Embraer and Azorra Sign Deal for 15 Additional E195-E2 Aircraft

Embraer and aircraft leasing firm Azorra have announced a new agreement for the firm order of 15 E195-E2 aircraft, accompanied by purchase rights for an additional 15 jets if needed.

With this latest commitment, Azorra’s total firm order for the E2 program rises from 39 to 54 aircraft. This transaction marks the third time Azorra has increased its order since first committing to the E2 platform in December 2021.

Beyond its impact on Azorra’s fleet, the order marks a major milestone for the manufacturer: the transaction officially pushes the total number of orders for the Embraer E2 program past the 500-aircraft mark. Since its introduction, the E2 family has gained traction across the global aviation market, with more than 200 aircraft currently in service across 24 airline operators.

John Evans, CEO of Azorra, cited persistent global demand for mid-sized, fuel-efficient aircraft as the primary driver behind the additional investment.

"Our continued investment in Embraer's E2 family reflects the strong demand we are seeing from airlines around the world for right-sized, fuel-efficient aircraft," Evans said. "The E2 has proven to be an ideal solution for airlines seeking to open new markets and modernize their fleets while enhancing the passenger experience."

Evans added that the acquisition represents a double milestone, noting that Azorra’s own firm orderbook for the E2 now exceeds 50 aircraft, a reflection of the firm's confidence in the program's long-term viability.

Arjan Meijer, president and CEO of Embraer Commercial Aviation, underscored the significance of the achievement for the manufacturer. "Azorra has been an important partner in the global success of the E2, and this latest order is another strong endorsement of the aircraft’s outstanding economics, performance and passenger appeal," said Meijer. "Surpassing 500 E2 orders is a proud moment for Embraer and reflects the growing momentum behind right-sized, fuel-efficient aircraft."

The E195-E2, the largest aircraft in Embraer’s commercial lineup, is positioned as a solution for airlines seeking to balance operational efficiency with environmental sustainability. The aircraft is designed with a two-by-two seating configuration—eliminating middle seats—and is noted for its reduced emissions and quiet operation.

Video: NASA’s X-59 Aircraft 'Quietly' Achieves First Supersonic Flight

NASA’s experimental X-59 aircraft reached a major aeronautical milestone on Friday, successfully breaking the sound barrier for the first time. The flight marks a crucial step forward in the space agency's efforts to demonstrate “quiet” supersonic technology that could eventually reshape the landscape of commercial aviation.

Test pilot Jim “Clue” Less navigated the aircraft through an 81-minute flight, taking off from and returning to Edwards Air Force Base. During the mission, the X-59 reached a top speed of Mach 1.1—approximately 713 miles per hour—at an altitude of 43,400 feet.

The successful flight is part of NASA’s ongoing Quesst mission, which seeks to mitigate the loud, disruptive sonic booms typically associated with supersonic travel. The X-59 is designed to replace that boom with a muffled “thump,” a development that researchers hope will lead to the lifting of current bans on supersonic flight over land.

NASA Administrator Jared Isaacman commended the program's progress, noting that the team has completed 16 flights in the last 90 days. “The X-59 is getting ready for its quiet supersonic debut,” Isaacman said, highlighting the partnership between NASA and Lockheed Martin’s Skunk Works division. “In the coming days, we expect to take the next step and push to Mach 1.4.”

During Friday’s test, the X-59 was accompanied by a NASA F-15 chase plane, which monitored the experimental craft’s performance. Because the F-15 produces a traditional sonic boom, the specific "quiet" signature of the X-59 could not be isolated during this initial supersonic test.

The project has also received attention from federal leadership. Michael Kratsios, director of the Office of Science and Technology Policy, described the flight as a “testament to America’s enduring leadership in science, engineering, and aerospace innovation,” adding that the achievement supports ongoing efforts to enable future commercial supersonic flight markets.

The program’s next critical phase is scheduled for the coming days, when the aircraft is expected to reach its baseline mission conditions: a cruising speed of Mach 1.4 (925 mph) at an altitude of 55,000 feet.

Once the aircraft is fully operational, NASA plans to fly the X-59 over various U.S. communities to gather data on public perception of its acoustic profile. This data will be presented to U.S. and international regulators to establish new, data-driven noise standards. If successful, these standards could pave the way for a new generation of commercial aircraft that offer significantly reduced flight times for long-distance travel.

As the X-59 continues its test rhythm, it remains the centerpiece of NASA’s efforts to demonstrate that the sound barrier can be broken without the environmental disturbance that effectively grounded previous supersonic commercial efforts, such as the Concorde. 

Private Jet Charter Operator Convicted in $15 Million Fraud Scheme

A Maryland businessman was convicted in federal court on Wednesday for orchestrating a sophisticated fraud scheme that cheated customers of approximately $15 million under the guise of an exclusive private aviation investment opportunity.

Patrick Britton-Harr, 43, the owner and operator of the private jet charter company AeroVanti, was found guilty by a jury on six counts of wire fraud.

According to evidence presented during the trial, Britton-Harr solicited AeroVanti members to participate in a "Top Gun" membership program. The scheme invited customers to pay an upfront fee of $150,000 to help the company acquire new aircraft. In exchange for these payments, members were promised access to a block of discounted flight hours and assurances that their funds would be secured by placing aircraft titles in escrow.

Prosecutors established that while members collectively contributed $15 million under the impression they were financing the purchase of five specific aircraft, the planes were never acquired as promised. Instead, the court heard that Britton-Harr diverted the funds to bankroll a lavish lifestyle. Evidence showed the money was used to purchase luxury items, including yachts and jewelry, cover personal living expenses, and pay for a $10,000-per-month rental property near Tampa, Fla.

Furthermore, investigators revealed that Britton-Harr attempted to conceal the depletion of these funds by securing a $1.5 million loan to purchase one of the aircraft he had previously claimed to have already bought with customer funds. He reportedly withheld material information from the lender to secure that financing.

"Patrick Britton-Harr stole millions of dollars from his customers by lying to them about how he would use and protect their money," said Assistant Attorney General A. Tysen Duva of the Justice Department’s Criminal Division. "He used his business as a front to fraudulently induce his clients to make down payments for services never provided. Meanwhile, he bought yachts, expensive jewelry, and lined his own pockets."

The conviction carries a significant potential penalty. Each of the six wire fraud counts holds a maximum sentence of 20 years in federal prison. A sentencing date for Britton-Harr has not yet been scheduled.

The legal challenges for the Annapolis resident may continue beyond this case. In May 2025, Britton-Harr was separately indicted on multiple counts of health care fraud and money laundering. Prosecutors allege he participated in a scheme to fraudulently bill Medicare for high-cost respiratory tests. That trial is scheduled to begin in October.

Low-flying aircraft monitor radiation levels in Dallas prior to 2026 FIFA World Cup

The U.S. Environmental Protection Agency (EPA) is planning a series of low-altitude survey flights over the Dallas-Fort Worth area as part of ongoing security preparations for the 2026 FIFA World Cup.

The flights, scheduled for June 3, June 28, and July 13, are designed to establish baseline radiological readings in the region. The data collected will assist federal and local authorities in preparing for the high-profile sporting events slated to take place at the Dallas Stadium in Arlington and the Fair Park/Cotton Bowl area in Dallas.

To gather the information, the EPA will utilize its Airborne Spectral Photometric Environmental Collection Technology (ASPECT) aircraft. Residents and visitors in the greater downtown Dallas area should expect to see the specialized aircraft flying at low altitudes; however, officials emphasized that these flights are a routine part of federal emergency preparedness and do not indicate a specific threat.

The flights are the result of a multi-agency collaboration involving the North Texas FIFA World Cup Organizing Committee, the City of Arlington, the City of Dallas, the FBI’s Dallas Field Office, DFW TRACON, and the U.S. Department of Homeland Security.

The EPA stated that these surveys are a standard precautionary measure to ensure the safety of large-scale international events. By establishing a radiological baseline well in advance of the 2026 tournament, officials aim to enhance their ability to respond effectively to any potential environmental or security concerns during the World Cup.

As the host cities continue their preparations for the tournament, authorities maintain that the security of spectators and participants remains a primary focus. No major disruptions to air traffic or public activities are expected during these scheduled data collection windows.

Textron Aviation’s Cessna Citation M2 Gen3 Completes First Flight, Targets 2027 Entry

Textron Aviation Inc. has reached a significant milestone in the development of its latest light jet program as the Cessna Citation M2 Gen3 prototype successfully completed its maiden flight. The successful test marks the beginning of an expanded flight-testing phase aimed at securing Federal Aviation Administration certification and meeting a projected entry-into-service date in 2027.

The first flight lasted 2.7 hours, during which pilots Andrew Thorson and flight test engineer Tanner Towns evaluated the aircraft’s handling characteristics and core systems. The prototype reached a maximum altitude of 41,000 feet and a top speed of 263 knots during the operation.

“The aircraft systems and software performed as intended throughout the flight, with all validation checks completed successfully, contributing to a smooth and uneventful flight,” Towns said following the landing.

Advancing Light Jet Technology

The M2 Gen3 represents the latest evolution in the Cessna Citation family, reflecting Textron Aviation’s ongoing investment in the light jet segment. A primary feature of the new model is the integration of Garmin Emergency Autoland technology, a safety feature that provides peace of mind for both pilots and passengers by enabling the aircraft to land autonomously in an emergency.

The cockpit also features the Garmin G3000 avionics suite paired with autothrottle capabilities. According to the company, these additions are a response to mounting customer demand for intuitive, technology-driven flight decks that do not compromise the performance and reliability associated with the Citation brand.

Program Outlook

Chris Hearne, senior vice president of Engineering & Programs at Textron Aviation, noted that the successful flight underscores the company’s commitment to modernizing its portfolio. "With this prototype now in our flight test program, we are continuing rigorous evaluation as we move steadily toward certification," Hearne said.

The M2 Gen3 is positioned as an entry-level jet focused on passenger comfort and operational efficiency. The specifications released for the aircraft include:

• Maximum Range: 1,550 nautical miles
• Maximum Payload: 1,510 pounds
• Seating Capacity: Up to eight occupants
• Baggage Capacity: Up to 725 pounds

As the program transitions to the next phase of development, the M2 Gen3 will undergo extensive testing to ensure it meets all safety and performance standards ahead of its 2027 delivery target. The successful initial flight serves as the foundational validation required for these subsequent, more intensive evaluations.

Most Popular Posts for May 2026

1.) A Comprehensive Guide to Restoring a B-52 Static Display Aircraft - Preserving the history of air power requires more than just respect; it demands meticulous technical precision. [Full story]

2.) FAA Proposes $165,000 Fine Against Alaska Airlines Over Alleged Intoxicated Passenger Violations - The Federal Aviation Administration is seeking a $165,000 civil penalty against Alaska Airlines, following allegations that the carrier permitted intoxicated passengers to board multiple flights. [Full story]

3.) Spirit Airlines Announces Immediate Orderly Wind-Down of Operations - Spirit Aviation Holdings, Inc., the parent company of budget carrier Spirit Airlines, announced an immediate and orderly wind-down of all business operations. [Full story]

4.) Navy Announces Sole-Source Contract for New UC-12W+ Transport Aircraft - The U.S. Naval Air Systems Command announced its intention to award a firm-fixed-price contract to Textron Aviation to produce a single UC-12W+ transport aircraft. [Full story]

5.) Fuel Level Alert System Aboard F-5 Jets is 'Unsafe,' Navy Says - If you’ve spent any time around the cockpit of an F-5 Tiger, you know that situational awareness is everything. [Full story]

Houston Residents Advised of Low-Flying NASA Research Aircraft Through June 13

Residents across the Houston area may notice increased low-altitude aircraft activity over the coming days as NASA launches a series of research flights in support of the Student Airborne Research Program (SARP).

SARP is an eight-week summer internship program that allows undergraduate students to participate in field research and data analysis. By working with NASA’s Airborne Science Program, interns gain hands-on experience by utilizing professional flying science laboratories to conduct original environmental research.

The flights, which begin Wednesday, June 3, are scheduled to continue through Saturday, June 13. Flights will originate from Ellington Field and primarily serve the Houston metropolitan area, with some routes extending over the Gulf of America.

During these missions, aircraft will perform "raster patterns", a series of parallel, back-and-forth flight lines—to gather data on the Earth’s environment. Researchers plan to use the collected information to map the movement of atmospheric gases and particles, monitor changes in the lowest levels of the atmosphere near the coastline, and study natural processes affecting local land and water systems.

While many of the flights will occur at higher altitudes, officials have noted that a WP-3D Orion aircraft, operated by the National Oceanic and Atmospheric Administration (NOAA), may fly as low as 1,000 feet above ground level. This specific aircraft, widely known as a "hurricane hunter," is outfitted with specialized scientific instrumentation, radars, and recording systems used to measure the environment.

In addition to the NOAA WP-3D Orion, the mission employs a fleet of NASA-operated aircraft, including a Gulfstream V (N95NA), a Gulfstream C-20A (N802NA), and a Gulfstream III (N520NA). A King Air B200 aircraft, owned by Dynamic Aviation and contracted by NASA, will also participate. These planes are equipped with various remote sensing tools, including synthetic-aperture radar, imaging spectrometers, and lidars.

Residents are advised that low-altitude maneuvers are a scheduled part of these scientific missions and are intended to assist in studying regional atmospheric and environmental conditions.