiles like the Long Range Anti-Ship Missile for ships and planes could hit the field by 2020, which would bolster the Navy’s strategy of “see first, understand first, shoot first.”
The LRASM boasts a range of well over 200 nautical miles, a payload of 1,000 pounds, and the ability to strike at nearly the speed of sound.
An anti-ship missile LRASM in front of a F/A-18 E/F Super Hornet. (U.S. Navy)
It also has a huge advantage that neither Russia nor China have come close to cracking: naval aviation. Lockheed Martin officials said U.S. Navy F-18s and long-range B-1B bombers could carry the LRASM as early as next year.
While the U.S. has been surpassed in missile technology in some areas, the Navy still has a considerable edge in radar technology and command-and-control that can provide intelligence to ship captains faster than its adversaries.
As for the hypersonic weapons meant to redefine naval warfare, Mang said they’re still a long way out. (The U.S. Air Force and the Defense Advanced Research Projects Agency are working on their own versions, though.)
An artist’s concept of an X-51A hypersonic aircraft during flight. (Photo: Wikimedia Commons)
“How far do they go?” Mang said of the hypervelocity weapons. “They tend to be fuel-consumption-heavy and thermally limited, so they go really fast for a very short distance. If you can shoot them before they get in range of you, that is a tactic.”
The Navy continues to improve and spread its Aegis missile-defense capabilities so the long-range missiles Russia and China have can be knocked out and the short-range hypersonic missiles they’re developing can be out-ranged.
Though adversaries out-range the U.S. Navy on paper, the U.S. military has and will never be defeated by figures on paper.
Instead, the U.S. and Lockheed Martin seem to be pushing forward with proven technologies that would bolster the United State’s ability to protect its shores.
Cruise missiles are a nightmare for combatants at land or on sea. They fly low enough that most ballistic missile protections can’t touch them, they often hit at nearly the speed of sound — meaning they strike with no warning — and they can take out ships, tanks, and other large vehicles in a single hit.
Just take this test of the Kongsberg Naval Strike Missile striking a target at a range in California. Watch how the missile skims the waves and an island before spotting its target and slamming through it.
And while cruise missile development slowed after the end of the Cold War, China and Russia are pursuing new missiles with plenty of international partners.
So, the Navy has been working on expanding their defenses against anti-ship cruise missiles. In a 2015 test, they pitted the USS John Paul Jones, an Arleigh Burke-class destroyer equipped with the Aegis combat system, against a mix of cruise and ballistic missiles.
In the video (available at the top of the page), the Jones engages and destroys a series of targets. The cruise missile engagement begins at approximately 5:20.
TrueCar and DAV (Disabled American Veterans) just launched their second annual DrivenToDrive program, which is aimed at helping disabled veterans by retrofitting vehicles to accommodate their injuries. Last year, TrueCar gave their first-ever recipient the keys to a brand-new and modified cargo van.
And now it’s time to give away another car.
The CEO of DAV, Marc Burgess spoke in a March 15 press release, “DAV is grateful to partner with TrueCar and their DrivenToDrive program, which is designed to help the brave men and women who served our country regain their freedom and independence. Awarding a vehicle is a special way to recognize the sacrifices a veteran made and dramatically improve his or her quality of life. We’re additionally grateful to TrueCar for supporting DAV’s mission to honor our heroes and make them aware of the assistance we provide at no cost.”
“Driving is an expression of freedom and independence,” said Lucas Donat, Chief Brand Officer at TrueCar. “Helping injured veterans, those that have sacrificed so much for our freedom, to drive again is a cause close to our heart. Last year we had such an incredible response that we are excited to open up the contest again, and we’re honored to be working with DAV.”
Applicants are selected by a panel based off criteria to determine who will receive the vehicle. The program is only giving one deserving member of the military community a new vehicle. Active duty, veterans, and immediate family members are eligible to enter by visiting the link here. While there, visitors will be asked “what drives you” and how they would use the new vehicle to help them reach their goals.
Entrants must act fast as the submission period ends Sunday, March 18, 2018 at 9PM (PST.) Up to five finalists will be notified on or about March 26 and the Grand Prize winner will be notified on April 9. The official announcement will take place on or about May 21, 2018.
The Navy is nearing completion of its first two new, high-tech ship-to-shore connectors for amphibious operations designed to transport large numbers of Marines, equipment and weapons to shore from beyond-the-horizon, senior Navy officials said.
The service plans to build 73 Ship-to-Shore Connectors, or SSCs, to replace the existing fleet of 72 Landing Craft Air Cushions, or LCACs, Maj. Gen. Christopher Owens, Navy Director of Expeditionary Warfare, told Scout Warrior.
With some of the existing fleet of LCACs approaching 30-years of service, the Navy needs to begin replacing them with new ones, service officials said.
“We have two (SSCs) under construction to deliver in 2017 and two more that will begin construction in March of 2016. This is an upgrade to the current LCAC,” Owens said in an interview last year.
While the SSC design will be very similar to an LCAC, the new craft will incorporate a number of innovations and upgrades which will give in more speed, greater range, more payload capacity, improved digital controls and a new engine, Owens added.
“The new craft will have a greater load capacity so we can return to carrying M1A1 battle tanks aboard them,” he explained.
In addition, the SSCs will have a new Rolls Royce engine – the same one currently used in an MV-22 Osprey tilt-rotor aircraft, Owens said.
The new SSCs also increase the strength of the deck and improve the propellers when compared with existing LCACs, he said. The new SSCs can carry up to 74-tons across the ocean, enough to move an M1A1 Abrams tank with a mine plow, officials said.
The Navy’s 72 LCACs, in service for decades since the 80s, can transport up to 60-tons, reach speeds of 36-knots and travel ranges up to 200 nautical miles from amphibious vehicles, Navy officials explained.
LCACs can access over 70-percent of the shoreline across the world, something the new SSCs will be able to do as well, service officials said.
The Navy contracted with Textron Systems to build an in-house Navy design for the SSCs through an initial construction deal to deliver up to eight new craft by 2020. The contract has a potential value of $570 million.
Designed with over-the-horizon high-speed and maneuverability, LCACs are able to travel long distances and land on rocky terrain – even driving right up onto the shore.
In order to bridge the gap from existing LCACs to the new SSCs, the Navy implemented a special service life extension program for the LCACs – many of which are now approaching three decades of service.
The LCACs were re-engined with new engines, given new rotating machinery, new command and control systems, new skirts and fixes to corrosion issues. The effort is designed to put another 10 years of life back into the LCAC, Navy officials described.
The idea with the service life extension is to bridge the time-lapse or gap until the new SSCs are ready to enter the force in larger numbers, Owens explained.
Some of the enhancements being engineered into the SSCs are designed to address the changing threat landscape in a modern environment, a scenario that is expected to change how amphibious operations will be conducted in the future.
Since potential adversaries now have longer-range weapons, better sensors and targeting technologies and computers with faster processing speeds, amphibious forces approaching the shore may need to disperse in order to make it harder for enemy forces to target them.
This phenomenon, wherein potential adversaries have advanced weaponry designed to make it harder for U.S. forces to operate in certain areas such as closer to the shore, is described by Pentagon analysts as “anti-access/area-denial.”
“One way of dealing with an anti-access type threat is to have a distributed threat deployed it is able to quickly aggregate and then rapidly move from ship to shore,” Owens said.
Taking a break from their pre-season training camp in O’ahu, Hawaii, the LA Clippers basketball team, coaches, and staff paid their respects during a tour of the USS Arizona Memorial on Sept. 27, 2017.
Service members from all branches of the military accompanied them at Merry Point Landing, located on Joint Base Pearl Harbor-Hickam, to guide them through the hallowed grounds of the memorial.
It wasn’t a publicity stunt — the only official photographer was on site was Mass Communication Specialist 1st Class Meranda Keller. No news site has reported on this at the time of this article’s writing.
These players are genuinely here to honor resting place of the 1,102, of the 1,117 sailors and Marines who lost their lives Dec. 7, 1941.
While at the memorial, players were each guided by service members who would tell them of the history of the site and what happened on that tragic day.
After the tour, the Clippers spent time with the troops. They joked and took photos with members of the Armed Forces.
The Department of Defense has released video of the combat debut of the GBU-43 Massive Ordnance Air Blast bomb.
FoxNews.com reported that the April 13 air strike which killed 36 members of the Afghanistan-based affiliate of the Islamic State of Iraq and Syria, also called ISIS-K or the Khorasan Group, targeted a cave and tunnel system in Nangarhar Province, Afghanistan. Heavy fighting between Afghan government forces and the terrorist group has been reported, and local residents were eager to see more bombings.
“I want 100 times more bombings on this group,” Hakim Khan told FoxNews.com.
On April 8, a Green Beret died of wounds suffered in a firefight with ISIS in that province. Pentagon officials denied that the use of MOAB was in retaliation for the loss.
“As ISIS-K’s losses have mounted, they are using [improvised bombs], bunkers and tunnels to thicken their defense,” Army Gen. John W. Nicholson, commander of U.S. Forces Afghanistan said in a Department of Defense release. “This is the right munition to reduce these obstacles and maintain the momentum of our offensive against ISIS-K.”
The GBU-43 is a 21,700-pound bomb that uses GPS guidance to hit its target with over 18,000 pounds of high explosive. The bomb replaced the BLU-82, a 15,000-pound bomb used since the Vietnam War. Both bombs are dropped from the back of MC-130 cargo planes modified for use by Special Operations Forces.
Below is the 30-second video of MOAB’s combat debut.
Photo by Bob Hall, also a public affairs specialist for the Columbia VA Health Care System.
Two ladies are alive today thanks to the quick action of five police officers from the Columbia VA Health Care System.
On Oct. 5, Columbia VA Police officers Major Calvin Rascoe and officers Colt Clark, Ronald Turner, Robert Evans and Shawn Bethea were returning to the Columbia VA from training. Rascoe observed fire and smoke coming from a vehicle traveling north on Interstate-77. The driver and passenger were unaware of the fire coming from the undercarriage of their car.
Rascoe activated his vehicle’s blue lights and siren to get the driver’s attention to pull over. The police officers quickly jumped into action to save the two ladies in the car.
Clark and Turner led the ladies to a safe area away from the car. Turner called 911 to request fire and emergency rescue and Bethea took care of traffic control.
Took three extinguishers to put out the fire
With the ladies safely rescued from the car, Rascoe and Evans attempted to put out the fire. Rascoe emptied a five-pound fire extinguisher on the engine and undercarriage and Evans emptied a second 2.5-pound extinguisher to battle the fire on the engine.
With flames still blazing from the undercarriage, Rascoe grabbed a third fire extinguisher and finally extinguished the fire just as the Lexington Fire Department and local Emergency Management Service arrived on the scene.
Pictured above are VA Police officers (l-r) Major Calvin Rascoe and officers Colt Clark, Shawn Bethea, Ronald Turner and Robert Evans.
Followed their training
“Our focus was to save the two ladies in that burning car,” Rascoe said. “I appreciate these guys 100 percent. They did an impeccable job. They reacted and did what they are trained to do to make sure people are safe. I believe if God had not placed us there at that particular moment, the outcome would have been tragic.”
David Omura, Columbia VA Health Care System director, said “The heroic work our great police service does inspires me. I hope that if I am ever driving down the road and I have an emergency, like my car being unexpectedly on fire, the VA Police are there to save the day.”
Happy Thanksgiving! Here’s hoping you were too smart to engage in the Black Friday madness. But regardless of whether you’re killing time standing in line at the store or hiding out in the bathroom to get away from your crazy aunts, here are 13 memes to keep you occupied:
The Russian military will be replacing its standard issue AK-74M rifle with the AK-12 and AK-15, according to Military Times, citing Russian state-owned media.
The “5.45mm AK-12 and 7.62mm AK-15 are officially approved and recommended by Russian Ministry of Defense for issue to Infantry, Airborne and Naval infantry troops of Russian Armed Forces,” the Russian defense manufacturer, Kalashnikov Concern, which also made the AK-47 and AK-74M, said in a press statement in January 2018.
The AK-12 and AK-15 have 30-round magazines and can shoot 700 rounds per minute, the Kalashnikov statement said. They’re also equipped with “red dot, night and IR sights to underbarrel grenade launchers, forward grips, lasers and flashlights, sound suppressors and more.”
The two new weapons will be part of Russia’s “Ratnik” program, a futuristic combat system that includes modernized body armor, a helmet with night vision and thermal imaging, and more.
The first-generation Ratnik suit was reportedly given to a few Russian units in 2013, and some pieces of the suit were spotted on Russian troops in Crimea.
Russia claims the second-generation suit will be operational in 2020, and the third-generation suit will be operational in 2022.
See more about the AK-12 and AK-15 in the short Kalashnikov video below: