While United Airlines has had its ups and downs in terms of service and profitability, one area where the airline has always led is that it is an early adopter of the latest Boeing and Airbus aircraft. The Boeing 767-200 was no exception.
United Airlines was the launch customer for the Boeing 767-200, which launched at about the same time as its smaller twin, the Boeing 757-200. The Boeing 767-200’s first flight took place on 26 September 1981. Just under a year later, on 8 September 1982, the type entered service with United Airlines.
The Boeing 767-200 was very fuel-efficient for its time
In 1982, United didn’t miss a beat in highlighting its new fuel-efficient twin-jet. In this now very retro ad, United touted the advanced technology of the wide-body aircraft. The Boeing 767 was pretty groundbreaking. It had one of the first commercial cockpits with CRT technology (also known as a glass cockpit). The Boeing 767 shared commonality with the Boeing 757, allowing for a common type rating. United’s Boeing 767 also had ‘larger’ bins (tiny by today’s standards) for carry-ons and a more modern cabin. While United retired the 767-200 series in 2005. They still fly both the Boeing 767-300ER (34 in service as of September 2025) and -400ER (16 in service) today.
Imagine a cockpit where critical flight data doesn’t require a downward glance—where altitude, airspeed, terrain alerts, and traffic data appear directly in your line of sight, even in poor visibility.
Imagine a world where solo pilots can access virtual support that enhances decision-making and reduces workload.
No bulky HUDs, no shifting your gaze to the instrument panel. Just critical flight data, highlighted directly in your field of view.
That’s the promise of augmented reality (AR) in aviation, and thanks to cutting-edge technology companies like ZEISS, it’s moving from concept to reality.
This technology was unveiled publicly at the Aircraft Interiors Expo (AIX) in Hamburg, Germany, in April 2025. ZEISS, the German optics powerhouse known for supplying NASA and the European Space Agency with precision glass components for missions like Apollo and the James Webb Space Telescope, is currently developing it.
Now, ZEISS is bringing that same aerospace-grade innovation to the cockpit with its Multifunctional Smart Glass.
Discover the cockpit of the future! 🛫 With augmented reality, we're giving pilots more insights than ever. What does this mean for the cockpit of the future? Find out. ⤵️#Innovation#Mobilitypic.twitter.com/B79lVxQLex
Here are five incredible ways ZEISS’s Multifunctional Smart Glass is set to revolutionizethe pilot experience:
1. Enhanced Situational Awareness–Even in the Worst Conditions
An aircraft navigates through fog and low clouds on final approach | IMAGE: S0820A, CC BY-SA 4.0 , via Wikimedia Commons
The technology is centered around a touch-free Holographic Human-Machine Interface (HMI).
At the core of the system is its Advanced Augmented Reality Head-Up Display (HUD). Unlike traditional HUDs that rely on bulky displays, ZEISS uses holographic micro-optical structures to project real-time flight data onto the cockpit windshield.
This tech offers a massive upgrade in situational awareness in emergencies and low-visibility conditions like fog, snow, or night flying. Terrain, obstacles, and traffic are overlaid right into your line of sight, so you stay focused on flying, not flipping through instruments or checklists.
Environmental data from infrared and microwave sensors is integrated into the display, allowing pilots to “see” beyond fog, darkness, or precipitation. The benefits for situational awareness, especially during challenging approaches or low-vis departures, are obvious.
2. A Viable HUD Option for Small Cockpits
Artist rendering of an augmented reality cockpit with HUD | IMAGE: ZEISS
One of the longstanding challenges with HUD technology has been size. Due to space constraints, full-scale HUD systems have traditionally been impractical for many business jets and general aviation aircraft. ZEISS’s design addresses this by dramatically reducing the system’s footprint, making it viable for aircraft that previously had to forgo such enhancements.
“Until now, these systems were too bulky for single-pilot cockpits,” explains Dr. Dennis Lehr, Head of ZEISS Microoptics. “We’ve worked to reduce the size and complexity while improving the performance.”
This opens up opportunities for safer flight in smaller aircraft, where workload is high and backup is often limited.
3. A Safety Net for Single-Pilot Operations
Augmented reality use in avionics with HUD | IMAGE: ZEISS
Smart Glass could act as a kind of digital co-pilot for solo pilots, especially those flying IFR or in congested airspace. By visualizing checklists, alerting the pilot to forgotten tasks, and flagging navigational hazards in real time, it provides an extra layer of vigilance—something sorely needed in a sector where human error remains a leading factor in accidents.
Test pilots involved in early evaluations report notable improvements in clarity, usability, and contrast compared to previous-generation HUDs. One commercial pilot noted that “contrast, glare, visibility, and operation are significantly improved,” suggesting the technology could serve as an extension of traditional instruments and a platform for entirely new display modes.
Augmented Reality technology is also an important consideration when considering the prospect of future single-pilot operations (SPO), where workload management is paramount.
“Particularly when there’s only one pilot in the cockpit, there’s a lack of redundancy,” says a commercial airline pilot tester quoted on ZEISS’s website. “HUDs can make a major contribution to overcoming these challenges.”
Incorrectly, or non-, completed checklists remain a leading cause of aviation accidents, and this technology could provide real-time guidance to prevent such errors.
4. A Lighter Aircraft, A Lower Carbon Footprint
Holographic Transparent Displays integrated into cabin dividers based on ZEISS Multifunctional Smart Glass technology project interactive content, providing passengers with personalized information while maintaining an unobstucted view. | IMAGE: ZEISS
The benefits of augmented reality technology extend beyond safety.
Replacing heavy display units and traditional cabin dividers with lightweight smart glass panels reduces aircraft weight, leading to better fuel efficiency, lower emissions, and slashed operating costs.
More than just a tech upgrade—augmented reality an operational win for commercial airlines and cost-conscious general aviation operators alike.
Airlines save on fuel. General aviation operators save on maintenance. This advantage is hard to ignore in an era of ever-increasing environmental and cost pressures.
5. A Glimpse Into the Future of Cockpit Interaction
ZEISS Holographic Transparent Display technology integrated into aircraft windows project dynamic content directly into the passengers’ field of view, enhancing their experience with real-time information while preserving the clear view outside. | IMAGE: ZEISS
ZEISS also envisions a future involving hands-free interaction in the cockpit through voice control and gesture recognition. In future iterations, entire cockpit windows may become dynamic, immersive HUDs, responding to voice commands and offering real-time recommendations based on the aircraft’s surroundings and current flight conditions.
While certainly aesthetically pleasing, the idea isn’t just about modernizing the cockpit’s (or cabin’s) look. Ultimately, it’s about fundamentally changing how pilots manage information, make decisions, and interact with systems.
While pilots stand to gain the most, passengers aren’t left behind.
ZEISS Smart Glass can turn cabin windows into interactive surfaces that display flight paths, real-time maps, or landmark information—all powered by touch-free, holographic controls activated via ultraviolet and infrared sensors.
No smudges. No buttons. Just clean, intuitive interaction—and a cabin design as flexible and futuristic as the tech that powers it.
Clearing the Hurdles: The Path to Adoption
Pilots Linda Kotzur and Tino Janke discuss augmented reality technology with ZEISS Head of Operations Dr. Dennis Lehr | IMAGE: ZEISS
Despite its potential, ZEISS’s Smart Glass system is not yet commercially available. But why?
The biggest barriers remain cost and integration, although both are becoming more manageable as the technology matures.
The change in power and size makes the technology viable for business jets and general aviation aircraft, not just airliners.
Our vision is to make this technology accessible to all pilots, from commercial to private. We want to ensure a safe flying experience in all visibility conditions, from takeoff to landing.
Dr. Dennis Lehr, Head of ZEISS Microoptics
Lehr envisions a future where size and cost are no longer factors in AR technology.
“Our vision is to make this technology accessible to all pilots, from commercial to private,” says Lehr. “We want to ensure a safe flying experience in all visibility conditions, from takeoff to landing.”
According to ZEISS, the system is currently in its testing phase and has a realistic path toward market availability within the next three years.
As airspace becomes more crowded, with drones, air taxis, and autonomous aircraft entering the mix in the years and decades ahead, tools that enhance pilot awareness and reduce workload will be essential.
Whether you fly a Cessna or a Dreamliner, augmented reality may soon become an integral part of your cockpit.
It’s fair to say that the aviation industry has changed quite a bit since 1995 when the Boeing 777 was introduced. Back then, jurassic DC-10s and 747-100s still plied the skies. Over the past 30 years, the classic jumbo jets were slowly replaced by 747-400s, 757, 767s, 777s, and the A380. Then COVID-19 happened and the ‘modern’ twins of 757s, 767s along with the A340s and many A380s were sidelined.
Now, the Boeing 777 turns 30 years old. The venerable jet continues to be a mainstay of airline fleets globally.
If there is one thing that is certain, change in the aviation industry is a constant. That’s why as avgeeks it can be fun to look back into old commercial debuts of popular aircraft, including a jet that made twin-engined international flights the norm.
United Introduced the Boeing 777 in 1995 to Great Fanfare
United Airlines Boeing 777 taking off at Schiphol Airport, Photo by Solitude (wikimedia commons)
The Boeing 777 was one of the most impressive development cycles of a major airliner program ever. Built entirely with computer aided design (CAD), the airliner set a new standard for aircraft development in both speed and quality.
The 777 program was the first airliner to utilize the giant GE90 engine which permitted DC-10, A340, and MD-11 capacity and range with only two engines.
United Airlines was the launch customer for the 777-200. The airline (along with other customers) partnered with Boeing to influence the development of the new twin-engined airliner. The airliner was Boeing’s first fly-by-wire jet and the first twin-engined airliner that was certified with 180 minute ETOPS right from day one.
It featured passenger comforts like large overhead bins, personal TVs, and upgraded first class accommodations. The jet itself was built to be more reliable with onboard diagnostics, improved avionics, and lighter structure which translated into lower fuel costs relative to competing jets.
United’s First Commercial Featured Bigfoot?
United Airlines highly touted their new Boeing. The 777 would allow the airline to replace their aging DC-10 fleet and could comfortably connect routes from Chicago to Europe. As the launch customer, they featured the new jet heavily in advertisements.
One of their first commercials was humorous, if a bit odd. It featured Sasquatch–the fabled bigfoot-like character of lore from in the Pacific Northwest. In the commercial Sasquatch spotted the new Boeing 777 and took a self guided tour of the new jet. He even poured himself some champagne as he made himself at home in the giant aircraft.
Boeing 777’s Legacy Still Being Written
The lighthearted ad by United captured the 777’s appeal—a DC-10 sized jet that felt like a luxury jet, even to a mythical forest creature.
Thirty years later, the Triple Seven continues to be Boeing’s last commercial reveal that wasn’t plagued by controversy. It was both a testament to Boeing’s engineering first culture back then and a sad fact that shows how many challenges that Boeing has faced since.
To date, 1,729 Boeing 777s have been delivered, with around 1,400 still in service across 62 airlines, hauling passengers and cargo from Dubai to Dallas. Emirates leads the pack with 148, mostly 777-300ERs, while United still flies some of the originals.
The oldest active 777, United’s N774UA, a -200 registered in July 1994, is 31 years young, still logging flights with nearly 100,000 hours.
Meanwhile, the next generation, the 777X, is stuck in a holding pattern. Engine woes and structural hiccups have pushed its debut to 2026, six years late, leaving carriers like Lufthansa waiting for their fleet. When the new 777x fleet finally does arrive, with GE9X engines and folding wingtips, it’ll carry on a legacy that started with Bigfoot and made two-engined intercontinental jet travel commonplace.
BONUS: Video of a United 777 Proving Flight
Flight attendant Steve Scott filmed a proving flight for the Boeing 777 just one week before United’s first official flight on June 7, 1995. Check out the video linked below!
In the early 1990s, England’s flagship carrier, British Airways, attempted to orchestrate one of the most heinous PR scandals in air travel history: the ‘Dirty Tricks’ campaign, which targeted Virgin Atlantic.
This covert operation, driven by competitive paranoia and unethical tactics, aimed to undermine Virgin’s growth. This plan, however, backfired spectacularly, costing BA millions and cementing Virgin’s underdog status. Here’s the story of the ‘Dirty Tricks’ campaign.
A ‘Virgin’ in the Airline Industry
In the early 1980s, entrepreneur Sir Richard Branson founded Virgin Atlantic during a ‘boom time’ in the UK, where the average customer had much more wealth to their name, allowing them to afford flights. Virgin’s first flight was on 22 June 1984 on a Boeing 747-200 from London Gatwick (LGW) to Newark (EWR).
The airline quickly won over many travelers, which looked ominous for British Airways’ (BA) market share, thanks to Virgin being among the first airlines to offer in-flight entertainment and Branson’s eccentric personality.
Recently privatized and compelled to keep its position in European air travel, BA saw Virgin not as a minor nuisance but as a major player set out to affect BA’s bottom line. This competition set the stage for a campaign that would unravel into a public relations nightmare.
Virgin Atlantic G-VIRG by Steve Fitzgerald.
Behind closed doors, BA started ‘Dirty Tricks,’ also known as ‘Operation Covert Garden,’ in the Summer of 1990. British Airways tried to gain intel from Virgin by having its employees work with or for the newer airline, dressing as Virgin employees to gain access to its headquarters. BA employees allegedly hacked into Virgin’s computer servers to obtain information about passengers and bookings.
Impersonating Virgin, BA would then call or write to these customers to tell them their flights had been canceled and urge them to rebook with BA. BA also spread rumors about Virgin’s financials to the media, painting the airline as an untrustworthy airline and Branson as an erratic showman.
This plan was hatched by BA executives, with the airline’s marketing and sales teams also involved. Only a select few knew of the scheme’s full scope.
Virgin Fires Back at BA
Virgin and Branson eventually discovered Operation Covert Garden in 1991 after receiving suspicious customer complaints. Branson also received intel from BA whistleblowers outside but learned about several instances of BA personnel attempting to undermine Virgin.
Branson wrote an open letter to Virgin accusing them of ‘sharp business practices.’ BA executives dismissed his accusations, stating Branson was just looking for more attention. He later shared his evidence with investigating journalists.
In 1992, Thames Television’s This Week aired a documentary called Dirty Tricks, which exposed BA’s plan to sabotage Virgin to the public for the first time. Following the broadcast, Virgin filed a lawsuit against BA for libel, unfair competition, and corporate espionage.
British Airways Tried to Pivot
In January 1993, BA settled the lawsuit with Virgin. BA paid Branson, Virgin, and courts of up to £3,000,000. Altogether, BA lost $4.8 million ($10.8 million in 2025) from Operation Covert Garden. At the time, this was the largest libel payout in England’s history. Branson used the payout to expand the airline and award his employees.
British Airways issued a formal apology for the scheme. Chairman Lord John King admitted the scheme was ‘regrettable,’ but the damage was done, and the airline’s public trust and goodwill also went to Virgin. King stepped down from his position in June 1993 but remained president emeritus.
‘I’m not so sure they shouldn’t be put behind bars here,’ Branson told the Independent.
A former BA customer service specialist also revealed that BA targeted Dan Air and Europe Air.
The two airlines have moved on from the fiasco but remain fierce competitors to this day. Both offer the same routes from London-Heathrow Airport (LHR) and transatlantic flights to and from North America.
British Airways currently has over 200 global destinations spanning six continents. BA operates at least 12 flights daily between London and New York City. Virgin remains the smaller of the two airlines at only 32 global destinations, with Delta Air Lines owning a 49% stake in the airline today.
Rumors of a nuclear bomb from Broken Arrow still in swamp
Airmen stationed at Seymour Johnson AFB (SJAFB) in North Carolina have often heard a rumor that a B-52 carrying a nuclear bomb once crashed in a swamp near the base and that the weapon was buried so deep that officials had to leave it there.
While the rumor was not completely accurate, the Broken Arrow event really did happen, and there is more truth to the story than wrong details.
On 4 January 1961, a B-52G from SJAFB was flying about 12 miles north of the base near the small town of Faro, North Carolina, when it developed a fuel leak in its starboard wing.
The pilot, Major Walter Scott Tulloch, contacted the base, which instructed them to remain in a holding pattern off the coast until the aircraft burned enough fuel. Shortly, however, Tulloch radioed that the bomber had lost 37000 pounds of fuel and was told to return to the base.
“Analysis of the Safety Aspects of the MK 39 MOD 2 Bombs Involved in B-52G Crash Near [Goldsboro], North Carolina.” | Public Domain Image
The bomber then lost the entire wing, and Tulloch ordered his crew to eject. Three of the eight crew members lost their lives while attempting to bail out of the aircraft.
The massive bomber broke apart as it descended and struck the field at approximately 700 miles per hour, erupting into flames that cast a bright glare on nearby farmhouses.
Emergency crews arrived on the scene, and once they put out the fires, they began a critical salvage operation. The airmen on the scene began searching for the two 3-4 megaton MK-39 thermonuclear bombs the B-52 was carrying.
Recovery Focused on Finding Two Nuclear Bombs
The B-52 had been flying on alert status, and during those days of the Cold War, it was a standard practice for them to fly with live bombs. The process of detonating these weapons included multiple steps to ensure they were as safe as possible until the moment of detonation.
Unfortunately, the crash damaged the safety mechanisms during this incident, and both weapons began the fusing or arming sequence.
Weapon Began Arming Sequence
Crews found the first thermonuclear weapon several hundred yards from the main crash site. Its parachute deployed when it left the aircraft and got tangled in a tree before hitting the ground.
The nose of the nuclear bomb embedded itself about 18 inches in the ground. According to a document titled “New Details on the 1961 Goldsboro Nuclear Accident,” in a security archive called the Nuclear Vault at George Washington University, “The two-stage Mark 39, which contained highly-enriched uranium in its primary, came dangerously close to denotation.”
More specifically, the crash pulled out lanyards that released saving pins from the weapon. This feature allowed the arming process to continue until the final step, which requires a human to operate the T-249 Arm/Safe switch. Still, “the incident deeply worried Secretary of Defense McNamara.”
Second Nuclear Bomb from Broken Arrow Buried Deep in the Ground
Condition of first weapon after crash. “New Details on the 1961 Goldsboro Nuclear Accident” | Public Domain Image
The second nuclear weapon presented the recovery crews with different problems.
It broke apart at the moment of impact about 500 yards from where the main part of the fuselage struck. The weapon created a crater about six feet deep and eight in diameter. It partially armed but did not complete the sequence.
The soil in the field was very wet, and components of the weapon penetrated deep into the ground. Its tail went about 22 feet down. Crews began trying to dig up the bomb, but a combination of freezing temperatures, rising water in the crater, and the possibility of unexploded High-Explosive (HE) materials slowed their efforts.
Air Force Crews find parts from the second MK-39 nuclear weapon in the crater. “10 Devastating Nuclear Events and Accidents” | Public Domain Image
The crews dug eight feet down on 24 January and 12 feet the next day. They reached 15 feet on 26 January, where they found the parachute, part of the nose, and pieces of the device called the “primary.” They recovered more by 28 January, including the arm/safe switches, which they discovered in the “armed” position.
MC-772 Arm/Safe switch-same type used in MK-39 nuclear bombs. Screenshot from Sandia National Laboratories (2010) “Always/Never: The Quest for Safety, Control, and Survivability – Part 2″ | public domain image
Crews Abandon Search for Weapon
The work continued, and by 7 February, the excavation crews had enlarged the crater to 42 feet deep, 50 feet wide, and 70 feet long. Digging continued for several months until it finally stopped on 25 May.
During that time, the crater continued to fill with water, and 14 pumps were deployed around its perimeter, removing 60,000 gallons per hour, which could not control the flooding.
The Air Force did not release any details about the plutonium or hazards from the Broken Arrow accident, but it did take several actions that strongly hint at the seriousness of the situation. After the accident, the Air Force purchased an easement for $1000 from C. T. Davis, the owner of the field where the weapon was buried.
The easement covered an area in the field 400 feet in diameter and prevented Davis and his heirs from digging or drilling more than five feet deep, although they were allowed to use it for crops, timber, or as a pasture.
Additional evidence of the potential danger is that the North Carolina Division of Radiation Protection tests groundwater near the crash site annually. While they have found no radiation levels beyond what naturally occurs, the Air Force does not intend to stop checking the soil.
Other Broken Arrow Incidents Involving Lost Nuclear Bomb Components
Unfortunately, the Goldsboro crash was not an isolated incident. Similar accidents involving B-52s carrying thermonuclear weapons have occurred, one near Palomares, Spain, and another near Thule, Greenland. The Thule incident, which occurred in 1968, was especially serious.
A B-52 crashed onto sea ice near Thule, and a radioactive cylinder separated from the weapon. It contained uranium and may have dropped through the ice. Salvage crews never found it. However, scientists from Denmark tested the water there for years and found low contamination levels.
Following these accidents, the Sandia National Laboratories studied their causes and began working on new designs to reduce the possibility of radioactive contamination occurring in the future.
Despite this, an earlier report from the Sandia Corporation, “A Survey of Nuclear Weapon Safety Problems and the Possibilities for Increasing Safety in Bomb and Warhead Design,” from 1959, mentions what may be the stark truth about this topic.
In the report, Carl Carlson stated that he “believed that military readiness requirements meant that absolute safety was impossible and that it was necessary to ‘play the percentages’ as ‘uncomfortable’ as that was.”
The Lockheed C-141 Starlifter made strategic airlift common and gave the United States unique capabilities of jet-powered airdrop, austere landings, and intercontinental airlift via air refueling.
It’s hard to believe that the C-141 Starlifter was first flown over 60 years ago. The robust capabilities of the Starlifter and the extensive modifications made it seem like the jet could fly forever, just like the venerable C-47. Unfortunately, extensive overuse of the fleet, evolving needs, and wear and tear forced the US Air Force to abandon the platform.
First flight of the C-141
The C-141 first flew on 17 December 1963. At the time, the nascent US Air Force relied on the C-133 Cargomaster and C-124 Globemaster II for airlift capabilities. However, those aircraft were slow and had limited airlift capabilities. The C-141 represented a giant leap forward in capability.
The early 1960s brought great promise with the introduction of turbojet and later turbofan engines. At the time, Lockheed was at its prime as an efficient and forward-thinking aircraft manufacturer. They had recently produced the U-2 and C-130. While developing the C-141, they were also working on advanced aircraft, such as the SR-71, and had begun designing the C-5 Galaxy as well.
The C-141 utilized the best technology of the 1960s jet era. With modern jet engines, cargo could travel at airline-like speeds. The aircraft had advanced systems that allowed for the loading of equipment, vehicles, and troops through the rear cargo doors. Its instruments and pilot panel were very advanced for its time.
The beefy structure could carry up to 90,000 lbs of cargo or up to 154 passengers in a troop configuration. The promise of putting troops and cargo anywhere in the world within an extended duty day was revolutionary for its time. The C-141 Starlifter would etch its name in air mobility history.
Hanoi Taxi. Photo by Jeff Gilmore.
The C-141 Starlifter had quite a career. It was the workhorse of Vietnam and Desert Storm. The jet served on every continent including Antarctica. It was involved in every conflict from Vietnam through Afghanistan. Most notably, the C-141 flew the first POWs back from North Vietnam. That aircraft, tail 66-0177, became known as the Hanoi Taxi.
Revolution then an evolution
The C-141 Starlifter had three versions over the course of its career. Most of the original A models were converted to the B models in the late 1970s to early 1980s. This conversion gave the C-141 the ability to air refuel and also added additional cargo capacity to the jet via lengthening of the fuselage. In the 1990s, 60 of the B models were then upgraded to C models with more advanced avionics and a glass cockpit.
C-141 Starlifter is given an ‘early’ retirement
A C-141 Starlifter aircraft, better known as the Hanoi Taxi, flies over its soon-to-be new home at the National Museum of the US Air Force adjacent to Wright-Patterson AFB, Ohio, on 13 Dec 2005. This particular aircraft gained fame when it was used to return American prisoners of war back home at the end of the Viet Nam War. As the last operational C-141 in Air Force Reserve Command’s 445 Airlift Wing, the historic aircraft will spend the rest of her days at the museum. | IMAGE: By John Rossino (photo), Lt. Col. Robert Thompson (text) – http://www.445aw.afrc.af.mil/library/factsheets/factsheet.asp?id=3396,direct link, Public Domain, https://commons.wikimedia.org/w/index.php?curid=762481
The C-141 retirement was planned but the date was slowly moved forward by structural issues with the jet from intense usage over its career. The jet was replaced by the C-17 Globemaster III.
The C-141 took its last flight on 6 May 2006, with the Hanoi Taxi being delivered to the National Museum of the Air Force. Today, you can walk through the jet at the museum in Dayton, Ohio.
Below is a video of the retirement ceremony.
All Good Things Come To an End
The C-141 Starlifter Was replaced By the C-17 Globemaster III beginning in 1993. While the C-17 became a much more capable platform, it took over a decade to produce enough aircraft to replace the capabilities of the C-141.
The C-141 Starlifter was an incredibly capable aircraft that evolved over time to meet the needs of the United States. Although none are flying today, you can still see examples of the accomplished airlifter at museums across the country.
Many probably think the dogfights among biplanes in World War I were the first use of aircraft in combat, but nations used balloon aviation in earlier conflicts.
A few might have read about the Union Army using balloons during the Civil War.
Still, the history of balloon aviation in warfare and other purposes goes back to at least the 1700s and possibly much further than that.
Balloon Aviation Used Extensively in the Civil War
During the Civil War, the Union Army deployed balloons during the Peninsula Campaign in 1862. Union forces were approaching Richmond from the east and raised balloons to observe the placements and movements of Confederate troops and to direct artillery fire. During the western campaign, they also used balloons to support efforts around Chancellorsville and Fredericksburg in the east and along the Mississippi. The Confederates also used balloons around Richmond for similar purposes.
The Union Army used the balloon “Intrepid” during the Civil War. | Image: U.S. National Park Service
These balloons could carry three people and rise to about 1000 feet, tethered to the ground by ropes. The balloon operators would use signal flags or lower messages on the ropes to communicate with ground troops. They filled the balloons with hydrogen gas, which they produced by mixing sulfuric acid with iron filings.
France Develops Hydrogen and Hot Air War Balloons
France was developing war balloons long before the Civil War. Brothers Jacques and Joseph Montgolfier conducted early experiments and launched their first hot air balloon, covered with paper and cloth, on 19 September 1783. They used a burning combination of straw, chopped wool, and dried horse manure underneath the balloon to heat the air and inflate it. They found this helpful as it kept the flame low, reducing the risk of setting the balloon on fire, although it did create a lot of smoke.
A Sheep, a Duck, and a Rooster Were the First Balloon Pilots
According to the story, the brothers were afraid to go up on that first flight, so they sent a sheep, a duck, and a rooster to see how it would affect them. The balloon safely landed after eight minutes, and its passengers were unharmed.
Early French balloon designs. | Image: Library of Congress
Another Frenchman, Jacques Alexander Cesar Charles, also worked on balloon aviation development. He came up with the idea of using ballast, valves for the gas, and a net to enclose balloons. He worked with two other men, Antoine Lavoisier, and Guyton Morveau, to create portable hydrogen generators for troops to use in the field. This became a problem when sulfur became scarce because France also needed it to produce gunpowder. Lavoisier then developed a system to generate hydrogen by passing steam over red-hot iron.
Illustration of early balloon flight 21 November 1783 in Paris. | Image: Library of Congress
World’s First Air Force Flew Balloons – Not Planes
Following these developments, in 1794 France’s Committee of Public Safety established a balloon unit, the “Compagnie d’Aerostiers.” It was the world’s first air force. The unit had about 30 men and their own uniforms. Andre Giroud was on that first flight and realized the potential of balloons for military purposes, stating they could be “valuable for observing the movements of armies.”
Image of Battle of Fleurus with observation balloon in upper right corner. | Image: Library of Congress
Several months later, France used balloons for observation purposes in the French Revolutionary and Napoleonic Wars during sieges at Maubeuge and Charleroi and a major battle at Fleurus. Napoleon later used balloons during action in Egypt. Many paintings from the period, especially of Fleurus, show balloons over the battlefield.
Another view of the Battle of Fleurus demonstrating balloon aviation. | Image: Library of Congress
Balloon Reports from Russia, Portugal, Mexico, and China
There are also earlier mentions of other nations using balloons for military purposes. In a story from Russia in 1731, a military officer named Kria Kutnoi launched a balloon from Ryazan, a small town about 120 miles south of Moscow. The balloon supposedly crashed into a church tower, upsetting local residents who complained the balloon was made of hides and “filled with evil-smelling smoke.”
Several researchers have suggested that the Nazca Indians of Peru could have used hot air balloons to create the Nazca Line Drawings from 700 B.C. to 200 A.D. There is no general agreement on this, but the story does seem plausible, as there are no mountain peaks overlooking the area from which they could have made the drawings
Sky Sheep and Evil Smoke: A Surprisingly True History of Balloon Aviation 22
Mysterious Nazca Lines in Peru. Could people have used balloons to make them? | Image: Alexander Schimmeck
President Trump arrived earlier today in Abu Dhabi as part of his first overseas diplomatic trip of his second term. His visit previously included stops in Saudi Arabia and Qatar. After arriving in the United Arab Emirates, the President disembarked in a rather unusual way — Air Force One used a jet bridge!
To our knowledge, this is the first time that we’ve seen Air Force One utilize a jet bridge while the president was aboard. Air Force One, the Boeing VC-25A, is a modified Boeing 747-200. While airlines no longer utilize the variant, most wide-body jet bridges can accommodate the type.
Associated Press video shows President Trump’s arrival to the VVIP terminal. In the video below you can see the entrance door of Air Force One at the end of the luxurious jet bridge. The telescoping jet bridge opens up directly into the luxury terminal reserved for the Royal Family’s use.
The Use of Jet Bridges For Air Force One Is Rare
Presidents typically board and disembark from Air Force One either via carpeted air stairs from the L1 door or via a smaller built-in set of stairs below the main deck. At Avgeekery, we’ve never seen Air Force One use a jetway before.
Our search online returned zero photos of such an occurrence before. This makes sense as US president’s aircraft typically park on a military ramp, remote FBO parking spot, or at an isolated ramp at an international airport.
Luxury terminals with jet bridges are very rare. Only a few locations, primarily in the Middle East, feature VVIP terminals with jet bridges. With extreme temperatures in the region and large fleets of large private jets, such a feature is a luxury but it also makes sense.
It Wasn’t Any Typical Jet Bridge or Your Typical Terminal
Air Force One arrived at the Presidential Flight Guest Reception Terminal at Abu Dhabi International Airport. The terminal was built specifically for the Royal Family of Abu Dhabi. Unlike your typical terminal, this jet bridge doesn’t host a gate at the end of it. Instead, it features a luxurious reception hall that very few people will ever see.
Air Force One Used A Jet Bridge In The UAE. Here's Why That's Very Rare 24
Luxury Terminal Features Jet Bridges and Plenty of Ammenities For VVIPs
The 10,000 square meter terminal features space for reception, gala space, meeting space, dining, and rest facilities for distinguished guests. It also has a telescoping jet bridge so that Royal Family can board and disembark from the terminal while avoiding the intense desert heat.
In addition to the luxurious airport accommodations, the terminal also hosts less exotic features like a baggage system, kitchen, staff accomodations, and covered parking.
Air Force One Also Received Fighter Escort From Three Different Nations
This trip was also notable for another avgeek reason. On each leg of the tour, Air Force One received fighter escort from each of the host nations. Saudi Arabia first escorted the venerable Boeing VC-25A into Riyadh with a flight of F-15SA’s.
President Trump’s latest stop aboard Air Force One’s to Abu Dhabi in the UAE was escorted by Emirate F-16s and Mirage fighter jets.
🚨 ⚡️ #Urgent | Les F-16 émiratis et les jets Mirage sont dans les airs, fournissant une escorte honorifique à Air Force One de Trump en route vers Abu Dhabi. pic.twitter.com/MjnsmRvPmG
— Le Monde Multipolaire (@Bilow_Media) May 15, 2025
An honorary fighter escort for Air Force One by a host nation is extremely rare but visually stunning way to recognize a visiting head of state. This is the first documented honorary fighter escort of Air Force One in the Middle East region since President Nixon received a fighter escort in 1974 during his visit to Syria. While some media have reported that President Reagan received such an honor, there are no confirmed stories or pictures of the event.
Phoenix, Arizona is the fifth-most populated city in America, so it would only make sense for the city to start its own major airline. That it certainly did around the mid-20th century.
The company had quite a pioneer on its hands for a while, until the late 1960s when competition swallowed it up when it was still growing.
Bonanza Air Lines was known for being the first airline in America to comprise its entire fleet of jets in 1960. Bonanza also expanded its network to include smaller cities in the West, providing more options for consumers than rival airlines at the time.
Here is the story of Bonanza Air Lines.
(Vegas) Aces High
Bonanza Air Service was created in Las Vegas, Nevada, by former Navy Lieutenant Commander Edmund Converse and charter pilot Charles Keene.
Its first year in business was 1945 when it operated as a charter service with a lone Cessna four-seater. A year later, it added another plane, the Douglas C-47, and began conducting intrastate flights between Reno and Las Vegas, Nevada.
The year 1949 saw Bonanza’s first major flight expansion by making its first out-of-state destination to Phoenix. The Civil Aeronautics Board (CAB) approved Bonanza for airline certification to make this route possible. Along the way, the plane would make stops in various towns and cities in Nevada and Arizona.
Bonanza’s route map grew throughout the 1950s, with the airline now offering flights to and from Los Angeles, California, and Salt Lake City, Utah. Bonanza’s fleet also received new modern additions, the Douglas DC-9 and Fairchild F-27.
In 1962, Bonanza was looking to add more impressive additions to its fleet, this time from across the pond. The airline ordered BAC One-Eleven jets from the British Aircraft Corporation. However, BAC blocked this transaction. Bonanza then stuck with American aircraft and ordered the new Douglas DC-9 series 10.
Deadly Crash of Bonanza Air Lines Flight 114 and Merger
The airline experienced a horrific accident in 1964. On 15 November, BAL Flight 114 failed to land at McCarran International Airport, flying into a mountainside during stormy weather. The crash killed all 26 passengers and three crew members on board. Flight 114 was the only catastrophe in the airline’s history.
Bonanza officially relocated its headquarters two years later to Phoenix Sky Harbor International Airport (PHX). The City of Phoenix allowed the airline to build a larger headquarters and an upgraded hangar at the Sky Harbor. The new facilities opened on 25 June of that year.
By 1968, Bonanza officially went international, with a route connecting Phoenix to Puerto Vallarta, Mexico. The flight would also make stops in Mazatlan and La Paz, Mexico, in addition to Tucson, Arizona.
Despite the airline’s fascinating growth, Bonanza’s brass agreed to merge with Pacific Air Lines and West Coast Airlines. The three carriers became Air West on 17 April 1968.
In 1970, Hollywood film producer Howard Hughes purchased Air West for $90 million and later renamed it Hughes Airwest. By 1980, Hughes Airwest faced a strike, citing that agents and office workers had been working without contracts.
The strike was resolved, but it wasn’t much longer until Hughes Airwest would be absorbed by Republic Airlines. The deal was worth $38.5 million. Two more mergers occurred throughout history, leading the remnants of Bonanza to be found under the Delta portfolio in 2010.
During World War II, Great Britain and Germany deployed powerful 24-cylinder engines for their aircraft.
Both nations began working on the engines before the war started. Ultimately, the British proved more successful with their Napier Sabre engine over the German Junkers Jumo 222.
British Napier Sabre 24-Cylinder Engine
Great Britain first considered developing the 24-cylinder Napier Sabre engine in 1937. The Napier & Son manufacturer had been making engines since 1917, during The First World War, when they produced the Napier Lion, a 12-cylinder motor they produced until 1943. Engine designer Frank Hord theorized that an engine with more, smaller cylinders would be more powerful than one with fewer, larger cylinders.
The Napier Sabre 24-cylinder engine on a test stand. | Image: Oldmachinepress.com
Following the successful 100-hour testing of the 24-cylinder engine, the British rushed it into production at the beginning of the war. They installed it into the Hawker Tempest V, Typhoon 1, and 1B fighters and the Folland Fo. 108 fighter.
The Napier Sabre Engine powered the Hawker Typhoon Fighter. | Image: Image: Oldmachinepress.com
The powerful engine gave the fighters outstanding low-altitude performance. The Napier Sabre was the fastest Allied engine, giving aircraft more speed than the 12-cylinder engines in British Spitfire fighters.
Manufacturing and Performance Problems with Napier Sabre
Image Demonstrating the Size of the Massive British Engine. | Image: Oldmachinepress.com
Although the engine was effective at low altitudes, it was not strong enough above 20,000 feet. In 1942, Napier started working on a supercharger to provide better high-altitude performance. However, the company was sold to English Electric. They gave up on the supercharger but improved the engine’s reliability, extending its time between overhauls from 25 to 250 hours.
Another problem occurred in 1944 during operations at Normandy. The 24-cylinder engines were sucking airborne sand, which grounded the planes until new air filters could arrive more than a week later.
Napier Sabre 24-Cylinder Engines Effective in Combat
The Napier Sabre 24-cylinder engine was effective against German aircraft throughout the war. The Typhoons became the fastest low-altitude aircraft and were especially successful at attacking German V1 bombs.
Another view of the Napier Sabre Engine. | Image: airandspace.si.edu
As the war progressed, the British wanted to increase the power of their engines. Napier considered using water and methane injection to raise the Sabre’s output to 3000 horsepower. They even experimented with a 32-cylinder version, which they hoped would produce 4000 horsepower. It did not make it into production.
German Jumo-222 24-Cylinder Engine
Before and during World War II, the Germans worked on their own 24-cylinder engine, the Junkers Jumo 222. In 1936, the German Air Ministry (RLM) decided they needed an 1800-horsepower engine for the bombers in development. Ferdinand Brandner joined Junkers and took charge of the project. He set an initial goal to build a new 2000-horsepower engine and named it Jumo 222. They finalized the initial design in 1937.
Side View of the Junkers Jumo 222 24-Cylinder Engine. | Image: Oldmachinepress.com
The plan was for the Jumo 222 to power the Junkers Ju 88 bomber. During the Second World War, Junkers was the only Axis company building both aircraft and engines, something that would contribute to its eventual failure.
The Jumo 222 was a liquid-cooled, radial, 24-cylinder engine. It had six-cylinder banks with four cylinders each, positioned around the crankcase in a hexagonal pattern. As the months progressed, the Germans continually increased their requirements for power output from the Jumo 222.
Germans Planned to Use Jumo 222 Engine in New Bomber
Along with the Ju 88 bomber, the Germans were developing a new high-speed medium bomber, the “Bomber B.” They expected it to carry a 4410-pound bomb load, 2,237 miles, at about 373 miles per hour. They eventually tested the Jumo 222 in 11 different aircraft, including the bombers: a Focke-Wulf Fw 191 and aHeinkel He 219 Uhu (“Eagle-Owl”).
In 1940, following weight increases to the JU 288 from adding a crew member and new equipment, the Germans raised the power requirements for the 222 to 2500 horsepower. The next version of the 24-cylinder Juno 222, the C/D, came in 1941 with a 2500-3000 horsepower requirement for high altitudes. This was initially just a goal until 1945 when the RLM determined they “desperately” needed a 3000-horsepower engine.
While the Jumo 222 did well in testing, problems interfered with its development. Allied bombing in 1943 and 1944 caused shortages and began to affect German industry. This forced the RLM to choose which aircraft and engines to produce.
Closeup Showing the Tight Fit of the Large Jumo 222 Engine. | Image: oldmachinepress.com
Ferdinand Brandner, one of the 24-cylinder engine’s designers, said, “The tragedy of this engine development lay in the continual demands for performance increases that came from the airframe development side, which, because of continually increasing weight excesses, could not attain the calculated flying performance. The Jumo 222 was developed to death.”
Frequent Design Changes Possibly Used to Prevent Improvements
According to some reports, Erhard Milch, Air Inspector General of the Luftwaffe and in charge of aircraft production, wanted the program to fail. Milch announced he was concerned that Junkers would monopolize engines and aircraft. Some felt he was altering production requirements “just as they were about to be met by Junkers.” Regardless of the reason, Junkers could never keep up with all the changes.
The Germans saw an eventual need for more powerful powerplants than the Jumo 222 24-cylinder engine. In 1937, they started planning for a Jumo 255. This would have 36 cylinders, and they forecasted it to produce 3500-4000 horsepower. Germany never actually built the Jumo 225.
British Napier Sabre More Successful Than German Jumo-222
Both the Napier Sabre and German Jumo 222 engines had problems throughout their development. However, the Napier Sabre was clearly more successful in the war effort.
The proof is in the numbers: Great Britain produced about 5,000 Napier Sabres, while Germany only produced 289 Jumo 222s.
Could a massive order from Qatar Airways for Boeing widebodies be yet another sign that Boeing’s woes are finally in the rearview mirror?
Boeing has weathered a storm of setbacks in recent years, from safety scandals to production delays and financial losses.
Yet, a string of 2025 deals, headlined by a historic $96 billion order from Qatar Airways for up to 210 widebody aircraft, is a massive win for a company in desperate need of wins.
This deal—Boeing’s largest-ever widebody and 787 Dreamliner order—was announced on 14 May 2025 in Doha and significantly bolsters the company’s recovery.
A ‘Landmark’ Deal in Doha
Qatar Airways Boeing 787 Dreamliner | IMAGE: Qatar Airways
The Qatar Airways order, unveiled at a high-profile accord-signing ceremony in Doha on Wednesday, includes firm commitments for 130 Boeing 787 Dreamliners and 30 Boeing 777-9 jets, with options for 50 additional aircraft of either type.
Today’s announcement coincides with US President Donald Trump’s state visit to the Gulf Arab country, the second stop on his tour of the Middle East.
Valued at $96 billion, it was announced alongside Qatari Emir Sheikh Tamim bin Hamad Al-Thani, President Trump, Boeing CEO Kelly Ortberg, Stephanie Pope, president and CEO of Boeing Commercial Airplanes, and Qatar Airways Group CEO Badr Mohammed Al-Meer.
Valued at $96 billion, Boeing CEO Kelly Ortberg (L) signs the accord alongside (from L-R) US President Donald Trump, Qatari Emir Sheikh Tamim bin Hamad Al-Thani, and Qatar Airways CEO Badr Mohammed Al-Meer | IMAGE: Qatar Airways
After Ortberg signed the deal, President Donald Trump congratulated the OEM.
“Congratulations to Boeing,” Trump said. Get those planes out there. Get them out there.”
Congratulations to Boeing. Get those planes out there. Get them out there.
US President Donald J. Trump
This order would nearly double the capacity of Qatar Airways, operating a 230-aircraft fleet from its central hub at Doha Hamad International Airport (DOH). The carrier serves nearly 200 destinations—including 11 US cities like Miami (MIA), New York (JFK), Los Angeles (LAX), San Francisco (SFO), Washington (IAD), Houston (IAH), Dallas-Fort Worth (DFW), Atlanta (ATL), Boston (BOS), Chicago O’Hare (ORD), and Seattle (SEA).
This widebody order will undoubtedly leverage the 787’s fuel efficiency and the 777X’s extended range to bolster long-haul operations. With this agreement, Qatar will become the largest Dreamliner operator in the Middle East. It is the largest aircraft order in Qatar’s history.
“We are happy to announce our agreement with Boeing and our partnership in the largest aircraft order in our history,” said Qatar CEO Badr Mohammed Al-Meer. “A critical next step for Qatar Airways on our path as we invest in the cleanest, youngest, and most efficient fleet in global aviation. This so we can meet the strong demand in the airline as we seamlessly connect passengers to the world better than anyone.”
Qatar, a loyal Boeing customer with 64 Boeing 777s (seven -200s, 57 -300ERs) and 53 787s (31 -8s, 22 -9s), also operates a large number of Airbus aircraft, including 27 A320-200s, 11 A330s (three -200s, eight -300s), 58 A350 XWBs (34 -900s, 24 -1000s), and eight A380-800s. Bloomberg reports Qatar may order more A350s at the 2025 Paris Air Show next month.
Qatar Airways makes historic deals during President Trump’s visit with His Highness Sheikh Tamim bin Hamad Al Thani Amir of the State of Qatar:
Boeing Agreement is up to 210 aircraft; 130 787 Dreamliners setting the record as the largest Dreamliner order, and 30 777-9 aircraft,… pic.twitter.com/sqEoPzDxEH
The Economic and Strategic Impact of Boeing’s Orders
Saudi Arabian lessor AviLease placed an order for up to 30 Boeing 737 MAX 8s | IMAGE: Boeing
The deal is a boon for Boeing, which is grappling with a $500 billion, 5,700-jet backlog and no profits since 2018. The White House estimates the deal “will support 154,000 U.S. jobs annually, totaling over 1 million jobs during the course of production and delivery.” GE Aerospace benefits significantly, with its GE9X and GEnx engines powering the 777X and 787, respectively, reinforcing Boeing’s supply chain and US manufacturing. The order, comprising more than 400 GE9X and GEnx engines, also represents the largest widebody engine deal in GE Aerospace history.
This order follows other 2025 wins. On 13 May, Saudi Arabia’s Riyadh-based aircraft lessor AviLease placed a $4.8 billion order for up to 30 Boeing 737 MAX 8s (20 firm, 10 options), its first-ever direct order with Boeing. Just last week, International Airlines Group (IAG) announced a $10 billion deal for 32 787-10 Dreamliners for British Airways, spurred by a US-U.K. trade agreement.
These contracts signal renewed confidence in Boeing’s portfolio, particularly its widebody offerings, as it competes with Airbus. It’s certainly the best Boeing has looked in a long while.
Boeing’s Production Turnaround
Boeing’s 787 Dreamliner assembly plant in North Charleston, SC | IMAGE: Boeing
Boeing’s 2025 performance is encouraging. The company has delivered 175 aircraft year-to-date, including 45 in April and 41 in March, up 50% from 107 during the same period in 2024. Projections indicate 560 deliveries in 2025, compared to 348 in 2024, with a potential 800 by 2028. This ramp-up is critical for clearing the backlog and restoring profitability, especially for the 737 program, Boeing’s “meat-and-potatoes.”
The Qatar order diversifies Boeing’s production, reducing reliance on the 737 program. The 787, built in Everett and North Charleston, South Carolina, benefits from streamlined processes, though quality control remains under scrutiny. The 777X, awaiting certification with deliveries slated for 2026, is a long-term bet. Qatar’s commitment validates Boeing’s widebody strategy.
Overcoming Challenges
Boeing factory workers in Everett at a company training to implement high standards of quality and safety practices | IMAGE: Boeing
Boeing’s recovery follows a rocky decade, including the 737 MAX crashes and the January 2024 Alaska Airlines Flight 1262 incident, where a window plug blew out midflight shortly after takeoff from Portland International Airport (PDX).
The near-catastrophe raised urgent safety concerns, prompting CEO Kelly Ortberg’s return from retirement. Since then, he has prioritized safety and quality, helped resolve a 2024 worker strike, and stabilized finances. Additionally, Ortberg has implemented much stricter supplier audits and production oversight to rebuild public trust.
It’s worth noting that this deal comes amid controversy surrounding a potential Qatari gift of a Boeing 747-8 to President Trump and ongoing delays with the new Air Force One program. That said, AvGeekery’s focus remains squarely on aviation—we’ll leave the political angles to other outlets.
The Road Ahead
Boeing Classic Qatar Air 777X Flyover TPC at Snoqualmie Ridge | IMAGE: Boeing
Boeing’s 2025 wins are encouraging for the beleaguered manufacturer. The Qatar deal, the largest widebody and 787 order in Boeing’s history underscores continued confidence in its products.
Going forward, Boeing’s stakes are clear. It must maintain and improve quality, accelerate the certification process for the 777X, 737 MAX 7, and 737 MAX 10, and sustain delivery momentum.
Boeing’s path forward requires precision. With 560 deliveries targeted for 2025 and a long-term goal of 800 by 2028, Ortberg’s leadership will be tested. For now, the Qatar order is an unequivocally significant step in the right direction.
Could it be that Boeing is climbing out of its challenges and heading toward a brighter future? Time will tell, but if the first few months of 2025 are any indication, we are betting big on our storied planemaker.
Thankfully, today’s travelers are unlikely to experience a tragedy such as one from Pan Am Flight 214 over Maryland nearly 62 years ago.
Today’s commercial aircraft can safely withstand lightning with little to no harm to anybody on board. Over 60 years ago, however, aircraft were more vulnerable to problems that came from lightning strikes, and that was especially true for Pan American World Airways (Pan Am) Flight 214.
On 8 December 1963, Flight 214 took off after a refuel in Baltimore, Maryland, with the aircraft plummeting to the earth 35 minutes later. None of the 81 people on board survived the crash.
Pan Am Flight 214, a Boeing 707-121, Crashed in Maryland Following a Lightning Strike
Pan Am Flight 214 departed San Juan, Puerto Rico, at 1610 local time. Almost reaching its destination in Philadelphia, Pennsylvania, the flight stopped at Baltimore’s Friendship International Airport (BAL) to refuel at 1935 local. An airline mechanic inspected the aircraft before taking off once more.
The crew aboard the flight turned back to Baltimore due to Philadelphia weather and waited in a holding pattern so the plane could safely land. The crew decided to return to BAL because Philadelphia was experiencing strong winds. The aircraft was reportedly flying at 5,000 feet during this pattern.
At 2058, lightning struck the Boeing, causing the fuel inside the reserves to explode and catch fire. The Philadelphia Approach Control frequency repeatedly received “Mayday” messages. Another transmission was heard saying, “Clipper 214 is going down in flames.”
The plane crashed two miles from Elkton, Maryland, with a large part of the plane’s left wing separated. All 73 passengers and eight crew members died.
Witnesses of the accident recalled a light rain that evening, with cloudy skies and lightning. According to a weather report in Wilmington, Delaware, nine miles east of the accident site, a thunderstorm began at 2054 local time, just a few minutes after the plane departed Baltimore.
In 1965, the Civil Aeronautics Board (CAB) filed an extensive aircraft accident report of the flight.
How Lightning Brought Down a Boeing 707
Several key factors caused the vulnerability to lightning damage of the Boeing 707-121:
Lack of Protective Measures: In the 1960s, commercial aircraft didn’t have protection from lightning like they do today. These measures include static dischargers or protecting housing for fuel reserves. The Flight 214 crash led to research into improving and protecting the fuel tank to prevent similar tragedies in the future.
Fuel Tank Design: Boeing also didn’t consider the risks of lightning strikes when designing the aircraft’s fuel tank. While investigators never determined the source of the ignition, researchers had a strong guess that it was a combination of improper bonding and the left wing’s skin overheating, exposing flammable fuel vapors from inside. This oversight would cause the lightning current to travel to the fuel tank and cause the ignition.
Opting For a Holding Pattern: In hindsight, putting the jet into a holding pattern at 5,000 feet was an extreme risk. Lightning is most prevalent at low altitudes; this type of lightning is known as ‘cloud-to-ground lightning.’
The Pan Am Flight 214 Tragedy Led to Important Improvements in Aviation Safety
Pan Am Flight 214 is often known as a ‘catalyst’ for researchers looking to prevent risks brought on by lightning when planning vehicle production.
Each airplane that flies regularly will be hit by lightning at least once yearly. Aircraft today are durable enough to withstand lightning strikes, which travel through the jet on their way to the Earth. The most damage lightning can typically cause is holes, cracks, or burn marks on the plane’s exterior.
More often than not, nobody on a commercial aircraft knows when a lightning strike occurs, thanks to decades of manufacturers overcoming the shortcomings that led to specific scenarios like the tragedy of Flight 214.
The Collaborative Combat Aircraft (CCA) initiative is a crucial component of the U.S. Air Force’s Next Generation Air Dominance (NGAD) program, ensuring the service maintains air superiority into the future.
The basic plan for the CCA is to deploy semi-autonomous aircraft in unmanned-manned teams, along with manned fifth— and sixth-generation fighters. Following a bidding period, the Air Force has chosen Anduril and General Atomics Aeronautical Systems to design, build, and test prototypes for the program.
Collaborative Combat Aircraft to be Cost Effective and Versatile
The broad concept for the CCA is to develop a new type of mostly autonomous unmanned aircraft that is significantly cheaper than piloted fighters. The new collaborative combat aircraft (CCAs) will carry a variety of sensors, weapons, and tactical systems. They will perform missions including intelligence gathering, surveillance and reconnaissance, electronic warfare, and striking targets.
In a 2022 test of its Collaborative Combat Aircraft capabilities, General Atomics paired its MQ-20 Avenger unmanned aircraft with a Sabreliner and two F-5 Advanced Tigers. | Image: General Atomics
Significant Cost Advantages with CCAs
There are some key reasons for the Collaborative Combat Aircraft program. First, CCAs will cost about one-third the cost of manned fifth—and sixth-generation fighters. Another cost benefit will be due to the CCAs’ flying schedule. Being unmanned, they will not require as many daily sorties as manned aircraft to maintain combat readiness. Also, much of the training for CCAs will occur virtually, resulting in fewer sorties. Maintenance costs will also be lower with fewer flights and less wear and tear.
Tactical and Strategic Advantages of CCAs
These cost advantages will allow the Air Force to acquire a large number of CCAs, which fits well with tactical and strategic plans. For example, China is developing advanced long-range air defense systems that could seriously challenge U.S. aircraft. By deploying large numbers of CCAs in a swarm without direct human supervision, the Air Force could overwhelm enemy defenses.
The Anduril YFQ-44A unmanned Collaborative Combat Aircraft. | Image: Anduril
“You can create mass, and so many targets out in the battlespace that your adversary will have to worry about … is that something that I have to use some munitions on,” said General Kenneth Wilsbach in 2023, then Commander of Pacific Air Forces.
Anduril and General Atomics Aeronautical Systems Building First CCAs
In April 2024, the Air Force selected Anduril and General Atomics Aeronautical Systems to develop the first-generation Combined Combat Aircraft. The Anduril design is the YFQ-44A, and the General Atomics model is the YFQ-42A. The names come from Air Force aircraft designations of “Y” for prototype, “F” for fighter, “Q” for unmanned aircraft, “44” for design number, and “A” for first version.
Anduril Aircraft to Have Stealthy Characteristics
The Anduril YFQ-44A will have components, including passive infrared and infrared search and track (IRST) sensors. Early photographs of the YFQ-44A show stealthy features like an angular shape for the air intake and a trapezoidal-shaped nose landing gear bay door.
“Today, just one year after Anduril was selected to produce production-representative prototypes for the CCA program, the Air Force announced that Anduril’s YFQ-44A has begun ground testing,” said Dr. Jason Levin, senior vice president of Air Dominance & Strike at Anduril.
The Anduril YFQ-44A design, also called the “Fury,” is scheduled to make its first flight this summer (2025).
General Atomics Aeronautical Systems CCA Suited for Combat
The General Atomics Aeronautical Systems YFQ-44A has features that show its suitability for combat missions. These include internal bays that can carry AIM-120 AMRAMM air-to-air missiles and additional payload space for other munitions. It also features stealthy features like a dorsal air intake high on the fuselage, an elongated shape, and V-tails.
General Atomics Aeronautical Systems Collaborative Combat Aircraft.| Image: General Atomics Aeronautical Systems
The Collaborative Combat Aircraft program will operate, in part, with autonomy control software created by the Defense Advanced Research Projects Agency’s (DARPA’s) Air Combat Evolution (ACE) system. Artificial Intelligence will also be part of the control system for the CCAs.
CCA Receives Significant Funding
The amount of money the Air Force dedicates to the CCA program shows how serious it is about the program. Its preliminary budget request in 2024 was for $490 million to speed up the development and testing of the CCAs. The service has also proposed an additional investment of $6 billion through 2028.
With large groups of people needing to travel all across the country, one company easily saw an opportunity to do business with several sports teams that had to fly to 20 to 30 destinations in a single season.
For over twenty years, Champion Air became a trusted name for NBA, NHL, and collegiate teams. In the late 2010s, it inspired teams to start purchasing their own jets. This article explores Champion Air’s history.
Champion Air’s Big Bet
Champion Air started out as MGM Grand Air in 1987. It was founded by businessman Kirk Kerkorian, who also owned the titular hotel and casino in Las Vegas, Nevada. The airline initially focused on upscale leisure travel on Boeing 727s and Douglas DC-8s.
The airline flew the LAX to JFK route and catered primarily to businessmen and celebrities who had a lot of money to spend. However, the airline later discovered it was losing business to private jet companies. After realizing the uphill battle, Kerkorian wanted to sell the airline in 1994.
In July 1995, MGM Grand sold the airline to Front Page Tours, a tour operator based in Edina, Minnesota. Front Page Tours planned to use the airline to charter sports teams and their fans. The airline’s name was changed to Champion Air, and the fleet was updated to customized Boeing 727s.
Champion Air would move its hub to Minneapolis-Saint Paul International Airport (MSP) and establish other destinations in Detroit, Dallas, Denver, Las Vegas, St. Louis, and Oklahoma City.
The airline would then serve two purposes: charter sports teams during seasons and charter customers who had purchased MLT Vacations packages, as Northwest owned MLT Vacations at the time.
Champion Air Goes for Gold
In March 1997, Front Page Tours sold the airline to a joint venture between Northwest Airlines and Minnesota Twins owner Carl Pohlad. Champion Air’s headquarters relocated to Northwest’s Minneapolis headquarters. Though Northwest owned Sun Country Airlines, this acquisition allowed Champion Air to surpass Sun Country as the number-one charter operator in the region.
It didn’t appear Champion Air was open to flying the everyday passenger as early reports indicated. Based on the list of destinations, the airline would charter teams like the Minnesota Timberwolves and/or Wild, Detroit Pistons and/or Red Wings, Dallas Mavericks and/or Stars, the Denver Nuggets, the Colorado Avalanche, and the St. Louis Blues.
In the mid-2000s, Champion Air wasn’t doing too well financially, despite interest in MLT Vacations among travelers. In late 2007, Northwest would transfer all MLT customers’ flights from Champion Air to Northwest. Seeing that most of Champion’s revenue came from MLT, this was a big blow for the carrier.
The writing was on the wall for Champion Air in December 2007. Champion Air CEO Lee Steele told reporters that the airline ‘lost all contract revenue’ on its pre-existing charter arrangements for the 13 NBA teams and Northwest’s subsidiary MLT Vacations.
Champion Air Eliminated from Contention
On 31 March 2008, Champion Air announced that it would cease operations on 31 May, when most NBA teams were finished playing that season. At the time of closing, the airline had 14 Boeing 727s and around 550 employees.
The explanation was the high cost of jet fuel, which, at the time, was oil at more than $100 per barrel. A representative claimed the airline had enough money to pay for staffing and operations until the last flight.
One anonymous employee commented on the airline’s closing at the end of May 2008.
‘I am not going to discuss or debate the circumstances only to say that the company responsibly closed out operations without leaving passengers stranded or filing for bankruptcy,’ he said.
Most of the remaining 727s were later scrapped, while the rest were sold to ‘foreign carriers.’
Northwest Airlines would later handle the contracts of the 13 NBA teams, though the airline didn’t even make it to the following preseason. Delta Air Lines acquired Northwest Airlines later in 2008. MLT Vacations then rebranded as Delta Vacations, which is still in business today.
On 24 April 2025, China launched a Long March 2F rocket carrying a Shenzhou spacecraft and three astronauts to its Tiangong space station.
The rocket blasted off from the Jiuquan Satellite Launch Center in northern China, located 93 miles from the border with Mongolia.
Successful Launch and Arrival at Space Station
According to astrophysicist Dr. Maggie Liu, the launch was “flawless, as expected,” adding, “This rocket has launched with a 100% success rate since the 90s, so it’s no surprise this is smooth sailing for them.”
The Chinese Long March 2F rocket lifting off on 24 April 2025. | Image: The Launch Pad Network
Following an approximately 6.5-hour flight, the spacecraft docked with the Tiangong space station. This station orbits the earth between 217 and 280 miles, similar to the 200 – 250 mile range of the International Space Station.
A Chinese Shenzhou spacecraft like the one that docked at the Tiangong space station on 24 April 2025. | Image: SpaceChina
While in space, the astronauts will perform spacewalks to perform maintenance, install new equipment, and conduct experiments in new technologies and medical science.
China Space Station Core Module Deployed In 2021
China launched the core “Tianhe” module in April 2021. Located in the center of the station, it provides life support and has crew living quarters. The following year, China launched two additional sections, the Wentian and Mengtian laboratory and experiment modules.
View during a spacewalk at the Chinese space station. | Image: CMSA/CCTV/Chinese Academy of Sciences
The Wentian module, on the left side of the station, has more living quarters, supplemental life support equipment, and an external system with a robotic arm. The Mengtian module, on the right, has an airlock, which astronauts can use to transfer experiments and equipment in and out of the station.
The first cargo mission to the Tiangong space station, Tianzhou-2, launched on 29 May 2021. Following this, the first crewed mission, carrying three astronauts, launched on 17 June 2021. They stayed in space for three months, testing equipment and preparing the station for future missions.
United States Bans China from International Space Station
The core Tianhe module measures 54 feet in length. It has a docking hub to connect with crew and cargo spacecraft and its robotic arm, which crews use to position the Mengtian and Wentian modules.
Major Expansion Planned In Coming Years
China plans to significantly expand the Tiangong space station in the next few years. The expansion will primarily involve new sections, the next one due to be installed in about four years.
Image during a test of an inflatable module during an earlier mission. | Image: China Association for Science and Technology
Part of this will be a multipurpose expansion module with six docking ports. Other full-size sections will then connect to the station. For this expansion, China is developing inflatable modules. They will serve as additional crew living areas and preliminary stages for future missions to the moon. The expansion will also allow more spacecraft to dock at the station simultaneously.
China Developing Its Version of the Hubble Space Telescope
China is also developing a telescope similar to the Hubble Space Telescope. Initial plans are to orbit near the station and dock with it for repairs, maintenance, refueling, and upgrades.
Artist rendition of future space telescope. | Image: National Astronomical Observatory of China
The country also wants to attract international visitors to Tiangong. For example, Pakistan plans to send one of its astronauts on a future Chinese mission. China also hopes to send commercial spacecraft and tourists to the station eventually.
The Tiangong space station is just one part of the Chinese space program. They have explored the far side of the moon, landed a rover on Mars, and want to land a manned mission on the moon before 2030. They have even hinted about a possible future mission to Jupiter.
The Concorde may have been a game-changing jet when it entered service in 1976, but a rival Russian jet—the Tupolev Tu-144—happened to be in the air one year earlier.
The earlier service, however, was a detriment to the ambitious aircraft, as the Tupolev wasn’t as refined overall as its Western European competitor. Thus, its history was a little more uneventful.
The Birth of the Soviets’ ‘Konkordski’
While England and France collaborated on developing the Concorde, Russia wanted to not only have an answer but also beat it to the market. With the help of aerospace company Tupolev, Russia built the Tu-144, nicknamed the ‘Konkordski.’
Development of the supersonic jet began in 1963, with the plan being to build four prototypes by 1966. The Tu-144 took its maiden flight on 31 December 1968, which predated the Concorde’s first flight by a couple of months.
The Tu-144 was a very impressive jet at the time of its development. The Russian jet exceeded the Concorde in top speed at 1,518 miles per hour (2,443 kilometers per hour), Mach 2.35. However, the Tu-144 was much less efficient.
Mainly, the Tu-144 was almost 50,000 pounds heavier than the Concorde, which made control and maneuvering more difficult. Although the Concorde was more technologically advanced, the braking and aerodynamics of the Tu-144 were not known to measure up even closely.
The 1973 Paris Air Show Tragedy
Tragedy struck at the Paris Air Show when a Tupolev Tu-144 crashed and killed 14 people during an exhibition flight on 3 June 1973. According to eyewitness reports, the crew tried to demonstrate the jet’s acceleration by flying at a low altitude. The aircraft, however, couldn’t endure the stress and began to disintegrate in midair. Tu-144 parts rained on the village below, causing scenes of chaos and destruction.
The Tu-144 crashed in a nearby village, killing all six crew members and eight villagers, including three children. The accident also injured 60 additional people on the ground. Many consider the 1973 crash the moment the jet’s fate was sealed.
Nonetheless, Russia continued its plans to fly the jet commercially, even flying again at the Paris Air Show in later years. In 1975, the Tu-144 began flying mail and cargo between Moscow, Russia, and Alma-Ata, Kazakhstan. Passenger flights were permitted starting in 1977.
Passengers aboard these flights quickly had an unpleasant experience. The interior was very noisy, to the point that colleagues and family members had to exchange written notes to have conversations on flights. The noise was due to the engines and the air conditioners that kept the cabin from overheating.
Aeroflot had a five-year deal with Tupolev in 1976, but it called it quits on the Tu-144 in 1978 when it crashed again while being delivered to Russia’s flag carrier. The airline only managed 102 flights with the supersonic jet, with just over half the flights carrying passengers.
Tupolev ceased production of the Tu-144 in 1982. The jet was then used by the Soviet program to train space pilots and NASA for supersonic research. The last flight of the Tu-144 occurred on 26 June 1999 as part of NASA’s High-Speed Civil Transport program.
As of this writing, only seven out of 17 Tu-144s are still in one piece. Six of them are on display or in storage in Russia, while one is on the Auto & Technik Museum’s rooftop in Sinsheim, Germany. Of the ten other units, two were destroyed in the accidents mentioned above, six were scrapped, and the other two’s whereabouts are unknown.
San Mateo, Calif.-based Alef Aeronautics has unveiled the world’s first commercially available flying car, the Alef Model A.
A prototype model made a test flight on 19 February 2025 on a blocked-off road in California. According to Alef’s chief executive officer, Jim Dukhovny, the test was “the first documented verifiable flight of a flying car (an actual car, with vertical takeoff, non-tethered.)”
Closeup image of the Alef Model A flying car. | Image: Alef Aeronautics
Alef Model A to be Functional Car and Aircraft
Much more than just a toy or a concept vehicle from science fiction, the Alef Model A has attracted significant interest and support, proving the validity and potential of its design. Its basic plan is that it can drive on the road like any car, have vertical takeoff and landing capabilities, and fly in a forward motion. The company also announced a goal for the vehicle to be “affordable for most people.”
In many of its promotional materials, the company mentions how it has made safety features and components an important part of the Model A’s overall design. Alef reported that it has been making test drives and flights since 2019. Dukhovny said that prior to the February test, he had often been asked why he had not released other videos of it flying.
Alef Model A flying car will operate like any other car driving on the road. | Image: Alef Aeronautics
“We’re obsessed with safety, and we wanted to make sure the car is safe enough for consumers before we actually show it,” said Dukhovny.
Some safety-related components and measures on the Alef Model A flying car include building it with triple to octuple redundancy on certain components, an obstacle detection and avoidance system, and a ballistic parachute. It also has no exposed propellers, even though concept videos show several under the vehicle’s outer skin.
Company Makes Bold Claims for Its Flying Car
As Alef moves closer to full-scale manufacturing of the Model A flying car, the company has made several bold claims about its features and quality. One example came after the February demonstration.
Model A Flying car during another test flight. | Image: Alef Aeronautics
“This drive and flight test represents an important proof of technology in a real-world city environment. We hope it will be a moment similar to the Wright Brothers’ Kitty Hawk video, proving to humanity that new transportation is possible,” said Jim Dukhovny.
In another claim related to the Model A’s energy efficiency, Alef reports, “On average, the Alef flying car uses less energy per trip than a Tesla or any other EV, as well as less energy per trip than eVTOL air taxis.”
The company also stated what customers will pay for a Model A flying car. Their marketing materials state, “It has to be affordable for most people (not just the rich). However, they also announced that the expected price of the vehicle will be $299,999, hardly an affordable cost for most people.
Investors, Manufacturers, and Customers Enthusiastic
Despite this, there is ample evidence of broad support and optimism for the development of the Model A flying car.
Top view of prototype model of Alef Model A. | Image: Alef Aeronautics
Alef has received two patents for its design. Another positive sign for the Model A is that it is the first vehicle with vertical takeoff capability to receive an FAA Special Airworthiness Certificate, which gives it permission to fly in the United States.
In 2015, Alef contacted venture capitalist Tim Draper to see if he might be interested in the flying car project. Draper was impressed and became one of the company’s biggest investors. He has also become a mentor for the leadership team at Alef.
Alef Signs Agreement With Manufacturer
In September 2024, Alef Aeronautics entered a manufacturing agreement with PUCARA Aero and MYC, a Spanish joint venture that has made aviation-grade components for Boeing, Airbus, and other civilian and military aviation companies. Since then, the biggest sign that people are excited about the vehicle is that the company has received over 3200 pre-orders and is planning to begin mass production.
Chinese Company Developing Two Flying Car Designs
Alef is not the only company working on a flying car project. Chinese manufacturer XPENG AEROHT is developing two interesting vehicles. The first is their Land Aircraft Carrier. XPENG AEROHT calls this a “modular flying car.” It is a four-seat, six-wheel vehicle that resembles a minivan. Inside, there is an eVTOL aircraft called the Lunar Rover.
XPENG AEROHT Land Aircraft carrier vehicle during deployment of its Lunar Rover eVTOL aircraft. | Image: XPENG AEROHT
The Land Aircraft Carrier operates as a mothership, recharging the aircraft while driving and when parked. The company claims the aircraft will deploy within five minutes after pressing one button. The Lunar Rover has six rotors, and its arms and blades fold to fit inside the mothership. The company hopes to begin selling the vehicle in 2026.
XPENG AEROHT is also beginning to develop its own eVTOL flying car. Early designs for the vehicle resemble a futuristic sports car. Concept images and videos show it driving like a regular car. Then, four rotors deploy from the vehicle’s roof, and it takes off.
Mockup of the XPENG AEROHT eVTOL flying car.| Image: XPENG AEROHT
On Thursday, US Transportation Secretary Sean P. Duffy introduced a transformative plan for the nation’s air traffic control (ATC) system, describing it as a “state-of-the-art” initiative that “will be the envy of the world.”
The announcement, made at the Department of Transportation headquarters in Washington, D.C., marks a bold step toward modernizing an outdated system that has long plagued the aviation industry with safety risks, delays, and inefficiencies.
“We are seizing a once-in-a-generation opportunity to build a brand new, state-of-the-art air traffic control system,” Duffy said. “Decades of neglect have left us with an outdated system that is showing its age. Building this new system is an economic and national security necessity, and the time to fix it is now.”
Building this new system is an economic and national security necessity, and the time to fix it is now.
US Department of Transportation Secretary Sean P. Duffy
US Transportation Secretary Sean P. Duffy and Airlines for America (A4A) president and CEO Nicholas Calio use visual aids like floppy disks and paper flight strips to demonstrate the antiquity of the American ATC system and the need for its overhaul | IMAGE: US Dept of Transportation
The current ATC system’s obsolescence was starkly illustrated during the event, as Duffy used floppy disks and CDs—components still in use—as visual aids. He noted that replacement parts are often sourced from eBay, calling the situation “100% unacceptable.” The new system aims to replace this dangerously antiquated infrastructure with cutting-edge technology to enhance safety, reduce outages, and improve efficiency.
No more replacing floppy disks and other antiquated parts so old you can only find them on eBay.
It’s time for a brand new air traffic control system that makes our country proud.
The Federal Aviation Administration (FAA) will spearhead replacing core infrastructure, including radar, software, hardware, and telecommunications networks. The plan is structured around four key components: communications, surveillance, automation, and facilities. Specific actions include:
Upgrading Communications: Replacing outdated telecommunications equipment with modern fiber, wireless, and satellite technologies across more than 4,600 sites, installing 25,000 new radios, and deploying 475 new voice switches.
Modernizing Surveillance: Replacing 618 aging radars far exceeding their intended lifespan.
Enhancing Runway Safety: Expanding the Surface Awareness Initiative (SAI) to 200 airports, up from the 50 expected by the end of 2025.
Rebuilding Facilities: Six new air traffic control centers—the first since the 1960s—will be constructed while some of the existing 21 centers are closed and consolidated. Additionally, the overhaul calls for replacing 15 towers and 15 Terminal Radar Approach Control (TRACON) facilities.
Standardizing Technology: Installing new hardware and software to ensure all air traffic facilities operate on a common platform, promoting consistency and safety.
Improving Weather Monitoring: Building 174 new weather stations in Alaska to bolster air travel safety.
A United Archer Midnight eVTOL aircraft | IMAGE: Archer
The new ATC system must accommodate the aviation industry’s increasingly rapid evolution. With drones and advanced air mobility expected to become commonplace, the modernized infrastructure will ensure the system can handle increased complexity and volume. This overhaul complements a recently announced plan to increase air traffic controller staffing, addressing chronic shortages that have raised safety concerns for years.
Duffy emphasized the initiative’s broad support, noting a “large coalition” backing the effort.
“We won’t let the American people down,” he vowed.
We won’t let the American people down.
US Transportation Secretary Sean P. Duffy
Key industry leaders attended the event, including CEOs Robert Isom (American Airlines), Scott Kirby (United Airlines), Ed Bastian (Delta Air Lines), Robert Jordan (Southwest Airlines), and Joanna Geraghty (JetBlue Airways). Representatives from the FAA, National Air Traffic Controllers Association (NATCA), National Transportation Safety Board (NTSB), Air Line Pilots Association (ALPA), and Aircraft Owners and Pilots Association (AOPA) were also present.
A Tribute to the Victims of Flight 5342
An American Eagle CRJ departs Ronald Reagan Washington National Airport | IMAGE: Ronald Reagan Washington National Airport on Facebook
The announcement carried profound emotional weight as families of the victims of PSA Flight 5342 attended the event. Flight 5342 crashed into the Potomac River on 30 January after colliding with a U.S. Army Blackhawk helicopter while approaching Ronald Reagan Washington National Airport, killing all 67 on board.
Every speaker acknowledged the families, emphasizing that the ATC overhaul would serve as a lasting legacy for the victims. Sadly, getting the government to address a crisis simmering for decades took such a horrendous tragedy.
An Ambitious Timeline and Cost
FAA Tower and East Ramp Control at Harry Reid International Airport (LAS) | IMAGE: LAS
While the price tag for the overhaul remains undisclosed, it is widely expected to reach at least tens of billions of dollars. Duffy acknowledged the significant cost but expressed confidence in securing funding, citing ubiquitous bipartisan support in Congress. He plans to request the full amount upfront to expedite the process.
Duffy set an ambitious goal of completing the overhaul by 2028, a timeline that would require streamlining approval processes that typically span years–not to mention unprecedented bipartisan cooperation in Washington. His promise of a swift overhaul timeline underscores the urgency of ensuring air traffic controllers have a reliable, modern system to support their critical work.
A Clarion Call for a Safer, More Efficient Future
FAA Next-Gen Control Tower. IMAGE: PAU
The unveiling of the next-generation ATC system is a clarion call to reimagine the future of aviation—a future where safety, efficiency, and innovation take their rightful place at the helm of America’s ATC system. This isn’t just an upgrade; it’s a chance to revolutionize the entire system from top to bottom, obliterate the shadows of recent failures, like the chaos of the Newark outage, and propel the United States to the forefront of global aviation leadership. By dismantling obsolete infrastructure and embracing cutting-edge technology, this initiative will slash delays, fortify safety, and unleash the full potential of our skies.
The event concluded with an emotional plea from Duffy.
“If you learn anything from what’s happened, it’s that if there are foreseeable issues in the airspace, you would expect someone to take action to make sure we save lives,” Duffy declared. “This is a way to honor, this is a way to respect, this is a way to pay it forward and to do the right thing to keep our families and our communities safe when they use our airspace.”
This is a way…to do the right thing to keep our families and our communities safe when they use our airspace.
US Transportation Secretary Sean P. Duffy
This overhaul is a demonstration of our collective resolve. It unites industry titans, safety champions, and the families of Flight 5342’s victims in a shared vision for transformation. Their presence at the announcement was a powerful reminder that this is about honoring the past by building a safer tomorrow.
The time for half-measures is over. Floppy disks and relics of the 1980s have no place in a world-class ATC system. This issue demands unyielding bipartisan support—a cause that transcends politics and unites us in pursuit of excellence. The new system will empower air traffic controllers with the tools they deserve, ensuring our skies are ready for the dawn of drones, advanced air mobility, and beyond.
Let us hope our leaders rise to this moment with courage and determination. Let us deliver an air traffic control system that inspires awe and confidence for generations to come. For our children and grandchildren, the miracle of flight should be a source of wonder, not worry.
You can watch the full video of today’s announcement below.
International Airlines Group (IAG), the parent company of U.K. flag carrier British Airways, will purchase 32 Boeing 787-10 Dreamliners.
The announcement, first teased by US Commerce Secretary Howard Lutnick during a White House press conference on Thursday, 8 May, comes as part of a broader bilateral trade deal unveiled by President Donald Trump and British Prime Minister Keir Starmer.
The deal, worth nearly $13 billion (£9.8 billion), is a much-needed win for Boeing as it continues to recover from years of bad press and setbacks.
IAG and British Airways Bet Big on Long-Haul Demand
British Airways Boeing 787-10 Dreamliner in flight | IMAGE: British Airways
British Airways, part of IAG, is investing heavily in long-haul travel despite a recent dip in transatlantic demand. The Dreamliner deal also includes options for 10 more. Unrelated to the Dreamliner deal, IAH says British Airways will also acquire six Boeing 777-9s and six Airbus A350-1000s.
IAG, which also owns Iberia, Aer Lingus, and Spanish carriers Vueling and LEVEL, will purchase 21 Airbus A330-900neo aircraft with options for 13 additional units, valued at $8 billion, to strengthen the long-haul fleets of Iberia, LEVEL, and Aer Lingus.
British Airways, operating 294 aircraft to over 200 destinations, has a long history with Boeing, having flown nearly every Boeing model except the 707 and 727. Despite softer demand in the U.S. economy leisure segment, IAG reports strong North Atlantic premium product demand and maintains its 2025 forecast.
The British Airways Dreamliners will use General Electric engines, while Rolls-Royce engines will power the A330-900neos.
Secretary Lutnick also announced that the US would allow tariff-free imports of Rolls-Royce engines as part of the U.K.-US trade deal, though this does not affect the Dreamliner order. Deliveries are scheduled between 2028 and 2033, assuming no geopolitical or other delays exacerbate existing backlogs at Boeing and Airbus.
Boeing’s Very Good Day
Boeing rendering of a 777-9 and 777-8F in China Airlines livery | IMAGE: Boeing
Meanwhile, Boeing’s having a banner day. In a separate announcement, China Airlines confirmed it’s joining the 777X club with an order for ten 777-9 passenger jets and four 777-8F freighters, plus options for five more 777-9s and four 777-8Fs.
The Taiwanese carrier says the jets, including the 777-9—the world’s largest twin-engine jet—will boost capacity and range on long-haul routes to North America and Europe while slashing fuel consumption by 20%. With a max capacity of 426 passengers, these jets will be workhorses for China Airlines.
Boeing notes that over 520 777X jets have been ordered worldwide, signaling strong demand for the next-gen widebody.
Allegiant pilots recently issued a statement regarding negotiations between Las Vegas-based Allegiant Air and Mexican ultra low-cost carrier Viva (fka Viva Aerobus).
A union representing Allegiant pilots fears that a partnership would lead to significant layoffs, with Viva pilots taking over positions on Allegiant flights.
The two low-cost carriers have been discussing a partnership since 2021. Since then, however, there have been a number of significant setbacks, including the change of administrations following the 2024 US presidential election.
Allegiant Union: Our Pilots and Customers Deserve Better
Allegiant Airlines teamsters published a press release in late April strongly opposing a possible partnership between their airline and Viva.
According to the release, Allegiant is seeking government approval for the new partnership. The release’s primary concern is the possibility of giving ‘the majority of jobs and flying hours to Mexican crews with Viva’ at the chagrin of 1,400 Allegiant pilots within Teamsters Local 2118.
Teamsters General President Sean M. O’Brien didn’t hold his feelings back during the press release, calling the proposed partnership ‘un-American.’
‘We see Allegiant’s proposal for what it is –– a shameless attempt to lower our members’ standard of living, all to enrich Allegiant’s greedy executives…Allegiant pilots and customers deserve better than this carrier’s disrespect.’
Image: By NS777 from Wikimedia Commons
Teamsters Local 2118 Negotiations Chairman Captain Josh Alen also described what the airline would be like under a partnership with Viva:
‘While we support the development of new routes and business for Allegiant, their application with Viva Aerobus will kill American jobs and set a dangerous precedent in the airline industry…It is extremely insulting that Allegiant would threaten to outsource our work in the middle of contract negotiations. We will not rest until Allegiant recognizes the value we provide and protects our work here in the United States.’
Airlines in a Three-Year Struggle
Allegiant and Viva have been discussing a ‘trade alliance agreement’ since December 2021. The agreement would expand the networks of both airlines, and Allegiant would pledge $50 million in equity into its equivalent south of the border.
The agreement has been waiting for regulatory approval for years, and Teamsters Local 2118 requests that the Trump administration deny the motion for approval. Allegiant contacted the US Department of Transportation (DOT) on 4 April, requesting that it approve the motion.
An Allegiant spokesperson responded to questions from the media about the proposed partnership, saying:.
‘This alliance, if approved, will provide tremendous benefits to consumers seeking affordable, nonstop travel between the U.S. and Mexico…Allegiant currently doesn’t provide transborder flying, so this is an opportunity to expand our service into Mexico while giving our pilots a chance to fly new routes that are not otherwise available to them at this time.’
Allegiant’s brand new Boeing 737 MAX 8 | IMAGE: planespotters.net
The spokesperson also emphasized that pilots from Mexico are forbidden to operate U.S. domestic flights.
About Viva
Based on passenger numbers, Viva is Mexico’s third-largest airline and the 11th largest in North America. The carrier is located at Monterey International Airport in Apodaca, Nuevo León, Mexico. Launching in 2006 as Viva Aerobus, the carrier rebranded to simply ‘Viva,’ in October 2024.
Viva operates an all-Airbus fleet of 115 aircraft in the A320 and A321 families. The carrier serves 60 destinations across Mexico, the United States, Central America, and South America.
Within the United States, Viva serves:
Austin, TX (AUS)
Chicago (ORD)
Cincinnati (CVG)
Columbus, OH (CMH)
Dallas/Fort Worth (DFW)
Denver (DEN)
Houston (IAH)
Las Vegas (LAS)
Los Angeles (LAX)
Memphis (MEM)
Miami (MIA)
Nashville (BNA)
New York (JFK)
Oakland (OAK)
Orlando (MCO)
San Antonio (SAT)
San Diego (SAN)
Viva added seven new routes between the US and Mexico City’s new Felipe Ángeles International Airport (NLU) last month.
