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At the 2026 Farnborough International Airshow, Commercial Aircraft Corporation of China (COMAC) achieved a historic international breakthrough by securing a firm order from Air Cambodia for 20 C909 regional jets. The deal marks Air Cambodia as the inaugural foreign flag carrier to formally purchase and commit to operating the Chinese-built regional jet platform. The C909 […]
The United States Air Force has a couple of test Northrop Grumman B-21 Raiders that are blurring the line between testing and fielding. The B-21 Raider is expected to enter service in 2027, making it the world's first all-new strategic bomber to enter service since the B-2 Spirit entered service in 1997. China is also working to develop its Xi'an H-20 stealthy strategic bomber, but it is unclear when it will enter service.
The United States has the largest military in the world by far, operating over 13,000 aircraft across all of its branches (Air Force, Navy, Army, Marines, and Coast Guard). With this, the armed forces operate a significant number of older aircraft in addition to cutting-edge designs, while some manufacturers continue to produce aircraft first designed in the mid-20th century.
US-based ultra-low-cost carrier Allegiant Air is primarily known today for operating widebody twinjets from the Airbus A320 series. In fact, until recently, the airline had been an all-Airbus operator for several years, before its deliveries of the Boeing 737 MAX 8-200 began. However, prior to this spell, did you know that Allegiant Air also flew larger aircraft in the form of the 757 during the 2010s?
Today, Premium Economy has become one of the most important cabin classes in long-haul aviation. Airlines across the world now rely on the product to bridge the gap between economy affordability and business class comfort, offering wider seats, improved dining, and additional personal space for travelers willing to pay slightly more for a better experience.
Passengers looking out of a terminal window or the cabin window of a modern Airbus A320 might occasionally notice a quiet, unexpected sight as the aircraft maneuvers toward the terminal or pushes back from the gate. A completely stationary fan blade can often be seen, while the opposite engine hums with operational power. This guide explores the engineering, operational logic, and hidden systems behind single-engine taxi procedures on the A320 family and why this even happens in the first place.
The Airbus A350 is one of the most modern commercial aircraft in the skies today. However, beneath the aircraft's sleek exterior lies more than just passenger seating and gleaming cabin finishes. Indeed, some of the A350's secrets rest far away from the public eye, tucked away behind closed doors and hidden beneath the flight deck.
US manufacturer Honeywell Aerospace opened the Farnborough air show on 20 July by announcing a massive component deal with Indian carrier IndiGo. The airline will equip 810 incoming Airbus A320neo-family jets with Honeywell Aerospace’s avionics and power systems. Honeywell will also support those components in the aftermarket. The agreements mark a major win for newly independent Honeywell Aerospace, which completed its separation from longtime parent Honeywell in June. “This agreement represents the largest new-aircraft-selectable equipment win in Honeywell Aerospace history, accelerating the company’s expansion,” Honeywell says. The aerospace giant will supply the weather radars, traffic collision and avoidance systems, flight management systems and 131-9A auxiliary power units found on IndiGo’s incoming aircraft. “The scale of IndiGo’s fleet expansion – and their decision to rely on Honeywell Aerospace’s advanced products – underscores the strength of our technology and demonstrates the confidence customers place in Honeywell Aerospace,” says Honeywell president of global commercial aftermarket services Anthony Florian. IndiGo chief executive designate Willie Walsh adds that the agreement will support the carrier’s ongoing “transformation into a truly global airline” and support Indigo’s “reliability, operational excellence and seamless customer experience”. IndiGo has more than 300 A320s already in service and another 70 in storage, and its 810 outstanding orders include A320neos and A321neos, Cirium fleets data shows.
US-based ultra-low-cost carrier Allegiant Air is primarily known today for operating widebody twinjets from the Airbus A320 series. In fact, until recently, the airline had been an all-Airbus operator for several years, before its deliveries of the Boeing 737 MAX 8-200 began. However, prior to this spell, did you know that Allegiant Air also flew larger aircraft in the form of the 757 during the 2010s?
Today, Premium Economy has become one of the most important cabin classes in long-haul aviation. Airlines across the world now rely on the product to bridge the gap between economy affordability and business class comfort, offering wider seats, improved dining, and additional personal space for travelers willing to pay slightly more for a better experience.
For years, small communities occupied a unique place in Delta Air Lines' network. Travelers from cities served by the 50-seat Bombardier CRJ200 often accepted cramped cabins, limited amenities, and frequent connections because loyalty delivered tangible rewards. Frequent regional flyers accumulated Medallion status through repeated trips, received complimentary upgrades on connecting flights, and benefited from priority treatment during disruptions. That long-standing tradeoff has now been disrupted by two major changes that arrived almost simultaneously. Delta retired its CRJ200 fleet in late 2023, replacing the aircraft with larger dual-class regional jets such as the CRJ700, CRJ900, Embraer E175, and eventually the CRJ550. Although several CRJ200s briefly returned during the summer of 2024 to cover temporary fleet shortages, the airline's long-term strategy remains centered on fewer, fuller aircraft that offer a more premium onboard experience. At nearly the same time, Delta overhauled its SkyMiles Medallion program by making Medallion Qualification Dollars (MQDs) the primary path to elite status, shifting the emphasis from how often customers fly to how much they spend.
Denver-based carrier joins growing list of North American airlines to opt for the SpaceX service. Frontier Airlines is to install SpaceX's Starlink in-flight Wi-Fi service on its entire fleet as part of a programme that will see five Indigo Partners-backed carriers equip more than 1,000 aircraft with the system. European budget carrier Wizz Air, Mexico's Volaris, Latin America's JetSmart and Philippines-based Cebu Pacific will also install Starlink on their aircraft. "Starlink will provide our portfolio airlines with reliable, high-speed connectivity," says Indigo Partners managing partner Bill Franke. A Frontier spokesperson confirms to FlightGlobal that all 183 of the carrier's Airbus A320s and A321s will be equipped with Starlink. The first Starlink-equipped aircraft is scheduled to launch in early 2027. Further details on how long the full roll-out will take are still "to come", adds the spokesperson. Frontier becomes the latest in a string of North American carriers to select SpaceX's low-Earth orbit (LEO) satellite-based in-flight connectivity service . Air Canada, Alaska Airlines, American Airlines, Hawaiian Airlines, Southwest Airlines, United Airlines, WestJet and charter carrier JSX have all opted to install Starlink across their fleets. Delta Air Lines and JetBlue Airways, meanwhile, have both selected Amazon's competing Leo service. Frontier says it will be the first US carrier to offer passengers access to Starlink through "a new service managed directly by Starlink". FlightGlobal has approached SpaceX for more information about this service. Starlink uses a network of LEO satellites to provide low-latency global coverage, including across polar regions. Both Starlink and Amazon Leo have been taking market share from incumbent satellite providers , which have traditionally focused on satellites in geostationary orbit. Those providers are increasingly offering multi-orbit solutions to airlines in response.
For years, the Airbus A319 occupied an important niche in the European manufacturer’s single-aisle family. It offered airlines the commonality of the larger A320 while providing fewer seats for thinner routes, making it popular with carriers such as easyJet, American Airlines, United Airlines, Lufthansa and British Airways. When Airbus launched the A320neo family in 2010, it naturally included an updated A319neo. Yet, more than a decade later, the smallest member of the family has become little more than a footnote. Instead, the Airbus A220 has emerged as the aircraft of choice in the 100-150 seat market, to the point where Airbus executives are increasingly positioning it as the company’s smallest mainstream narrowbody, leaving the A319neo with only a tiny order book. So why did this happen? The A319neo Was Never Designed for This Market The biggest challenge facing the A319neo is that it wasn’t designed from scratch. Like the A318, A319, A320 and A321 before it, the A319neo is based on a fuselage that first flew in 1987. While the addition of new engines, sharklets and aerodynamic improvements significantly reduced fuel burn, the aircraft remained a shortened version of a larger design. That brings inevitable compromises. The aircraft carries much of the same wing, landing gear and systems as its larger siblings, meaning its structural weight is relatively high for the number of passengers it carries. Those costs are spread across fewer seats than an A320neo or A321neo, making the economics less attractive. By contrast, the A220 was conceived specifically for this market. Originally developed by Bombardier as the CSeries , it was designed around modern lightweight structures, advanced aerodynamics and Pratt & Whitney geared turbofan engines from the outset. Every aspect of the aircraft was optimised for carrying between around 100 and 150 passengers efficiently. Airlines Want Efficiency Above All Else For airlines, cost per seat is everything. Although the A319neo delivers substantial fuel savings over the previous-generation A319ceo, it simply cannot match the purpose-built efficiency of the A220 on many missions. The A220 is lighter, burns less fuel per passenger on typical short- and medium-haul sectors, and offers lower operating costs in the market segment that both aircraft target. For airlines looking to replace ageing Airbus A319s, Boeing 737-700s, Embraer 190s or regional jets, the A220 increasingly became the obvious choice. Passengers Prefer the A220 The A220 hasn’t just won over airlines, it has also become a favourite with passengers. Its five-abreast cabin (2-3 seating) means there is only one middle seat in each row, while wider seats, larger windows, lower cabin noise and generous overhead bins create a noticeably more modern travelling experience. Airbus says the A220 consistently achieves some of the highest passenger satisfaction scores among airline fleets, making it attractive not only for operating economics but also for customer experience. The Market Has Moved Upwards Ironically, another factor has worked against the A319neo: airlines now want larger aircraft. As airports become busier and pilot shortages persist in many regions, airlines increasingly maximise each slot by using larger aircraft. Within Airbus’ own product line, the A321neo has become the runaway success story, attracting the majority of new orders, while the A320neo continues to dominate the middle of the market. The A319neo has effectively been squeezed from both directions. Airlines needing around 140 seats increasingly favour the A220-300, while those wanting more capacity simply move up to the A320neo or A321neo. There is very little room left in the middle for the A319neo. Orders Tell the Story Perhaps the clearest evidence comes from the sales figures. The A319neo has attracted only a handful of orders compared with its larger siblings, with several customers converting their commitments to larger A320neo-family aircraft instead. Today, only a small number are in airline service, primarily with operators in China. The A220, meanwhile, has enjoyed steadily growing success since Airbus took over the former Bombardier programme in 2018. The family has now surpassed 1,000 firm orders and is operated by airlines including Delta Air Lines, Air France, JetBlue, airBaltic, Swiss and Air Canada, with Airbus continuing to ramp up production. Could the A220 Become Even More Important? The A220’s influence may not stop here. Airbus is actively studying a stretched A220-500 , which would add around five additional rows of seating and move the aircraft closer to today’s A320neo in capacity. Airline interest has been strong, and Airbus has indicated it is evaluating what it describes as a relatively “simple” stretch once production of the existing variants reaches higher rates. If launched, the A220-500 could place even greater pressure on the lower end of the A320neo family, reinforcing the A220’s position as Airbus’ dedicated aircraft for the smaller single-aisle market. The Right Aircraft at the Right Time The A319neo isn’t a poor aircraft. In many ways, it is exactly what Airbus intended it to be: a modernised version of a proven airliner. The problem is that the market changed. Airlines no longer wanted a shortened derivative when a clean-sheet alternative existed that offered lower operating costs, a better passenger experience and performance tailored specifically to the 100-150 seat sector. For Airbus, acquiring the Bombardier CSeries programme may prove to have been one of its smartest strategic decisions. Rather than forcing the A319neo to compete in a market for which it was never truly optimised, the manufacturer now has an aircraft purpose-built for the role. As a result, the A220 hasn’t merely complemented the A319neo, it has effectively replaced it.
A German resident of Turkish descent was arrested upon landing on a flight from Turkey to Germany, after he refused to sit next to a female seat mate, only to then punch the flight attendant when she tried to help with the situation. The guy then proceeded to insult police officers in Turkish, leading to even more charges… talk about awful behavior. Passenger causes commotion on Turkey to Germany flight German media is reporting on an incident that happened on June 1, 2026, on a flight from Samsun, Turkey (SZF), to Dusseldorf, Germany (DUS). This happened on a SunExpress flight, with that being a leisure airline that's a joint venture between Lufthansa and Turkish Airlines. According to reports, the 29-year-old man ended up in a situation where he was sitting next to a female, which he wasn't comfortable with, claiming it was in violation of Sharia law. When the flight attendant confronted him, he reportedly punched her in the face. German Federal Police were called to the airport in Dusseldorf shortly before 7AM, to take a report of the assault. A criminal complaint was subsequently filed. The passenger confessed to the crime, though the conversation didn't go smoothly. The man reportedly insulted the police officers in Turkish, thinking they wouldn't understand. However, since one of the officers spoke Turkish, the man received an additional charge of insult, beyond his charge of assault. One detail that's not known is the context in which he ended up sitting next to a woman. Like, how did this incident only happen while the plane was in the air, and not on the ground in Turkey, before departure, since presumably he would've been offloaded at that point? This incident happened on a SunExpress flight This situation is obviously terrible on all levels Even as someone who isn't really religious, I think people are entitled to there sincerely held religious beliefs. However, if your religious beliefs impact the ability of others to go about their day, I think it's on the person with the religious beliefs to make accommodations, rather than putting that burden on others. On the topic of Sharia law, as you'd expect, different people have different interpretations. The idea is that direct contact and interaction with the opposite gender (if not related by blood, marriage, etc.) is only allowed for necessity. I guess the idea here is that if you're sitting next to someone on a plane you could accidentally touch, and that was presumably an issue for him. Now, let me point out that not all people with that general belief system interpret things that way, and many will view it as being fine to sit next to someone of the opposite gender on a plane. If this is really how the guy felt, he should've purchased an extra seat (which SunExpress allows) to prevent any potential touch. Of course the irony here is that he was so concerned about inadvertently making contact with a female, only to then… slap a female, which I'm pretty sure would qualify as direct contact. Then the icing on the cake here is that he insulted the police officers, which is a criminal offense in Germany, and it can even lead to imprisonment. Ouch all around… This guy should've purchased an extra seat, if it was so important Bottom line A passenger on a SunExpress flight had quite the meltdown, when he first refused to sit next to a woman, only to then punch the flight attendant when she tried to intervene. When the flight was met by police in Germany, he then insulted the officers, which is also a crime in Germany. While I respect sincerely held religious beliefs, this guy was 100% in the wrong on all counts here, and I imagine he'll be held accountable for his behavior. What do you make of this flight seating incident?
Both aircraft were at same cruise altitude on bidirectional airway in Canaries airspace. Spanish investigators are probing an indecent in which a Boeing 787-9 and an Airbus A321XLR took evasive action while travelling head-on along the same airway at the same cruise altitude. The aircraft were converging from opposite directions at 36,000ft on airway N857, according to preliminary information from Spanish investigation authority CIAIAC. CIAIAC identifies the aircraft involved as an Iberia A321XLR (EC-OLE), heading northeast, and an Air Europa 787 (EC-NBM). According to documents from Spanish air navigation service Enaire and a collision-risk analysis from Eurocontrol, airway N857 is bidirectional. Aircraft flying the even-numbered cruise altitude of 36,000ft would typically be southbound on this airway – like the 787 – with northbound aircraft occupying odd-numbered levels. CIAIAC states that the 10 July incident occurred in darkness, between the waypoints ETIBA and BIPET within oceanic airspace of the Canaries upper information region. This section of the airway lies some 70nm off the coastline of the territory of Western Sahara. CIAIAC says the aircraft were "at the same flight level, flying on the same airway in the opposite direction", but has not elaborated on how they came to be in conflict. The inquiry says the conflict was resolved by the collision-avoidance systems on both aircraft, leading the A321XLR to descend by 500ft and the 787 to climb by 400ft. None of the 454 passengers and 18 crew members on board the jets was injured.
The Federal Aviation Administration (FAA) is once again letting Boeing consistently issue airworthiness certificates for new 737 MAXs and 787s, years after that was yanked due to production quality issues. This is good news from an efficiency standpoint, but can Boeing be trusted? FAA allows Boeing to issue airworthiness certificates again Effective immediately, the FAA is once again allowing Boeing to issue its own airworthiness certificates for new 737 MAX and 787 aircraft. This is a major development for Boeing, as the aerospace giant had these privileges yanked in 2019 for the 737 MAX, and in 2022 for the 787. For some background, Boeing has of course been under incredible regulatory scrutiny in recent years, and for good reason. First there were the two fatal 737 MAX crashes in 2018 and 2019 (Lion Air and Ethiopian Airlines), and then we've seen all kinds of additional quality control issues with both the 737 MAX and 787. As part of the increased oversight, Boeing's ability to self-certify the airworthiness of new aircraft was taken away. In other words, Boeing couldn't just say that its planes were safe, but it had to actually prove it to regulators, before they'd sign off on that. The concept of self-certifying planes is possible through the FAA's Organization Designation Authorization (ODA) program, which allows authorized organizations to perform certification functions on behalf of the FAA, such as issuing airworthiness and production certifications for aircraft. So the FAA is now once again delegating this to Boeing, so Boeing can decide if an aircraft is safe to operate. Getting to this point has been a process. As of late September 2025, the FAA started to allow Boeing to issue its own airworthiness certificates, but only on alternating weeks. The idea was then to see if there was any difference in production quality for the planes certified directly by Boeing, rather than by the FAA. The FAA claimed that there was no difference in quality. Boeing can again issue its own airworthiness certificates The FAA claims that it's confident in Boeing's quality The FAA claims that safety drives everything that the organization does, and the FAA is only allowing this step because it's confident that it can be done safely. This decision follows a thorough review of Boeing's ongoing production quality, and will reportedly allow FAA inspectors to focus additional surveillance on the production process. For example, there will be more FAA inspectors observing critical assembly stages, examining trends, ensuring Boeing mechanics are performing work to approved type design and engineering requirements, and assessing all activities for Boeing's continuous improvement of its Safety Management System (SMS). Inspectors will also observe Boeing's safety culture, ensuring that Boeing employees can report safety issues without fear of retribution. Here's what FAA Administrator Bryan Bedford had to say about this development: "Safety drives everything we do, and this step forward is only possible because we are confident it can be done safely. Our inspectors will continue rigorous oversight of Boeing's production while focusing more of their time where it has the greatest impact—identifying and addressing potential risks earlier in the manufacturing process." I'm sure people will have conflicting takes on this, with many thinking it reflects the current administration's anti-regulation attitude. I don't have a terribly strong take on this, though this is definitely positive news in terms of Boeing being able to deliver planes more efficiently, which has been a massive issue for the company in recent years. Can Boeing be trusted to self-certify planes in this way, given its track record? I mean, I don't think any for-profit, publicly traded company can be "trusted." However, I do believe that the top executives at Boeing now finally have the mandate to focus on quality and long term sustainability over short term profits, so in that sense, I do think progress has been made. Hopefully this represents Boeing turning a corner in a positive way, though only time will tell. Let's hope this all works out well for air travelers Bottom line Boeing has regained the ability to consistently issue airworthiness certificates for new planes. These are privileges that were taken away in 2019 for the 737 MAX, and in 2022 for the 787. As of late 2025, we saw Boeing regain the ability to issue airworthiness certificates on alternating weeks, and now it can do so consistently. The FAA claims that it's confident in Boeing's quality improvements, and that resources would better be put into oversight of Boeing in other areas. We'll see how this plays out, but it should be good news in terms of the pace at which planes are delivered. What do you make of Boeing regaining the ability to self-certify its aircraft?
Cathay brought together 80 students from Hong Kong and the Chinese mainland on July 15, 2026, for a joint aviation education program in Chengdu, the first time the airline's I Can Fly initiative has combined participants from both regions into one cohort. The program, called I Can Fly Youth Academy, is part of Cathay Pacific's broader I Can Fly initiative, which the airline has run since 2003. Since then, more than 8,800 students have gone through the program, with a number of them going on to build careers in aviation. This year's edition, developed in partnership with the China Soong Ching Ling Foundation, also coincides with Cathay's 80th anniversary. A trip spanning three cities Cathay said that rather than staying in one place, the students will move through Chengdu, Hong Kong, and Adelaide over the course of the program, with each stop built around a different side of the aviation industry. In Chengdu, students are visiting aviation facilities and training institutions, including the AVIC Chengdu Aviation Theme Education Base, the Civil Aviation Flight University of China, and the University of Electronic Science and Technology of China, getting a look at how the aviation sector and its talent pipeline have developed on the mainland. From there, the group heads to Hong Kong, where the focus shifts to how a major international aviation hub actually runs. Visits are planned to Cathay City, the Civil Aviation Department, and Hong Kong Aircraft Engineering Company, covering everything from flight operations and engineering to cabin service. Students who stand out during the program will get an additional opportunity: a trip to Adelaide, Australia, where they'll get international exposure and the chance to meet working aviation professionals. Building connections through aviation The launch ceremony in Chengdu drew a mix of officials and representatives, including China Soong Ching Ling Foundation Secretary-General Chen Hongqu, government officials from Sichuan, and Cathay's Chief Customer and Commercial Officer Lavinia Lau. Lau described the program as central to how the airline approaches youth development, noting that Cathay has watched participants use it over the years to broaden their horizons and pursue new paths. She said extending the academy to Chengdu, and bringing students from both regions together for the first time, marked a meaningful step for the program. Chen echoed that sentiment, framing the collaboration as a way to give young people in Hong Kong and the mainland more chances for cross-cultural exchange through hands-on experience. Part of a broader push The I Can Fly Youth Academy is one piece of a larger set of youth-focused programs Cathay runs, alongside initiatives like Cathay Young Explorers, its Cadet Pilot Training Programme, and the Cathay Hackathon. Together, the airline says, these programs are meant to support aviation education and talent development across Hong Kong and the mainland. The academy also fits into a wider community commitment Cathay has set for the year: an aim to reach 80,000 people in 2026 through programs centered on youth development, sports, and arts and culture. RELATED Cathay Pacific marks first batch of cadet pilots from in-house training program
Sporty's Pilot Shop, a powerhouse provider of aviation supplies and educational support, has announced a new partnership with Jeppesen ForeFlight . Sporty’s will now distribute aviation education products for pilots who wish to use the technology to its fullest capacity. According to Sporty's, the company now offers a broad portfolio of Jeppesen ForeFlight education products, including a plethora of resources such as training manuals, test guides, syllabi, logbooks, books, e-books, and online courses. Sporty's, based in Batavia, Ohio, has been supporting pilot education for some 60 years. Founded by the late Hal Shevers, what started as a pilot supply store is now known as one of the more robust online training programs in the country with innovative digital platforms to help pilots get their education wherever and whenever it is convenient for them. READ MORE: Single Father and Flight Instructor Awarded $2,500 Sporty's Scholarship READ MORE: uAvionix and Jeppesen's SkyPlay Brings ForeFlight to Cockpit Elrey Jeppesen was a commercial pilot in the early days of aviation when aerial navigation involved using road maps—which were very basic at the time—and flying by water towers in cities and towns to determine where you were. Jeppesen made extensive notes about the airports he visited, noting landmarks like buildings and railroad tracks along with prominent natural features. In 1934 he began mass-producing his navigation charts and selling them to pilots. Today Jeppesen ForeFlight is one of the aviation industry's most-trusted names in pilot training and flight operations. Sporty's Pilot Shop is integrating Jeppesen ForeFlight into its educational offerings. [Credit: Sporty's Pilot Shop] "Pilots have trusted both Sporty's and Jeppesen ForeFlight throughout their aviation journeys for decades," said Doug Ranly, vice president and aviation brand leader at Sporty's, in a news release. "Bringing Jeppesen ForeFlight's respected education products together with Sporty's training platform and customer experience creates a natural partnership that makes it easier than ever for pilots and flight schools to access the resources they need to succeed." In addition to serving individual pilots, Sporty's also provides distribution of Jeppesen ForeFlight education products to aviation retailers, flight schools, and other authorized resellers through its dealer network, creating a single source for materials across the general aviation community. The complete catalog of Jeppesen ForeFlight education products can be found here . Aviation businesses and resellers can learn more about dealer opportunities through Sporty's dealer program here .
Every day, the team at Aircraft For Sale chooses an airplane that catches our attention because it is unique, a good deal, or has other qualities we find interesting. You can read Aircraft For Sale: Today's Top Pick at FLYINGMag.com daily. Today's Top Pick is a 2007 Diamond DA40. Standing out in the aviation landscape with its aerodynamically efficient composite construction, the Diamond DA40 has cultivated a stellar reputation as a highly capable and forgiving platform. This 2007 Diamond DA40-FP Diamond Star presents an exceptional opportunity for first-time aircraft owners or flight schools looking to acquire a reliable, economical cross-country machine. The airframe boasts 5,870 hours total time since new (TTSN) and a clean pedigree with no known damage history and completely intact logbooks. Sitting in the pilot's seat reveals an advanced instrument layout centered around a fully integrated Garmin G1000 flight deck, offering phenomenal situational awareness for IFR operations. The dual 10-inch primary and multi-function displays are supported by dual Garmin GIA 63 integrated radio modules, a GRS 77 solid-state AHRS, and a GTX 335R transponder. While configured as a non-WAAS setup without an autopilot, the panel provides an exceptional environment for building genuine stick-and-rudder instrument proficiency. The cockpit is outfitted with several thoughtful utilitarian touches designed for comfort and practicality. The installation of a larger factory-style bubble canopy provides significantly increased headroom, making it ideal for taller pilots or demanding flight school operations. Further cabin refinements include a four-way baggage compartment system, canopy vent window scoops, dual USB power ports, and a convenience package featuring integral cupholders and large-capacity side pockets. 2007 Diamond DA40 [Credit: Aerista] Moving beyond the sleek composite lines, the nose section houses a proven and dependable Lycoming IO-360 powerplant that consistently delivers economical operation and predictable performance. Providing a respectable 829-pound useful load, this aircraft is further enhanced by several valuable upgrades, including a Power Flow tuned exhaust system that maximizes efficiency and a Plane-Power heavy-duty alternator. A pre-installed EZ Heat engine pre-heater ensures the powerplant is protected during cold-weather operations. Underscoring its readiness for immediate flightline duty, the aircraft is backed by a fresh annual inspection recently completed in January 2026. This thorough checkup guarantees mechanical integrity and dispatch reliability right out of the gate, with the ELT inspection not due until May 2027. Listed at $224,900 , this Colorado-based 2007 Diamond DA40-FP Diamond Star provides an affordable and highly attractive pathway into modern composite aircraft ownership. If you're exploring ownership options, FLYING Finance can help get you airborne. Use our airplane loan calculator to estimate your monthly payments, or connect with an aviation finance expert at flyingfinance.com . FLYING Magazine: Diamond's DA40 NG Just Might Be What the General Aviation Market Is Clamoring For FLYING Magazine: Diamond Offers a Year's 'Free Flying' for DA40 Buyers FLYING Magazine: UNSW School of Aviation Expands Diamond Fleet Plane + Pilot : Rediscovering the Diamond DA40 Plane + Pilot : Diamond DA40 XL: Polishing the Diamond Star Plane + Pilot : Diamond Aircraft to Build Electric DA40 Model The Aviation Consumer: Used Aircraft Guide: Diamond DA40 Star The Aviation Consumer : Diamond DA40 Star
The logistics-focused rotorcraft is derived from Beta’s fully electric A250 vertical take-off and landing crewed aircraft. Electric aircraft manufacturer Beta Technologies has unveiled a new military-focused variant of the company’s A250 vertical take-off and landing aircraft. Revealed at the 2026 Farnborough air show, the MV250 features a number of significant changes to the fully electric A250 VTOL, including a new hybrid-electric propulsion system and autonomous flight capability. The MV250 features a similar outer mould shape to the crewed A250 but eliminates the two cockpit pilot stations and passenger compartment. Beta says the design will offer a repositioning range of 1,300nm (2,400km) with a tactical range of 250nm and a 907kg (2,000lb) payload. "The basic physics of the MV250 enable significantly longer range, higher speed and a lower cost of operations when compared to tiltrotor and legacy platforms," says Beta founder and chief executive Kyle Clark. Beta is flight testing the crewed A250, which FlightGlobal observed at the company’s Vermont headquarters in June. The conventional take-off and landing CX300 is further along in the certification process, having recently begun limited commercial operations under a new FAA pilot programme for eVTOL aircraft. The two aircraft share 80% commonality, including nearly identical cockpits and flight controls. Although its commercial designs are fully electric, Beta opted for a hybrid-electric drivetrain for the MV250, reflecting the specific tactical needs of miltiary operators. The company says a hybrid approach retains the high reliability and low maintenance attributes of an electric engine, while offering increased range and the ability to produce ground-based power. Beta partnered with propulsion specialist GE Aerospace to develop the turbogenerator engine for the MV250. The design is based on GE’s proven T700 turboshaft, which powers the Sikorsky UH-60 Black Hawk and Boeing AH-64 helicopters, among others. “We're bringing our expertise in electrical power and advanced propulsion systems to build the turbogenerator that ultimately unlocks greater range and mission flexibility,” says Amy Gowder, CEO of defence & systems for GE Aerospace. “This collaboration reflects the potential of hybrid systems to advance military logistics capability,” she adds. Beta envisions the MV250 as a utility platform that will move equipment, munitions, and medical supplies. The uncrewed flight capability will be delivered by Sikorsky’s Matrix system, which has already proved the ability to autonomously pilot rotorcraft, including the Black Hawk and the company’s developmental Noman rotor-blown-wing uncrewed aerial system. "We view the dual-use hybrid-electric MV250 as a unique and complementary capability to Sikorsky's UAS platforms,” says Rich Benton, Sikorsky’s general manager. Beta is actively assembling both CX300 and A250 aircraft at its Burlington, Vermont, factory. The CX300 will participate in this year’s Farnborough flying display after making its airshow debut in Paris last year. Just before Farnborough, one of the Beta CTOLs flew in NATO’s Aurora 26 military exercises in Sweden, logging 30 sorties in a logistics support role.
The United States Air Force has a couple of test Northrop Grumman B-21 Raiders that are blurring the line between testing and fielding. The B-21 Raider is expected to enter service in 2027, making it the world's first all-new strategic bomber to enter service since the B-2 Spirit entered service in 1997. China is also working to develop its Xi'an H-20 stealthy strategic bomber, but it is unclear when it will enter service.
The United States has the largest military in the world by far, operating over 13,000 aircraft across all of its branches (Air Force, Navy, Army, Marines, and Coast Guard). With this, the armed forces operate a significant number of older aircraft in addition to cutting-edge designs, while some manufacturers continue to produce aircraft first designed in the mid-20th century.
