Col. Kenneth Cordier, Fighter Pilot and Vietnam POW, Dies at 87

Col. Kenneth Cordier, Fighter Pilot and Vietnam POW, Dies at 87

Col. Kenneth W. Cordier, an F-4 fighter pilot who was shot down over North Vietnam and spent more than six years as a prisoner of war, died June 18 at age 87.

Cordier grew up in Ohio and was commissioned in the Air Force through the University of Akron ROTC program. He became a Minuteman missile launch officer and instructor, but in 1963 was accepted for pilot training, earning his wings in 1964. He completed F-4 Phantom II training and served with the 45th Tactical Fighter Squadron at MacDill Air Force Base, Fla., deploying with it to Ubon Royal Thai Air Force Base in January 1965. He flew 59 combat missions from Ubon.

In June 1966, Cordier volunteered for a second tour in Vietnam and was assigned to Cam Ranh Bay Air Base, South Vietnam.

He earned his first Silver Star in November 1966, leading an F-4 flight to attack a target in North Vietnam. The citation reads in part that Cordier’s “first pass in the target area drew heavy hostile reaction and his wingmen were downed on their initial passes. Completely disregarding his own personal safety, Capt. Cordier immediately initiated rescue procedures and delivered his remaining ordnance on the nearby target. [He] then remained in the area to provide assistance to inbound rescue aircraft until his low fuel state dictated his departure from the area.”

On Dec. 6, 1966, on his 176th combat mission, Cordier was flying an F-4C, escorting a B-66 over North Vietnam, when his group took heavy ground fire. Cordier made attacks on anti-aircraft positions, until his F-4 was struck by an anti-aircraft missile and he ejected. He was quickly taken captive and was held and tortured over the next 2,284 days, ultimately being repatriated as part of Operation Homecoming on March 4, 1973.

Due to his injuries during captivity at four different sites in North Vietnam, Cordier required hospitalization and convalescent leave but stayed in the Air Force and requalified to fly fighters.

After attending the Armed Forces Staff College and earning a Master’s degree from Troy State University, Ala., he was operations director first at Holloman Air Force Base, N.M., and then at Sembach Air Base, West Germany.

In 1976, assigned to Headquarters of U.S. Air Forces in Europe, at Ramstein Air Base, West Germany, Cordier was chief of the War Plans Division, where he was credited with making early use of threat-based computer modeling to establish weapons stockpile requirements for the European theater.

He later served as air attaché to the United Kingdom. Cordier retired from the Air Force in 1985 as a colonel.

Among his military awards were two awards of the Silver Star, the Legion of Merit, the Distinguished Flying Cross, a Bronze Star medal with “V” for Valor device, six awards of the Air Medal, the POW medal, the Purple Heart, and Defense Superior Service Medal. He amassed more than 2,000 flying hours during his Air Force career.

After retirement, he worked as a representative of British Aerospace in Washington, D.C. He also held leadership positions with a number of veterans organizations—as president of the NAM-POWs and the Red River Valley Fighter Pilots Association, and as a member of the Airpower Foundation Advisory Board, among others—and served as a private management consultant.

He wrote a book about his combat and POW experiences, “Guardian Eagle: A Fighter Pilot’s Tale,” with Chris Snidow.

Cordier led five veteran trips to Vietnam, visiting former prisons with fellow POWs, both to bring closure to their experience and improve U.S.-Vietnamese relations.  

DARPA Announces a New Flying-Wing Reconnaissance X-Plane: XRQ-73

DARPA Announces a New Flying-Wing Reconnaissance X-Plane: XRQ-73

The Defense Advanced Research Projects Agency has assigned the designation XRQ-73 to its newest “X-plane,” an autonomous flying wing reconnaissance aircraft prototype with extra-quiet propulsion that is expected to fly this year, the agency announced June 24.

The new aircraft also goes by the program acronym SHEPARD, for “Series Hybrid Electric Propulsion AiR Demonstration,” and is being developed by Northrop Grumman and its Scaled Composites subsidiary. It is powered by a hybrid electric system which converts fuel to electric power and is part of DARPA’s X-prime program.

The program is builds upon hybrid technologies and other components developed as part of the “Great Horned Owl” predecessor project run by the Air Force Research Lab and the Intelligence Advanced Research Projects Agency, DARPA said. The Office of Naval Research and AFRL are also partners on SHEPARD.

Other involved companies include Cornerstone Research Group, Inc.; Brayton Energy, LLC; PC Krause and Associates, and EaglePicher Technologies, LLC, DARPA said.

DARPA revealed that the XRQ-73 is described as a “Group 3” uncrewed aerial system, coming in at 1,250 pounds, just under the high end of that category’s weight range, between 55 and 1,320 pounds. Group 3 UAS also fly below 18,000 feet, and between 100 and 250 knots airspeed. The then-unnamed aircraft was expected to fly in calendar 2023, but DARPA did not offer an explanation as to why it did not.

The Great Horned Owl project began in 2011 and bore the designation XRQ-72. It used upper-surface propulsors, and so was not stealthy, but the XRQ-73 is a flying wing with engines buried in the planform, clearly intended to have radar low observability in addition to noise reduction. The GHO was to be powered by either gasoline or diesel, but it’s not clear if that requirement also applies to the SHEPARD. Most details of the program remain classified, but the hybrid electric approach is intended to significantly extend the travel and on-station time of a drone in this class.    

A DARPA image showing the evolution of the Great Horned Owl to the SHEPARD, although the layout of the final version differs from DARPA's other image of the XQR-73.
Image courtesy of DARPA

DARPA said the XRQ-73 could be “rapidly fieldable.” The SHEPARD effort has been underway for about four years.

The SHEPARD vehicle will have an “operationally representative fuel fraction and mission systems, while staying below the Group 3 UAS weight limit,” DARPA said on its website.

An IARPA program briefing slide from 2011 noted that noise is the “number-one signature” issue for low-flying UAS. A hybrid power approach was chosen to eliminate gearbox noise on the GHO.  

Scaled Composites is doing the fabrication; Northrop and its Scaled subsidiary are also working on the Defense Innovation Unit/Air Force Blended Wing Body demonstrator, seen as a potential prototype for a stealthy transport.

SHEPARD program manager Steve Komadina said in a DARPA press release that the idea behind DARPA’s X-prime program “is to take emerging technologies and burn down system-level integration risks to quickly mature a new missionized long endurance aircraft design that can be fielded quickly.”

The XQR-73 program “is maturing a specific propulsion architecture and power class as an exemplar of potential benefits for the Department of Defense,” Komadina said.

DARPA did not say whether the XQR-73 will be officially connected to ongoing Air Force Collaborative Combat Aircraft projects, but a Pentagon official said such efforts are coordinated to find “aligned technologies.”

SHEPARD “is an existing option” to AFRL’s Great Horned Owl contract, Komadina said in an undated description on DARPA’s website. The SHEPARD will leverage what was learned on GHO’s hybrid electric architecture “and some of its component technologies, and quickly mature a new mission-focused aircraft design that can be fielded with the objective of first flight in 20 months.”

Air Force General Pleads Guilty To Two Charges. What Does It Mean and What’s Next?

Air Force General Pleads Guilty To Two Charges. What Does It Mean and What’s Next?

An Air Force general’s decision to plead guilty to two relatively minor charges may be part of a strategy to build his credibility when defending against more serious charges, according to a military legal expert.

Maj. Gen. Phillip Stewart is the second general in Air Force history to face court-martial and the first to face trial by a panel, the military equivalent of a jury. On June 24, Stewart pleaded guilty to one count of dereliction of duty under Article 92 of the Uniform Code of Military Justice for pursuing an unprofessional relationship. He also pleaded guilty to one count of violating UCMJ Article 134, for having an extramarital affair, a spokesperson for Air Education and Training Command confirmed to Air & Space Forces Magazine.

Stewart has pleaded not guilty to three other charges: two counts of violating Article 120, which forbids sexual assault; one count of Article 133, conduct unbecoming an officer for allegedly inviting a subordinate to spend the night with him; and a second count of Article 92, for allegedly controlling an aircraft within 12 hours after consuming alcohol.

The only other Air Force general to have been court-martialed, Maj. Gen. William Cooley, was convicted of abusive sexual contact in 2022 by military judge alone. Stewart was relieved as the head of the 19th Air Force, which oversees all Air Force pilot training, by Lt. Gen. Brian Robinson, the head of Air Education and Training Command (AETC), on May 9, 2023.

Stewart pleaded guilty to the two charges at the start of the second week of the trial, which began June 17 at Joint Base San Antonio-Fort Sam Houston, Texas. Panel selection took up much of the first week before concluding June 22.

Stewart’s rank made panel selection especially difficult—military panel members must either be ranked higher than the defendant or pinned on the same rank earlier than him or her. The initial pool of panel members for Stewart’s trial included an unprecedented two four-star generals, 12 three-stars, and two two-stars, including commanders and deputy commanders of Air Force major commands, members of the Air Staff, and more.

The partial guilty plea, made at the start of the trial’s next phase, may have been part of a strategy to boost the general’s defense against the other charges, a former chief prosecutor of the Air Force reasoned.

“You’d argue to the court ‘hey, he’s admitted what he’s done, so he’ll have an opportunity to be punished for what he did, but you shouldn’t punish him for something he didn’t do,’” retired Col. Don Christensen told Air & Space Forces Magazine. 

The government cannot use Stewart’s guilty pleas as evidence for the other charges, he explained. Just because Stewart pleaded guilty to extramarital conduct with a subordinate officer does not mean that the conduct was non-consensual, a claim which the trial counsel seeks to prove beyond a reasonable doubt. 

The difference in potential punishment is significant. The maximum punishment for willful dereliction of duty not resulting in death or grievous bodily harm is a bad-conduct discharge, forfeiture of all pay and allowances, and confinement for 6 months, according to the 2024 Manual for Courts-Martial. The maximum punishment for extramarital conduct is dishonorable discharge, forfeiture of all pay and allowances, and confinement for 1 year.

The maximum punishment for sexual assault, where Stewart is charged with two specifications, is forfeiture of all pay and allowances, and confinement for 30 years, with a mandatory minimum of dismissal or dishonorable discharge.

Why the defense team timed its plea after jury selection is unclear, but now the lawyers may argue a “mistake of fact” defense: in this case, Stewart had sex with a subordinate officer under a reasonable impression that she was consenting to it. 

Defense lawyers’ questions during jury selection seemed to indicate that approach, with lawyers asking potential panel members whether several minutes of open-mouth kissing or heavy petting demonstrated consent to any sex act. A few generals answered ‘no,’ or said it would depend on the context. 

At the trial on June 24, the alleged victim testified that the sexual encounter, which occurred at or near Altus Air Force Base, Okla. in April, 2023, occurred after heavy drinking, according to the San Antonio Express-News. While she “never told him no,” she feared the consequences for her career.

“It sounds so simple, but it’s not simple,” she said, according to the Express-News. “I was not prepared to have my entire universe blown up.”

A spokesperson for Stewart’s defense team declined to comment until the proceedings are complete. In the meantime, the general can choose whether he wants the sentencing decisions to be made by the panel or by the judge alone, Christensen said.

“It allows the defense to be more aggressive, because the judge knows not to hold litigation against them, whereas the jury might be like ‘you put us all through this, so we’re going to slam you,’” he said.

A change made to the UCMJ in late December limits sentencing to judges alone, but Stewart’s alleged offenses took place before that change, so the old rules still apply. His choice would apply to all charges, not just the ones he pleaded guilty too. The partial plea may help him achieve a lighter sentence for those charges.

“If he were to be sentenced by members, the judge would instruct them that the guilty plea is recognized as the first step towards rehabilitation,” Christensen explained. “So you do get some credit for pleading guilty.” 

Stewart’s charges include six specifications:

  • Two specifications of violating Article 92 of the Uniform Code of Military Justice, failing to obey a lawful order or regulation, first for allegedly failing “to refrain from pursuing an unprofessional relationship” and second for allegedly controlling an aircraft within 12 hours after consuming alcohol. The first specification allegedly dates to March 6 and May 9, while the second allegedly dates to on or about April 14 at or near Altus Air Force Base, Okla.
  • Two specifications of violating Article 120 of the UCMJ, which covers rape and sexual assault, for alleged nonconsensual sexual contact, dated on or about April 13 and 14 at Altus.
  • One specification of violating Article 133 of the UCMJ, conduct unbecoming an officer, at or near Denver, Colo., on or about March 6 and March 8, where it alleges that Stewart, “while on official travel, wrongfully invite [redacted] to spend the night alone with him in his private hotel room[.]”
  • And one specification of violating UCMJ Article 134, which refers to “all disorders and neglects to the prejudice of good order and discipline in the armed forces, of a nature to bring discredit upon the armed forces,” for allegedly engaging “in extramarital conduct” on or about April 13 and 14 at or near Altus.
Promotions Blast Off: Three of Every Four Guardians Make NCO Ranks

Promotions Blast Off: Three of Every Four Guardians Make NCO Ranks

Nearly every Guardian in the Space Force who was eligible for promotion to sergeant this year made it, with a selection rate of 95.66 percent, the Air Force Personnel Center announced June 24. 

Almost two-thirds—63.87 percent—of those seeking to become technical sergeants were also selected, as the Space Force grows its noncommissioned officer corps. 

Out of 484 specialist 4s, 463 were tapped to move up to sergeants. Out of 573 sergeants, 366 were picked to become technical sergeants. The promotion rates and the number of those eligible and selected are the highest for those ranks in the short history of the service. 

The competition was tougher for master sergeant—108 Guardians were picked from 506 eligible, a rate of 21.34 percent. That percentage lags the previous two years, though the overall number of those selected continues to climb. That declining rate echoes the rest of the Space Force senior NCO ranks—in December, the service announced slight dips in selection rates for both senior master sergeants and chief master sergeants

A full list of all those selected for E5, E6, and E7 will be available on the Air Force Personnel Center website on June 27 at 8 a.m. Central Time. 

Compared to last year, the number of Space Force promotions for non-senior NCO ranks nearly doubled, from 417 to 829. The selection rate similarly spiked, from 50.9 percent to 78.4 percent. 

Space Force Enlisted Promotion Rates

YearSergeantTechnical SergeantMaster Sergeant
202495.66 percent63.87 percent21.34 percent
202372.08 percent34.97 percent30.18 percent
202266.91 percent33.23 percent29.89 percent

That stands in marked contrast to the Air Force, where enlisted Airmen have faced some of their lowest promotion rates since the end of the Cold War over the last few years. The competition has been particularly brutal for the E5 to E7 ranks, with selection rates in the teens and low 20s. Service officials have said increased retention, along with a force grade restructuring, have led to the low numbers, which are expected to last into 2025. 

The Space Force, meanwhile, is still young and growing with a different force structure than its sister service. While enlisted Airmen outnumber officers around 4-to-1, there are roughly equal numbers of enlisted and officer Guardians. The largest enlisted rank in the Air Force is a Senior Airman at E4, the Space Force’s largest rank is sergeant, followed by technical sergeant. 

Guardians from Space Operations Command and U.S. Space Command pose for portraits wearing the U.S. Space Force rank insignia, June 10, 2022. U.S. Space Force photo by Tech. Sgt. Kirsten Brandes
Two B-52 Bombers Fly Rare Mission in Support of SOUTHCOM

Two B-52 Bombers Fly Rare Mission in Support of SOUTHCOM

Two B-52 bombers from Barksdale Air Force Base flew a mission in the U.S. Southern Command area of responsibility last week, a relatively rare trip below the equator.

The Air Force released photos of the long-range bombers from the 2nd Bomb Wing in flight, as well as a KC-135 from the 6th Air Refueling Wing at MacDill Air Force Base, Fla., refueling them during the June 19 sortie. A spokesperson for the 12th Air Force—Air Forces Southern—told Air & Space Forces Magazine that six KC-135s from multiple locations participated in the training.

The spokesperson declined to identify what countries and areas the B-52s flew over as part of the mission, but did say the exercise took place in compliance with “all international requirements and protocols in the Gulf of Mexico, Caribbean and Northern part of South America.”

Open-source flight tracking data showed a KC-135 from MacDill flying over the Gulf of Mexico, Caribbean, and Central America, before approaching Ecuador and Peru from the east before returning home along a similar route.

“This mission was authorized by STRATCOM and closely planned with SOUTHCOM, the U.S. Embassies, and the appropriate partner nation government agencies to ensure maximum training and integration,” the spokesperson said. “STRATCOM Bomber Task Force missions help maintain global stability and security by demonstrating the ability to operate in different environments and locations while building ally and partner military capabilities.”

In a statement, Air Forces Southern said missions like this help “units to become familiar with operations in different regions” and show a commitment “to shared defense in Latin America.”

Unlike the Indo-Pacific, Europe, or even the Middle East, bomber deployments in the SOUTHCOM region are relatively rare. It has been a year since a B-52 last flew a mission over Latin America, and B-1s last participated in a SOUTHCOM mission in 2022.

This latest sortie comes on the heels of SOUTHCOM’s three-week multilateral exercise, Resolute Sentinel, which wrapped up June 14.

The exercise involved more than 1,500 personnel from all branches of the military participating, along with representatives from Peru, Colombia, Ecuador, Chile, Brazil, and France, according to a 12th Air Force release. In air operations, over 326 flight hours were logged across 299 air tasking order sorties.

“Resolute Sentinel 2024, as part of Large-Scale Global Exercise 24, is a demonstration of our ability to seamlessly operate together to maintain global freedom and stability,” Maj. Gen. Evan Pettus, 12th Air Force commander, said in a statement.

The exercise primarily took place in Peru, with emphasis on improving medical readiness through field hospital drills and community healthcare to strengthen regional disaster response capabilities, particularly for earthquakes, hurricanes, and floods.

Representatives from the militaries of Peru, Colombia, Chile, Ecuador, Brazil, France and the United States pose for a group photo during the opening ceremony for Resolute Sentinel 2024 at Grupo 4 in La Joya, Peru, May 27, 2024. U.S. Air Force photo by Master Sgt. Daryl Knee

The exercise featured the first blood delivery to Peru in its three-year history, from Joint Base Charleston, S.C., to Lima, using a C-17 Globemaster III from the 167th Airlift Wing of Shepherd Field Air National Guard, W.V.

“Resolute Sentinel tests the full spectrum of medic interoperability across the Americas, ensuring we can work with our allies to rescue wounded warriors.” said Col. Brian Gavitt, 346th Expeditionary Operational Medical Readiness Squadron commander, in a release.  

U.S. Air Force Staff Sgt. Thiago Goes, 70th Aerial Port Squadron special handler/joint inspector, carries a box of donated blood from a C-17 Globemaster III during Resolute Sentinel 2024 in Lima, Peru, May 30, 2024. U.S. Air Force photo by Senior Airman Courtney Sebastianelli

Airmen from the U.S. and Peru, alongside Peruvian Coast Guardsmen, also participated in joint aeromedical evacuation training in Lima. They focused on practicing critical care procedures, such as IV administrations and mid-air blood transfusions aboard a C-130J Super Hercules.

Airmen from the U.S. Air Force, Peruvian Air Force and Coast Guard, transport a simulated aeromedical evacuation patient during Resolute Sentinel 2024 in Lima, Peru, May 30, 2024. U.S. Air force photo by Airman 1st Class Sir Wyrick
Air Force to Make First of 13 HACM Hypersonic Tests This Fall

Air Force to Make First of 13 HACM Hypersonic Tests This Fall

The Air Force expects to fly 13 tests of the Hypersonic Attack Cruise Missile between October 2024 and March 2027, with a production decision to follow if the project is successful, the Government Accountability Office revealed in a new report.

GAO’s annual Weapon System Assessment report, released in mid-June, says the air-breathing hypersonic missile program is slated to undergo a critical design review in 2025 and transition from a rapid prototyping/mid-tier acquisition to a major defense program in 2027. However, the CDR will reflect an initial version of the missile, which will be refined as the test program progresses, and there will in effect be a “rolling” CDR. Production could begin as early as 2027.

Raytheon is the prime contractor for HACM, and Northrop Grumman is developing its scramjet engine.

Development of HACM will cost $1.9 billion, which will cover the 13 test missiles, associated engineering and materials, and an undisclosed number of additional all-up missiles when testing has concluded, providing a “residual operational capability.”

The arrangement is similar to that for the AGM-131 Air-launched Rapid Response Weapon, made by Lockheed Martin Missile and Fire Control, which has largely concluded testing. However, the Air Force has been deliberately ambiguous about whether it has plans for further testing or production of ARRW.

Unlike ARRW, which is a boost-glide hypersonic weapon, HACM is a rocket-boosted, air-breathing system with longer range that can change course en route to target and therefore complicate defenses against it. The Air Force has long shown a preference for HACM because it’s smaller than ARRW, has a longer range, and can be carried on fighter-seized aircraft. The ARRW is limited to a large platform like the B-52 bomber, from which all its test fights were made.

Air Force budget documents for fiscal 2025 describes the two missiles as “complementary.”

HACM got its start in fiscal 2022 in a joint Air Force/Defense Advanced Research Projects Agency effort called the Hypersonic Air-breathing Weapon Concept, or HAWC, which served as a prototype for HACM. Raytheon was chosen to develop the weapon over competitors Boeing and Lockheed in 2022.  

“According to officials, the launch aircraft, booster, payload, and guidance system, along with an interstage that connects the cruiser and booster, are new to HACM and make it operationally capable,” the GAO report disclosed.

The 2027 production date depends on “what capabilities the Air Force is willing to accept and whether production facilities are ready,” the GAO report added.

The program got underway without a formal schedule risk assessment, but one was approved in June 2023, the report said. “Our prior work has shown that this type of information is important to help decision-makers make well-informed decisions about [mid-tier acquisition] program initiation. This includes whether the program is likely to meet the statute-based objective of fielding a prototype that can be demonstrated in an operational environment and provide for a residual operational capability within 5 years of program start.”

The HACM has direction from Air Force leadership “to move as quickly as possible, and schedule risk assessments would likely note that higher level of risk,” the watchdog agency noted.

Requirements, an acquisition strategy, a formal technology risk assessment, and an independent cost estimate were all completed before the program was officially launched. The Air Force approved HACM requirements in November 2021, but the Joint Requirements Oversight Council has not yet “validated” those requirements, the GAO reported. However, this is expected to happen before HACM transitions to a major defense program.

The agency said the Air Force believes the “critical technologies underpinning HACM design were either immature or nearing maturity” at the program go-ahead, but “the program expects them to be fully mature by the end of the rapid prototyping effort.”

In addition to an iterative design approach, the HACM program is using digital design tools and “fully digital design reviews,” the GAO report states. However, the program is not creating a digital twin of the missile at this stage, although there may be one in the future.

The program office told GAO officials that digital reviews are challenging because of “the sheer number of tools, licensing restrictions, limited computing power, and the logistics of doing so in a way that is accessible to the large number of program stakeholders.”

GAO officials suggested “incorporating continuous user feedback” through the design cycles, something the program apparently isn’t planning to do.

“Program officials did state that users could provide some feedback during operational testing, but this would primarily serve to facilitate users learning the system, rather than informing the design,” the GAO report noted

Because all of the Pentagon’s hypersonic projects are vying for access to a limited number of facilities and test ranges, HACM is being integrated with the Southern Cross Integrated Flight Research Experiment, a joint U.S.-Australian effort. The GAO report said “several” HACM tests will take place in Australia, launched off Royal Australian Air Force F/A-18s. Air Force budget documents refer to SCIFIRE as a “prelude” to HACM.

The Air Force budget said fiscal 2025 activities on HACM will include continuing design and integration on the F-15E and F/A-18E/F aircraft, and “free flight testing of HACM prototypes.”

The research and development budget for HACM calls for $516.9 million in 2025; $448.6 million in 2026, $274.1 million in 2027, $200.8 million in 2028, and $202.6 million in 2029, at which point development is set to conclude.

USAFA Historian’s New Book Takes Fresh Look At Air Force History

USAFA Historian’s New Book Takes Fresh Look At Air Force History

In just over 200 pages, a new book from the command historian at the Air Force Academy covers more than a century of airpower in a concise primer for newcomers and armchair historians.

“Fighting From Above: A Combat History of the U.S. Air Force,” by Brian Laslie organizes the 117 or so years of the Air Force and its preceding organizations into four eras defined by the changing styles of U.S. airpower, including the uncertain future presented by drones, cyber warfare, and space operations.

Laslie is one of the instructors for USAFA’s Introduction to Military History course that all Cadets must take, and he hopes the book can help them and others interested in airpower to think critically about Air Force history and prepare for whatever happens next in air warfare.

“There are things that airpower is uniquely good at, and conversely there are times when airpower might not be the best military option,” Laslie told Air & Space Forces Magazine. “There are gray areas: that not everything is right and wrong, and the situations and the conflicts that they will deal with in the future are incredibly complicated.”

While Laslie’s previous four books focused on specific Air Force history topics such as Gen. Laurence S. Kuter, airpower in the Vietnam War, and the Kosovo air campaign, “Fighting From Above” offers a broader view of Air Force history. Along the way, he sheds light on unsung heroes and offers a different point of view on some of the service’s main characters and themes.

Ways of War

Military historians often discuss the “ways of war” of various nations, but the Air Force way of conducting war has changed dramatically over the decades to keep up with technological developments and shifting American political goals. After several drafts, Laslie classified four “epochs” of Air Force history.

The first epoch, Period of Discovery from 1907-1941, covers the years between the U.S. Army establishing the aeronautical branch of its Signal Corps and the U.S. entering World War II. Early advocates of U.S. airpower such as Mitchell, Spaatz, and Arnold saw airplanes as a way to end future conflicts faster, without the endless, bloody slog of World War I trench warfare.

B-17 Flying Fortresses during World War II. George Letzer/American Air Museum/Imperial War Museum

Those advocates saw their vision take flight during the second epoch: Strategic Dominance from 1942-1975, which began with thousands of heavy bombers targeting Axis industrial and transportation centers in an attempt to break the enemy’s home front during World War II. While the results proved more complicated than early advocates expected, strategic bombardment “remained king” in the newly-formed U.S. Air Force, especially with the advent of nuclear weapons delivered by bomber and missile crews, Laslie wrote.

The strategic bombardment mindset continued until the end of the Vietnam War, where tangled political goals, lack of interservice coordination, and insufficient training marked the end of the Air Force’s founding belief “that strategic bombardment could win any conflict where it was applied,” Laslie contends.

Out of the Vietnam experience emerged the third epoch: Tactical Ascendancy from 1975-2019, marked by fighter pilots assuming leadership positions, new training institutions such as Red Flag, and new technologies such as precision-guided munitions that blurred the lines between tactical and strategic aircraft.

But the future Air Force way of war is uncertain. With the rise of uncrewed aircraft large and small, the launch of the Space Force in 2019, and the emergence of artificial intelligence, another fundamental shift may be on the horizon.

“What you see in the shifts of the epochs is that something breaks, something forces a change,” Laslie said. “Eventually there will be an event or a point of inflection that forces us into epoch four, and I don’t know what that is.”

The rapid pace of technology makes it hard to see the future and catch up to the present; Laslie had to rewrite the last chapter several times to stay relevant.

“Things were happening as fast as I could write them down, which is why historians typically don’t come up to present-day,” he said.

1916 photograph of American WWI aviator Victor Chapman (Wikimedia Commons)

Background Characters

Despite its short length, “Fighting From Above,” is more than a list of names and dates. It also features human anecdotes that bring Air Force history to life.

One anecdote is of Victor Chapman, the first American pilot to die in World War I. Chapman was a member of the Lafayette Escadrille, the group of American fighter pilots who flew for France before the U.S. entered World War I. The 26-year-old was flying a plane loaded with oranges to deliver to a fellow aviator in a nearby hospital when he attacked a group of five German Fokker planes who he believed had shot down his friend.

“It was, in hindsight, a particularly bad decision, as Chapman engaged in one-on-five combat,” Laslie wrote. “But Chapman’s penchant for such a fight was emblematic of the Escadrille and the willingness of the American Airmen to protect, or exact revenge for, their comrades.”  

Though Chapman did not survive the engagement, his spirit lived on as generations of American Airmen after him climbed into cockpits and flew into danger. Another example is Capt. Jim Cardoso, an MH-53 helicopter pilot who helped rescue Lt. Col. Dale Zelko after the F-117 pilot was shot down over what is today part of Serbia in 1999. 

“Cardoso remembers thinking, ‘A stealth just got shot down and now [they] want us to go in there?’” Laslie wrote.

A pararescueman assigned to the 38th Rescue Squadron, Moody Air Force Base, Ga., fast-ropes from an HH-60G Pave Hawk, April 25, 2019, in Eufaula, Ala. U.S. Air Force photo by Airman 1st Class Taryn Butler.

While such bravery often occurred in combat, Laslie also highlights the air transport crews who flew daring supply missions over the Himalayas in World War II and who turned a Soviet blockade into “a complete failure for Stalin” during the Berlin Airlift.

Though much of “Fighting From Above” may be familiar to Air Force buffs, Laslie also highlights unsung heroes and offers a nuanced take on some famous figures. Billy Mitchell, often called the father of the U.S. Air Force, was “unequivocally” an important early advocate for airpower, Laslie wrote. But in the historian’s mind, Mitchell’s focus on publicity sometimes overshadows the hard work of Benjamin Foulois, Mason Patrick, and other leaders who built the Army Air Corps.

“Foulois, Patrick, and the others wanted a functioning Air Service capable of working with but also independent of the rest of the Army,” Laslie argues. “Mitchell wanted headlines.”

Laslie also argues that World War II strategic bombardment was in some ways even more horrific than the World War I trenches it was meant to circumvent, due to the massive loss of civilian life while German factories, for the most part, “were little hindered by the American bombs raining down around them.”

Still, the threat of U.S. bombers, plus the development of long-range fighters that could protect them deep into European skies, created an unwinnable dilemma for the German Luftwaffe, which eventually ran out of pilots to fight them off, yielding air supremacy to the Allies. The effectiveness of strategic bombardment has been debated for 80 years—by academics, Air Force strategists, and even popular authors—and Laslie’s goal wading into it is to help readers gain a nuanced view of Air Force history.

“I don’t view these things as binary: win or lose, good or bad. It’s much more complicated than that,” he said. “When you study history, you look for nuances: What worked, what did not work, and what can we learn?”

Sacrifice

Those learning moments often don’t come without sacrifice, Laslie wrote. Billy Mitchell and the ‘Bomber Mafia’ were Army pariahs for pursuing an independent Air Force, while Col. John Warden, the mastermind of the Desert Storm air campaign, never made general. 

“For every good decision made by the Air Force,” Laslie wrote, “someone had to be sacrificed on the altar of old-fashioned order and tradition and martyred to prevent upsetting the institution.”

But there is another theme throughout Air Force history: that of Airmen willing to climb into canvas biplanes, B-17 ball turrets, rocket-powered ejection seats, and countless other dangerous situations to help deliver victory with airpower.

“I don’t know where we’re going to go with space and cyber and unmanned aircraft. But there are still people willing to swear an oath and defend against enemies,” Laslie said. “The way of war may change over time, but the people are going to remain the same.”

SPACECOM Alarmed as China, Russia, Iran, and N. Korea Forge Closer Ties in Space

SPACECOM Alarmed as China, Russia, Iran, and N. Korea Forge Closer Ties in Space

Russia, China, North Korea, and Iran are cooperating more in space, raising concerns for the head of U.S. Space Command. 

“It does appear there is a growing sense of cooperation in the space sphere between these four countries, at least bilaterally within these four countries,” warned Space Command’s Gen. Stephen N. Whiting June 24 on a visit to AFA’s Mitchell Institute for Aerospace Studies. “That’s something we’re keenly observing.” 

Analysts and officials are worried that the interests of the four countries are increasingly aligned, with some warning the authoritarian states are forming an “axis” in opposition to the U.S. Others suggest such fears are overstated

SPACECOM isn’t taking any chances. “We’re very interested in those relationships,” he said. “As we’ve seen Russia struggle on the battlefield in Ukraine, it appears that they’ve gone to these other countries … looking for assistance and maybe they’re willing to share or cooperate more in the space sphere. Certainly, that’s of concern to us.” 

In February, a Russian rocket carried an Iranian satellite into orbit. In March, Russia and China announced plans to build a nuclear power plant on the moon in the 2030s. And most recently, Russian President Vladimir Putin and North Korean leader Kim Jong Un signed a defense pact after reports that Russia has already helped North Korea’s budding space program. Whiting noted that North Korea could benefit from Russian expertise in launching both ballistic missiles and spacecraft. 

Russia has used Iranian and North Korean weapons in Ukraine and received support from China to up its arms production, U.S. officials have said. And while Whiting noted that the four countries are mostly cooperating on a bilateral basis, their growing ties adds a layer of complexity to a space domain that is growing more and more contested. 

Russia’s Counterspace Weapon 

In late May, U.S. officials announced Russia had launched a counterspace weapon into the same low-Earth orbit as a U.S. government satellite. Asked how his command had assessed the Russian launch to be a threat, Whiting cited a mix of intelligence and data from previous Russian launches. 

“We’ve been tracking objects on orbit for decades and decades and decades,” said Whiting. “And so when we saw the launch in the middle of May, we can look at those orbital parameters and we can compare that launch to launches that the Russians did in 2017, 2019, 2022 that look like this class of counterspace weapon that they’ve tested previously. And now it appears that they put on orbit in an operational capacity. 

“And then we look at where they launched it, and they launched it what we call co-planar to a national security satellite. And that doesn’t seem to be accidental, because they’ve done that multiple times in a row now and being coplanar gives them a short amount of operational response time to potentially hold at risk one of our satellites.” 

U.S. Space Force leaders are concerned about growing space capabilities from China and Russia, such as the Russian “nesting doll” satellite that can deploy a kinetic weapon. Mike Tsukamoto/staff; NASA; Pixabay

Pentagon press secretary Maj. Gen. Patrick S. Ryder noted at the time of the launch the similarities to previous 2019 and 2022 tests. 

In late 2019, the Russians launched a satellite that then released a second satellite. Both satellites then followed a National Reconnaissance Office satellite. Several months later, U.S. officials said the sub-satellite had released another object, apparently firing a projectile at high speed.  In the years that followed, then-Chief of Space Operations Gen. John W. “Jay” Raymond compared them to Russian “nesting dolls.”

A similar test preceded that one in 2017, with a nesting satellite reportedly following a U.S. satellite and firing a projectile into space. 

The Wall Street Journal reported that the Russians launched a satellite in February 2022 designed to test components for a nuclear antisatellite weapon. 

Breathtaking Growth 

While Russia continues to test its antisatellite capabilities, China is rapidly expanding in space too, Whiting said.  

“I mean, it really is something to behold, and you can kind of bucket that into two aspects,” Whiting explained. “One is how quickly they’ve moved to field counterspace capabilities, everything from offensive cyber capabilities to jammers for GPS [and] SATCOM, high energy lasers, direct ascent ASATs, on-orbit capabilities, just across the breadth of capabilities from reversible to nonreversible, we’ve seen them move very quickly. They’ve also moved very quickly to build their own space capabilities to enable their terrestrial forces.” 

Whiting has previously called China’s rise in space as “breathtakingly fast.”

Not surprisingly, Whiting’s first trip as SPACECOM boss was to the Indo-Pacific, where he visited the headquarters of U.S. Indo-Pacific Command in Hawaii, as well as allies in Japan and South Korea.  

Discussions with INDOPACOM focused on ensuring SPACECOM and the regional command were in sync. In Japan and Korea, common concern over China’s actions in space are fueling desires to work together to counter them. 

How a Small Fleet of E-11A Business Jets Allow USAF to Communicate Across the Middle East

How a Small Fleet of E-11A Business Jets Allow USAF to Communicate Across the Middle East

Amid the reduction in America’s airpower in the Middle East, one asset has proven its resilience: the E-11A Battlefield Airborne Communications Node (BACN) aircraft of the 430th Expeditionary Electronic Combat Squadron. 

This high-demand asset remains key in maintaining communications for U.S. and coalition military operations. Despite its placement in a global hotspot, Air Forces Central (AFCENT) has only a handful of fighter squadrons and limited mobility aircraft to meet considerable demands. The same goes for the E-11As and approximately 20 aviators that remain on call 24/7.

Air & Space Forces Magazine had a rare opportunity to talk to the Airmen who fly critical missions in the Middle East as pilots on the E-11A BACN, commonly pronounced “bacon.”

The E-11As help the Air Force, other American services, and a myriad of coalition partners communicate via radio and share data. During the U.S.’s years in Afghanistan, the aircraft also extended the range of communications links to mountainous terrain, which led to the aircraft’s ability to be likened to “Wi-Fi in the sky.”

“It’s catchy, but it doesn’t thoroughly represent really the nature of the BACN mission,” Lt. Col. R. Clayton McCart, the squadron commander, said of the nickname. Instead of merely extending range, McCart said, the E-11 takes different types of information and ensures that it is compatible with a wide variety of platforms.

“The big thing is that’s between dissimilar platforms with varying electronic capabilities,” McCart explained. “Modern warfare requires communications … or conveying data, and in a joint and interoperable way. Those data sources are often dissimilar. So we’re really [applicable] to many different mission sets.”

McCart and pilots under his command in the 430th EECS declined to discuss where they were based or operational details of most missions, as a condition of offering a rare glimpse at the E-11’s role in the Air Force’s most active combat zone.

But the Airmen did discuss the E-11’s role in one mission that has put Airmen and aircraft to the test: the humanitarian aid airdrops over Gaza that AFCENT has been conducting since March. The U.S. coordinates its missions with its Jordanian-based planning cell, often drops alongside the Royal Jordanian Air Force, and must deconflict airspace with Israel and other nations. E-11s have supported a total 33 U.S. airdrops into Gaza, AFCENT said, fulfilling the mission each time.

“I think we do a really good job with the U.S. Air Force as far as our communication goes. But when coalition forces are speaking a different language, not literally, but figuratively, then we’re able to take that, regardless of whatever systems they are running, and integrate that,” said Capt. Britton Ellington, an E-11 pilot, who has flown missions to support humanitarian aid airdrops. “We have a considerable stand-off range where we’re able to link up a lot of those players, kind of translate all those languages, and convert those into something that everyone can understand and see.”

USAF aircraft have been involved in defending U.S. troops from aerial threats in Iraq and Syria, conducting airstrikes against Iranian-aligned militia targets, supporting efforts to fend off Houthi attacks on commercial shipping in Yemen, and flying missions in support of Operation Inherent Resolve, the campaign against the Islamic State group. So the life of an E-11 crew can be a busy one.

“We’re not constrained to just the airdrops, this is multifaceted and directional, and so we’re on call by the Combined Air Operations Center,” McCart said. “We’re at their beck and call and the ATO [air tasking order] that comes out of the CAOC.”

Despite the lack of aerial refueling, the Bombardier business jet’s range—6,000 miles in the latest models—allows it to conduct multiple missions in one flight with a crew of just two pilots. The BACN payload is made by Northrop Grumman.

“What makes us beneficial in CENTCOM is sortie duration,” Ellington said. “We’re able to stay airborne through multiple vul times [vulnerability windows], if you will. We’re able to accomplish the airdrop and still have plenty of loiter time to accomplish other ATO tasks in the same day.”

McCart rattled off some of the capabilities that could be used in an ATO, including “cross-COCOM strike support” throughout CENTCOM.

One mission the BACN is no longer called upon to perform regularly is helping combat search and rescue (CSAR) operations, which is, in no small part, why the E-11 exists in the first place.

“That harkens all the way back to the early 2000s … the mountains and comm limitations of Afghanistan drove the need for beyond-line-of-sight communications,” McCart. “That’s where we were. And here’s where we are.”

The E-11 has proved its worth to the Air Force beyond the Middle East. 

Though BACN has had a mission since 2008, the E-11 will have a permanent home at Robins Air Force Base, Ga., with the standup of the 18th Airborne Command and Control Squadron to form a more traditional home station and deployment model. Robins received another new E-11 in November. The Air Force wants a fleet of nine by the end of fiscal 2027, as the USAF takes delivery of roughly one new aircraft per year. The service had five aircraft in its inventory at the end of fiscal 2023.

A U.S. Air Force E-11A BACN displayed at the World Defense Show outside Riyadh, Saudi Arabia, in February 2024. Photo by Chris Gordon/Air & Space Forces Magazine

AFCENT declined to say how many E-11s are forward deployed. One E-11—a fourth of the fleet at the time—was lost and its two pilots were killed in a 2020 crash in Afghanistan.

Though the terrain of Afghanistan is not what the BACN crews confront these days, the basic mission of ensuring data and information reach the right place remains.

“I think what makes the E-11 so dynamic is it’s not just about mountains; it’s about any place where we have assets spread out, and the coalition aspect of this mission, where we have people coming from all over the world for a specific mission,” E-11 pilot Capt. Joseph Viteri said. “And so we position ourselves somewhere where we can actually be that glue. We can be that transfer of communication between one coalition member and get them closer to our other coalition members and get the mission completed. So that can happen over land, sea, mountains, desert, whatever, because of just the distances involved.”