Can the Pentagon Get to the ‘Next Level’ of Space Domain Awareness?

Can the Pentagon Get to the ‘Next Level’ of Space Domain Awareness?

Retired Lt. Gen. John E. Shaw is often credited as the Pentagon’s trailblazer in advocating for dynamic space operations—maneuvering satellites in and between orbits and refueling them to better operate in a contested domain.

Now, he wants the military to get more dynamic in how it monitors and tracks objects and threats in orbit, as part of a broader shift and upgrade in space domain awareness, he said Aug. 26 

“We’re still doing that old way of propagating orbits and debris and such and trying to catalog everything,” Shaw, the former deputy commander of U.S. Space Command, said during a SpaceNews webinar. “And we haven’t really gone to the next level of doing dynamic tracking of hard-to-detect and -track targets in nonstandard orbits. We really just haven’t gotten there, and we need to get there.” 

Space Force, Space Command, and other Pentagon leaders have been talking about getting better at space domain awareness for years now, Shaw noted—from expanding how far they can monitor to being able to assign intent behind movements. 

“And yet, the capability that’s being delivered to Space Command today isn’t significantly different from what existed five, six, seven years ago,” Shaw said. 

It’s a capability Shaw compared to “looking for our keys under the lamppost.” 

The former Space Force general isn’t alone in calling for enhanced SDA, as space domain awareness is known. Earlier this year, Chief of Space Operations Gen. B. Chance Saltzman said the service needs to invest in “actionable space domain awareness” that gives decision-makers more context and understanding of what’s happening in the domain.  

And in June, Col. Bryon McClain, the program executive officer for SDA and combat power, said his office wants to open itself up to new ideas and technology from industry for the mission. A request for information the office issued included nods to the idea of satellites that can be refueled and move around to get closer to other objects on orbit—similar to the dynamic operations Shaw envisioned. 

The essential question, Brian Weeden of the Aerospace Corporation said during the SpaceNews event, is “How do we get beyond just tracking things in space?” 

Specifically, Weeden said, the Pentagon needs to get to a “holistic understanding of the space environment, the capabilities, the threats,” not just cataloging and tracking objects in orbit. 

Yet that effort is hampered in part by the fact that just trying to catalog and track everything is no small feat—and getting even harder as more and more satellites are launched every year. 

“We still haven’t solved the basic catalog maintenance orbital tracking problem. There are still hard challenges there,” Weeden said. 

Space Delta 2 is the Space Force organization responsible for that problem and must keep tabs on more than 45,000 objects in orbit. The plan is to eventually transfer much of that responsibility for “traffic management” to the Department of Commerce, allowing the Space Force to focus on the kinds of domain awareness Shaw, Saltzman, and others want. That process has been hit with delays, but Commerce officials told SpaceNews last month that they are on the cusp of beta testing the new system. 

Space Force Taps Northrop to Build Radar in UK for Monitoring Deep Space

Space Force Taps Northrop to Build Radar in UK for Monitoring Deep Space

The Space Force has awarded Northrop Grumman a $200 million contract to build a cutting-edge space radar in the United Kingdom, part of a joint venture between the U.S., U.K., and Australia to monitor 22,000 miles above the Earth around the clock.

The Deep-Space Advanced Radar Capability (DARC), as it is know, will include radar sites in each of the three countries and maximize coverage by sharing data to connect the three sites.

Northrop previously received a $341 million contract in 2022 to build the first DARC site in Western Australia, which is expected to be operational by 2026. The second radar site in the U.K. is slated to be finished by February 2030. The third radar will be based in the U.S., with all three sites to be completed by the end of the decade.

Once operational, DARC is expected to provide all-weather capabilities to detect, track, identify, and characterize objects moving through geosynchronous orbit (GEO).

space domain awareness
A artist’s concept illustration of the Deep-Space Advanced Radar Capability, or DARC. Courtesy of Northrop Grumman.

“As the world becomes more contested and the danger of space warfare increases, the U.K. and our allies must ensure we have the advanced capabilities we need to keep our nations safe,” then-U.K. Defense Secretary Grant Shapps, said in December 2023.

The project aims to modernize space domain awareness (SDA) for the U.S. and its allies by replacing outdated Cold War-era missile tracking radars and decade-old optical sensors that aren’t suited for today’s space environment. Unlike traditional optical systems that only work at night, DARC offers 24/7 monitoring regardless of daylight, making it much harder for adversaries to attempt an operational surprise.

The growing number of satellites in orbit and increasing space debris highlight the importance of monitoring geosynchronous orbit to ensure that these assets are tracked and managed effectively. In recent months, the U.S. military leaders have also warned against the growing collaboration among Russia, China, North Korea, and Iran in space, noting their joint engagements as something that they are “keenly observing.”

“Shared domain awareness is going to become increasingly important, not just for us to track objects and avoid collisions, but also to monitor activities, identify threats, and then make informed decisions about how best to respond,” said Charles Galbreath, a senior fellow for space studies at the Mitchell Institute for Aerospace Studies. “That’s going to be important for the United States and our allies in a potential future conflict.”

DARC will also offer extremely broad coverage given the three nations’ locations.

“You have to have sites scattered around the world,” said Brian Weeden, a former Air Force space operations officer at the Secure World Foundation. “By geographically spacing around all these radars and telescopes, linking them all together, sharing data between them, you get a much better network than what any one country can do by itself.”

How USAF Helped Ukraine Upgrade the Electronic Warfare Systems on Its New F-16s

How USAF Helped Ukraine Upgrade the Electronic Warfare Systems on Its New F-16s

The F-16 fighters Ukraine is receiving from its Western partners got a boost in their electronic warfare capabilities from the U.S. Air Force, the service revealed Aug. 26.

The Air Force worked with Denmark and Norway to reprogram the EW systems on the F-16s those countries and the Netherlands are providing to Ukraine. The U.S. military had not previously acknowledged contributing its electronic warfare expertise to Ukraine’s F-16s.

“To effectively integrate the F-16 into the Ukrainian Air Force, its EW subsystems required reprogramming to be effective against evolving Russian threats in the spectrum,” the 350th Spectrum Warfare Wing, the Air Force’s leading electronic warfare unit, said in a news release.

Russia and Ukraine jam GPS guidance systems and engage in other forms of electronic warfare in a cat-and-mouse battle to degrade the effectiveness of everything from cheap drones to cruise missiles.

“Both Ukraine and Russia’s militaries heavily rely on unfettered access to the electromagnetic spectrum to achieve commander objectives and both sides have continuously engaged in EW through techniques such as jamming and spoofing throughout the war to achieve spectrum superiority,” the 350th SWW said in its release.

Ukraine’s first F-16s were unveiled by Ukrainian president Volodymyr Zelenskyy on Aug. 4, ending a lengthy wait for the Western fighters Kyiv says it needs to defend its airspace from Russia.

Led by the 68th Electronic Warfare Squadron, the work required a great deal of adaptability since the USAF specialists had to learn an unfamiliar EW system and then optimize it, relying on data from Denmark and Norway.

“Most reprogramming centers would have said ‘no way’ when approaching this challenge; it’s uncharted policy,” the 68th Electronic Warfare Squadron chief engineer, who was not named, said in the release.  

The Air Force said it developed new processes and approaches to understand the EW system that is installed on the F-16s and reprogram it to counter against Russian threats. The improved system was then tested in a “partner-nation lab” along with “coalition teammates” according to the release. The aim was to “test and verify the unique elements required by the Ukrainians” of its F-16s.

“This is not our standard operating procedure,” said the 68th EWS director, who was also not named. “The fact that the team was able to figure out the system in two weeks, go in country with a partner to develop a best-ever mission data file is unheard of and is thanks to the talent here in the squadron and the wing.”

The Biden administration signed off on the Europeans’ decision to provide Ukraine with F-16s in August 2023 amid pressure from allies. The U.S. is not proving its own F-16s but must agree to the transfer of U.S.-made weapons. There are a host of other unanswered questions, including how the planes will be maintained, the full range of munitions that will be used to arm them, and what missions they will perform.

All told, allies have promised to give Ukraine more than 60 F-16s, though the process will be gradual. The U.S. has said it will train a dozen Ukrainian pilots with the Arizona Air National Guard by the end of the fiscal year. Some of those pilots have graduated from that training, but the military has declined to provide specific numbers, citing operational security.

The jets on display Aug. 4 were mounted with what appeared to be AIM-120 AMRAAM radar-guided medium-range, air-to-air missiles, and AIM-9 Sidewinder infrared short-range air-to-air missiles, or their inert training variants.

The F-16s Ukraine put on public display were also mounted with what appeared to be an electronic countermeasures pod.

Ukraine is now being added as a foreign military sales case for the 68th EWS, meaning the unit will “provide reprogramming capabilities based on feedback from the Ukrainians,” the wing said in its release. 

Instead of feedback from the Ukrainians in training, future reprogramming will rely on “combat-tested data,” it added.

“One F-16 with a reprogrammed pod won’t achieve air dominance alone, but it may give you a pocket of air superiority for a moment’s time to achieve an objective that has strategic importance and impact,” the 68th Electronic Warfare Squadron’s director said in the release.

Allvin Takes Aim at New Area for Re-Optimization: Family Readiness

Allvin Takes Aim at New Area for Re-Optimization: Family Readiness

The Air Force’s sweeping effort to re-optimize for Great Power Competition needs to extend to families, Chief of Staff Gen. David W. Allvin wrote in a memo last week, urging Airmen, their loved ones, and community leaders to prepare for a potential conflict or contingency. 

When Air Force Secretary Frank Kendall first announced the review in September 2023 that would culminate in two dozen decisions announced earlier this year, readiness for competition with the likes of China and Russia was a frequent theme. 

That push, Allvin wrote in an Aug. 16 letter addressed to Airmen, families, and community partners, would be “incomplete without a parallel focus on family readiness.” 

The costs of not being prepared, he added, are clear. 

“As a squadron commander during the terrorist attacks on Sept. 11, 2001, I was struck by how collectively unprepared we were for the changing environment from a family readiness perspective,” Allvin wrote in the Aug. 16 memo. “We cannot afford to be in that situation again.” 

From that experience, Allvin added, he formulated three “insights”: 

  • The need for family members to understand the mission of their service member and the broader Air Force. 
  • Strong connections within the community and support programs before a crisis. 
  • Preparing families to take action as needed when their service member is executing their duties. 

Allvin touted several moves the Air Force has already made to build family readiness.  

One major change was to the Key Spouse Program announced this spring. Now called the Commander’s Key Support Program, the effort identifies volunteers who welcome new families, connect families to support programs, provide deployment assistance, and more. Previously, the program was only open to military spouses, but the Air Force has now opened up positions to anyone. The program is also implementing new training, tools, templates, and objectives. 

“Our goal is to create a culture where support programs are ready to surge when needed,” Gina Allvin, wife of the Chief of Staff, said at the time. “When service members and their families understand the resources available to them, it makes navigating challenging times easier for the entire base community.”

Krista Cox, a Family Child Care provider, gives a tour of her home to U.S. Air Force Col. Ryan A. F. Crowley, commander of Joint Base Anacostia-Bolling and the 11th Wing, following the opening of the newest Family Child Care home at JBAB, Washington, D.C., July 10, 2024. U.S. Air Force photo by Hayden Hallman

The service “reshaped” its Relocation Assistance Program to prepare service members and their families for permanent changes of station, Allvin said. It also implemented a “Connect to Care” approach for victims of interpersonal violence, a move former Undersecretary of the Air Force Gina Ortiz Jones often referred to as a “no wrong door” policy—different support agencies are supposed to connect victims with the proper program with a “warm handoff” rather than simply redirecting them. 

Still more changes are coming, Allvin added. The Air Force currently has two programs, True North and Operational Support Teams, that are meant to embed teams of spiritual, emotional, behavioral, and physical health professionals within units. Those programs will be combined, “centralizing unit resources and enabling allocation and re-allocation based on unit risk data and evolving mission priorities,” Allvin wrote. 

Beyond those efforts, Allvin also called for service members, their families, and communities to work on family readiness together. 

Air & Space Forces Association president and CEO retired Lt. Gen. Burt Field said he supported Allvin’s efforts and focus on family readiness. 

“Without ready families, you won’t have ready Airmen and Guardians,” said Field. “We know that family readiness and mission readiness are directly linked. That’s why we are so committed to helping the Department of the Air Force ensure Airmen, Guardians, and their families have the quality of life they deserve and are well-supported at home, whether in peace or wartime.”  

In a First, USAF RQ-4 Global Hawk to Operate from UK

In a First, USAF RQ-4 Global Hawk to Operate from UK

An Air Force RQ-4 Global Hawk flew into RAF Fairford on Aug. 22 for a deployment of an undisclosed duration, U.S. Air Forces in Europe announced. The deployment—the first for a Global Hawk to the United Kingdom—will practice aspects of the Agile Combat Employment model, the command said.

The intelligence, surveillance, and reconnaissance drone “will conduct operations through international and Allied airspace in accordance with international norms and standards,” USAFE said in a release. The Air Force also operates a detachment of U-2 Dragon Lady crewed ISR aircraft from Fairford.

In the U.S., the FAA requires that autonomous aircraft must fly within approved corridors. An Air Force official said the U.K.’s counterpart entity, the Civilian Aviation Authority, established such a corridor for an uncrewed aircraft like the Global Hawk earlier this year. Global Hawk flights from Fairford will likely be timed for nighttime hours to minimize the impact on civilian air traffic in the vicinity, as the aircraft climbs to or descends from its 50,000-foot operating altitude, the official said.

The RQ-4 deployed from Sigonella Naval Air Station on the Italian island of Sicily and followed a circuitous route to Fairford, which took it over Finland, Norway, and Sweden. NATO operates five RQ-4D “Phoenix” aircraft from Sigonella.

The NATO aircraft are equipped with the Multi-Platform Radar Technology Insertion Program (MP-RTIP) and synthetic aperture radar ground surveillance radars. The Air Force’s RQ-4 Block 40, the last variant still in service, also employs the MP-RTIP for ground surveillance. It can also track cruise missiles. The Air Force RQ-4 fleet of nine aircraft—out of an original inventory of 45—is funded to remain in service through fiscal 2027, when the type is slated to retire.

The deployment is also part of USAFE’s efforts “to diversify operating locations and enhance integration with NATO allies,” the command said in a press release.

Agile Combat Employment will come into play as the aircraft is “dispersed from typical operating locations to alternate airfields to enhance survivability,” USAFE said, though it could not immediately be reached to explain how ACE will be practiced with the Global Hawk or how much of a support contingent is needed for the aircraft.

The 501st Combat Support Wing at Fairford has supported other recent deployments, such as a B-52 Bomber Task Force which operated from the base earlier this year.

PHOTOS: B-2 Bombers Fly with Australians, Land on Diego Garcia

PHOTOS: B-2 Bombers Fly with Australians, Land on Diego Garcia

The three B-2 Spirits that touched down in Australia last week for a Bomber Task Force have been making waves across the Indo-Pacific, with show-stopping formation flight and a rare landing at a strategic location.

Two of the B-2s conducted a flight escorted by American F-22s, two Royal Australian Air Force F-35As, two EA-18G Growlers, and one E-7A Wedgetail throughout the airspace of southeastern Australia on Aug 19—an impressive display of airpower between the two allies featuring some of their most advanced fighter, bomber, electronic warfare, and airborne early warning and control aircraft.

Australian KC-30A tankers later joined the flight to refuel the bombers and the Growlers mid-air.

Later in the week, one of the B-2s made a quick pit stop at Diego Garcia in the Indian Ocean, located some 3,000 miles from the mainland. Airmen from the 110th Expeditionary Bomb Squadron changed crews while the ground team quickly refueled the bomber and got it airborne again, all with the engines running—a process known as “hot pitting.”

The team has streamlined this process to ensure more efficiency with fewer personnel.

“In the past, our hot pit crews have been a large group, with a big footprint, going out and setting up,” Col. Matthew Howard, 110th EBS deputy commander and B-2 pilot, said in a release. “With more iterations of this process, we’ve been making it leaner under the Agile Combat Employment concept, where we can land a jet with the minimum number of people, turn the jet, and then get it airborne.”

These bomber missions are designed to enhance readiness “to respond to any potential crisis or challenge in the Indo-Pacific” through joint operations, the release added.

“If we lose a tanker or don’t get a tanker for aerial refueling, a hot pit enables us to move our jet from location to location, refuel and complete the mission,” added Howard.

Diego Garcia hosts a Naval Support Facility and provides access to the Indo-Pacific, Southwest Asia, the Middle East, and Africa. It regularly sees USAF bombers fly in, such as in March when two B-52 Stratofortresses landed there. It has been four years, however, since the Air Force has announced a B-2 landing on the island.

The B-2s are currently deployed to RAAF base Amberley, along with two KC-135R tankers from the Illinois National Guard.

Earlier this month, the Air Force also deployed F-22s from the 27th Expeditionary Fighter Squadron to Australia. The Raptors, along with the RAAF’s F-35s, conducted a joint hot pit refuel mission at the nation’s western base, Curtin. The strategically located base is still undergoing development, as it prepares to host more temporary operations.

“We’re willing to take risks if it means better agility and combat capability,” Master Sgt. Luke Ashman, 27th Expeditionary Fighter Generation Squadron aircraft section chief, said in a release. “The execution of this went very smoothly, the RAAF seems to operate on the same wavelength as us.”

These bomber and fighter operations with Australian forces follow the U.S.-Australian ministerial conference earlier this month, where the two countries’ defense chiefs said they would increase the presence of U.S. aircraft in Australia.

“We’re increasing the presence of rotational U.S. forces in Australia” Defense Secretary Lloyd J. Austin said at the time, to include “more maritime patrol aircraft and reconnaissance aircraft operating from bases across northern Australia.” He added that the allies are planning on “more frequent rotational bomber deployments.”

Workhorse of the Air: C-130 Celebrates 70 Years Since First Flight

Workhorse of the Air: C-130 Celebrates 70 Years Since First Flight

An era began 70 years ago on Aug. 23 when Lockheed test pilots Stan Beltz and Roy Wimmer, along with flight engineers Jack Real and Dick Stanton, took the new YC-130 prototype on its maiden voyage from Burbank, Calif., to Edwards Air Force Base about 50 miles east. They took off after just 855 feet of runway, “an astoundingly short distance considering most aircraft of that size required 5,000 feet,” Lockheed Martin later wrote.

It was a sign of things to come: in the seven decades since that flight, the C-130 Hercules has delivered troops, equipment, and live-saving supplies to short, unpaved airstrips in the deserts of the Middle East, the jungles of southeast Asia, the snowy wastes of Antarctica and Greenland, and everywhere in between. 

But the Herc’s ability to land and take off in a short distance is just one of the many strengths that makes it one of the longest continually produced aircraft in history, with more than 2,500 airframes operated by 70 countries around the world. 

“The vision that Lockheed Corporation had in providing a versatile, durable, capable aircraft has resulted in the greatest airlift workhorse known to the air forces around the world—especially the U.S. air forces,” Dr. Douglas Kennedy, assistant professor of history at the U.S. Air Force Academy and a former Air Force C-130 pilot himself, told Air & Space Forces Magazine.

“The Four Fans of Freedom remains the steadfast tool for all contingencies,” he added.

Archived photo of the YC-130 during its ferry flight from Burbank, California, to Edwards Air Force Base August 23, 1954. (U.S. Air Force photo)

While the first flight took place in 1954, the C-130’s story began in 1951, when the Air Force requested a medium cargo airplane that could fill the void in between small and large transports, which had trouble landing on the short runways where troops were fighting during the Korean War.

“It was designed to be used in a tactical situation where there weren’t any nice, clean places to take care of it,” Lockheed engineer Willis Hawkins told the Smithsonian’s Air & Space Magazine in 2004. 

The Air Force got what it asked for: a strong durable airframe, a giant tail that stabilizes the aircraft at slow speeds, propellers mounted high to keep the engines clear of dust and dirt, a narrow undercarriage flanked by sturdy tires to operate on and off roads, a tall, fully pressurized cargo compartment set low to the ground to allow for a wide range of cargo, and a built-in auxiliary power unit that lets the aircraft start up “when the nearest ground power cart is 150 miles away,” HistoryNet wrote in 2017. 

All this, and the C-130 was surprisingly maneuverable: there was even a four-ship C-130 aerial demonstration team called the Four Horsemen in the late 1950s. 

The Hercules proved its worth in the Vietnam War, where it delivered hundreds of paratroopers during Operation Junction City in 1967; landed or air-dropped off much of the supplies for the besieged Marines at Khe Sanh in 1968; and picked up new roles as aerial refueling tankers for rescue helicopters, land-anywhere taxis for special operations troops, and side-firing gunships for close air support.

An HH-3 “Jolly Green Giant” refuels from an HC-130P tanker. The ability to refuel helicopters in flight greatly enhanced search and rescue operations in Southeast Asia by giving helicopters greater range. (U.S. Air Force photo)

The Hercules truly lived up to its namesake during the fall of Saigon where, on April 29, 1975, a single C-130 flown by South Vietnamese Air Force pilot carried 452 refugees to Thailand, 32 of them in the cockpit alone.

“The aircraft was overloaded by at least 10,000 pounds and required every foot of runway to become airborne, including hitting the brakes while taxiing in order to close the rear ramp doors,” the U.S. Air Force wrote about the flight.

Do Anything, Anywhere

The C-130’s flexibility is one of its defining features. From 1960 to 1986, Air Force C-130 crews snagged capsules filled with spy satellite film as they dangled from parachutes over the Pacific Ocean. During Desert Shield and Desert Storm, EC-130 Command Solos broadcast radio programs meant to convince Iraqi troops to surrender, while Compass Call variants could disrupt enemy communications, jam radar, and help suppress enemy air defenses. In 1963, a C-130 became the largest, heaviest airplane to ever land and take off from an aircraft carrier. 

It seems the Herc can’t stop taking on new jobs: in 2021, a C-130 acted as a drone carrier by snatching an unmanned aircraft out of the air. A year later, an MC-130J Commando II performed the first live-fire of a pallet-dropped cruise missile. 

But the C-130’s peacetime portfolio is even more expansive. The Herc has dropped hay to stranded cattle in Colorado. Every summer, Air Force C-130 crews perform some of the most dangerous flying outside of combat when they drop fire retardant to stop wildfires across the western U.S. Meanwhile, the Ohio-based 910th Airlift Wing is equipped with large-area aerial spray units that kill the mosquitoes and filth flies that hatch in the standing flood water left over by large hurricanes. 

Since 1965, C-130s have also served as the aircraft of choice for the “Hurricane Hunters” of the 53rd Weather Reconnaissance Squadron, who fly into storms and atmospheric rivers to collect data for scientists and emergency officials back home.

A U.S. Agency for International Development (USAID) worker waits for a flight on a C-130J Hercules assigned to the 75th Expeditionary Airlift Squadron, Combined Joint Task Force-Horn of Africa, in Maputo, Mozambique, March 29, 2019. (U.S. Air Force Photo by Tech. Sgt. Chris Hibben)

Outside of those technical roles, the Herc has saved thousands of lives just by dropping off food and medical supplies nearly anywhere on Earth, including southern Sudan during the Darfur Conflict, where the aircraft played a pivotal role with the United Nations World Food Program.

“We fly 10 hours a day, first light to last light,” Jaco Klopper, former chief of air operations for the WFP in southern Sudan, told the Smithsonian in 2004. “We refuel the airplane as it’s being reloaded. Turnaround time is about 15 to 20 minutes. If it wasn’t for the C-130s, a large number of people would have died.”

Always Improving

Part of what allows the C-130 to keep taking on new roles is that the aircraft itself is constantly changing. The analog, smooth-nosed YC-130 took off with just three blades on its propellers and engines that were more like blow-dryers compared to those of today’s C-130Js, which also feature six-bladed propellors and a glass cockpit.

“Internally, little remains of the airplane’s 1950s heritage,” the Smithsonian wrote. “But two things never changed: Riding in the cargo hold of a C-130 is still a class below steerage, and, from the first A model to today’s spanking new J, from the first hour of flight to the 20 millionth, the airplane has been fun to fly.”

Kennedy shared that opinion of the aircraft.

“I was always proud to maneuver the beautiful beast around the Americas, Europe, Africa, and the Middle East, landing in the Moroccan desert, a former-World War II open field in southern England, and the limestone short runways in southern Colombia, or dropping the most lethal forces known in mankind,” he said. “Cheers to seven decades of service to the workhorse of the air.”

Kennedy’s fellow Herc driver, Gen. Mike Minihan, the outgoing head of Air Mobility Command, called it “the greatest airplane ever built.” Still, Minihan told Air & Space Forces Magazine, it would be nothing without the people who fly, fix, and support it.

“It is blue-collar work. There is nothing majestic or outwardly appealing to it until you’ve been a part of that family,” he explained, holding back tears. “Then it is the most majestic and appealing thing in the world. That airplane has an ability to bring the best out of America and Americans.”

The general said he was heartbroken that his days flying the C-130 are over, but he was ecstatic for an airplane “that’s been made brand new for 70 years and will continue to be made in the foreseeable future.

“I’m happy that we not only get to celebrate that airframe, but more importantly, I’m happy that we get to celebrate the people that fly, fix and support it.”

c-130
A C-130 Hercules with the 36th Airlift Squadron takes off at Yokota Air Base, Japan, during a routine sortie Oct. 2, 2015. ((U.S. Air Force photo by Osakabe Yasuo)
After Refueling Mishap, KC-46 Drops ‘Portion’ of Its Boom

After Refueling Mishap, KC-46 Drops ‘Portion’ of Its Boom

A KC-46A tanker from McConnell Air Force Base, Kan., suffered a mishap while refueling an F-15 Eagle on Aug. 21, prompting the crews on the Pegasus to declare an in-flight emergency for its boom, according to multiple statements released by units involved.

No one was injured during the incident, but the 931st Air Refueling Wing that operated the KC-46 did say in a release that the aircraft landed with its boom down at Travis Air Force Base, Calif., and dropped a “portion” of the boom nearby the base.

Unconfirmed photos claiming to show the KC-46 after it landed circulated on the unofficial “Air Force amn/nco/snco” Facebook page—in the photos, the boom appears to have broken in half, with exposed wires and pipes, and the exhaust cone of the tanker is badly damaged.

The 931st Air Refueling Wing could not confirm the pictures’ veracity.

An investigation is underway to find out the cause of the mishap and details of the damage to both the KC-46 and the F-15, the wing’s statement added. The wing wasn’t immediately available to provide further information on which unit the fighter belongs to or where it landed following the incident.

The Travis runway temporarily closed to allow personnel to respond to the aircraft and ensure the crew’s safety but has since resumed normal operations, the 60th Air Mobility Wing said in a separate statement.

“Our Airmen are not only primed to respond at a moment’s notice, they are also capable of navigating and preventing further danger during an emergency,” Col. Cynthia Welch, 931st Air Refueling Wing commander, said in the statement. “The KC-46 continues to provide our Team McConnell aircrews with precise opportunities for air refueling, cargo and aeromedical supporting are partners here and worldwide.”

While the cause of the mishap remains unclear, the tanker aircraft has been plagued by problems with its refueling system and suffered multiple refueling accidents over the years. This latest incident is the second mishap within two months involving the McConnell AFB; in June, one of its tankers was damaged while refueling a USAF F-16 in Dutch airspace. Audio from the aircraft described a refueling door damage on the fighter due to a “too close breakaway incident” between the two aircraft. An Airman aboard KC-46 then reported the tanker was also “damaged and unable to refuel.” The cause of the mishap is still under investigation.

Another midair refueling incident in 2022 left a Pegasus heavily damaged after it attempted to gas up an F-15. Unconfirmed photos posted on social media website following the accident showed a wrecked boom of the plane below its dented tail cone.

The Air Force and Boeing are currently working to resolve multiple Category I deficiencies to the KC-46’s refueling system, including a “stiff” boom and a faulty Remote Vision System (RVS), a setup of cameras and monitors the boom operator uses to connect the tanker to the refueling aircraft. The system washes out or blacks out in certain conditions, such as in direct sunlight. The RVS system can also cause issues with boom operator’s depth perception, which creates the risk of the boom operator accidentally hitting the aircraft the KC-46 is refueling.

Fixes for both the stiff boom and the Remote Vision System are still months, if not years, away. In the meantime, Travis is making the transition from the KC-10 to the KC-46—becoming the last base to say goodbye to the Extender.

Air Force Opens the Door to Competition for New Ejection Seat

Air Force Opens the Door to Competition for New Ejection Seat

Editor’s Note: This story was updated Aug. 30 to include responses from Martin-Baker and the Air Force Life Cycle Management Center.

The Air Force has cracked the door open to a competition for its Next-Generation Ejection Seat, four years after awarding a sole-source contract for the program. 

In a “sources sought synopsis” released Aug. 16, the Air Force Life Cycle Management Center announced it wants to “gather additional information on the current state and availability of vendors which can provide an ejection seat that meets Air Force safety and sustainment requirements” for the F-15, F-16, F-22, and B-1. 

All four aircraft currently fly with the ACES II ejection seat, built by Collins Aerospace. 

The Air Force announcement does not promise a future competition. But it does mark a notable change from October 2019, when the service its sole-source contract award to Collins for the new ACES 5 ejection seat, declaring it was the “only company able to meet the Government’s minimum requirements for the NGES program.” 

Collins agreed to a $700 million deal in October 2020, covering ejection seats for all four fighters, plus the A-10. Collins, now a subsidiary of RTX, declined to comment on the Air Force’s search for options. The Air Force Life Cycle Management Center declined to offer a comment. 

The need for a new ejection seat is driven by several factors, said Kevin Coyne, founder of “The Ejection Site” and a member of the SAFE Association, an organization focused on safety and life support systems. 

ACES II was first developed in the 1970s, Coyne said, and while upgrades and modifications have been incorporated since then, new technology has developed that can reduce injuries and help pilots and aircrew survive the hazards of being hurled from their aircraft in flight—events that can cause all sorts of traumatic injuries. Coyne said maintenance on ACES II seats can be difficult, requiring the removal of the aircraft canopy and extra equipment. 

U.S. Air Force Staff Sgt. Ryan Banke, 20th Component Maintenance Squadron egress technician, installs an ejection seat and canopy on an F-16 at Shaw Air Force Base, S.C., in March 2022. U.S. Air Force photo by Senior Airman Madeline Herzog

New seats like Collins’s ACES 5 and Martin-Baker’s US18E accommodate both lighter and heavier occupants, and have systems to protect crew members’ heads, necks, arms, and legs. Their designs reduce the need to remove canopies during maintenance. 

The Air Force has been eyeing an ACES II replacement for nearly a decade now. The service released a similar “sources sought synopsis” in 2016 for the NGES program and it updated its escape system safety criteria later that year, following up with another “sources sought” synopsis in 2019

The latest sources sought document has similar requirements for pilot weight, performance at “level flight conditions,” and probability of major injury. But it raises the minimum altitude required for low-level escapes when a fighter aircraft is rolling, pitching, or sinking. That eases the requirement for the manufacturer.

The Air Force received two responses to its 2019 synopsis, before determining that only Collins Aerospace was able to meet its requirements. Martin-Baker is the only other manufacturer to make an ejection seat for an Air Force plane—its seats are on the F-35, the T-6, the T-38, and the A-29. Lockheed Martin also picked its US18E seat to go on its new Block 70 F-16 fighters currently being built for foreign partners. 

In response to a query from Air & Space Forces Magazine, Martin-Baker noted that the US18E was chosen by Lockheed and qualified in coordination with the F-16 program office and the Air Force Life Cycle Management Center.

A Martin-Baker US18E ejection seat is tested for the F-16. Image courtesy of Martin-Baker

Collins’s ACES 5 ejection has already been selected for the new T-7A Red Hawk trainer, and the requirements resulted in a delay during testing. Air Force officials said that tests showed the escape system exhibited unsafe deceleration at parachute opening, potentially causing pilots to suffer concussions as their visors tore off. At the time, industry sources told Air & Space Forces Magazine that USAF’s crash dummies were improperly instrumented, raising questions about the results. A reassessment of the data showed the seats were compliant, the sources said. 

ACES II also faced scrutiny in 2021 when an F-16 pilot’s ejection seat failed to fire during an emergency landing, leading to his death. A subsequent report faulted the seat’s Digital Recovery Sequencer, a component that was being replaced fleet wide at the time of the accident. 

Since then, however, several aviators have successfully ejected from aircraft with ACES II seats. An American F-16 pilot ejected over South Korea in May 2023, the 703rd air crew member to safely eject with the seat, Collins Aerospace asserted at the time. In January 2024, all four crew members on a B-1 bomber safely ejected at Ellsworth Air Force Base, S.D., during an emergency landing. 

Martin-Baker seats have come under scrutiny at times as well. In July 2022, the Air Force temporarily grounded its F-35s when a defective cartridge was found in one ejection seat. In May, an instructor pilot died in a T-6 trainer when his ejection seat went off while the plane was on the ground, though Martin-Baker said in a statement that “although the Accident Investigation Board is not complete, the ejection seat in this accident was not implicated in the accident.”

Martin-Baker also noted that its seats have had “7,728 successful ejections, of which 3,601 are U.S. aircrew. The F-35 US16E ejection seat has saved nine pilots since the aircraft was fielded.”

Martin-Baker will respond to the sources-sought synopsis.