Monthly Archives: October 2024

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Bulgarian aviation is developing more and more successfully

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Our airline with 10th aircraft this year and 2 more in 2025, and it is also the only one that has a license to operate in the USA.

Low-cost airlines have fundamentally changed the aviation market over the past two decades. The coronavirus pandemic has also left its lasting mark on the sector. Under these conditions, it is very difficult for airlines to survive, let alone expand.In reality, however, there is a market for everyone. One of the Bulgarian airlines welcomes its 10th aircraft to its fleet and plans to add 2 more in 2025. It operates charter flights, with the new two machines expected next year to fly to popular holiday destinations. The contract was concluded between the Bulgarian airline and one of the largest German tourist operators. Some of the flights will also be between Germany and the Bulgarian Black Sea coast.„The new machine is from the A320-321 family – currently the most common aircraft worldwide as a type and family. This type of machine has proven its reliability over the years”, said Captain Petar Lavrinov, responsible manager and executive director of the airline.

The machine offers short and medium distance flights. It is unparalleled and without competition, in terms of seats, mileage, reliability.

„It is not by chance that we do the demonstration flight over Sofia. Our base is in Sofia, everything is connected with Sofia. If we retrospect, about 3% to 4% of all the flights we make are connected to Sofia airport. This is a good percentage for us – about 400 landings“, added cap. Lavrinov.

The airline is also the first Bulgarian airline that has a license to operate in the USA. “We work in partnership with the American World Arlantic, having 1 aircraft based in Miami with a Bulgarian crew”, added Captain Lavrinov.

In the next 2 to 5 years, the aviation market will grow significantly. The two main factors that lead analysts to believe that this forecast will come true are a large number of new aircraft orders, especially in Asia, as well as strong competition in the travel industry, which leads to attractive prices, especially for week-long summer vacations .


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Boeing pushes 777X entry into service back to 2026 as it cuts staff

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Boeing has pushed the delivery of its newest aircraft, the Boeing 777-9 (777X), back to 2026 as it struggles to deal with industrial action on top of production delays.

The news came in an email from Boeing Chief Executive Kelly Ortberg who told staff that they had informed airlines that have ordered the 777X about the delay which he says is caused by “challenges we have faced in development, as well as from the flight test pause and ongoing work stoppage”.

He also warned of job cuts totalling 17,000 staff members with Executives, managers and employees at risk of redundancy.

Not directly referencing the current strike action, he told staff “The state of our business and our future recovery require tough actions”.

Staff in Washington State recently walked out after failing to agree a pay deal despite the Union, International Association of Machinists (IAM) District 751, negotiating what it called the “best ever deal for staff” which included a 25% pay rise.

The Boeing 777X test program was already under pressure following the discovery of a “severed thrust link” during a post-flight inspection which halted flight testing of its 777-9 test aircraft.

The type had originally been targeted for certification in 2021 leading to potentially a 5-year late delivery on the project.

British Airways, Emirates, Qatar Airways, Etihad and Lufthansa are among the airlines who are awaiting delivery of the 777X.


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Akasa Air new partnership with Rolls-Royce

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Akasa Air also known as SNV Aviation Private limited, founded in 2021 originally from India and headquartered in Mumbai, is the newest innovation from India for low cost aviation. The company formed merely a couple years ago, already have a good fleet of aircrafts consisting of a Boeing 737 MAX  and totaling the fleet size to more than 20. The low cost budget airline has now come to partnership with the engine manufacturer Rolls-Royce to further enhance its fleet by leasing engines from the company.

A little bit more about Rolls Royce in the aviation industry

Rolls-Royce known for its luxury automobiles are a prominent player when it comes to aviation engines. The continuous innovation as well as engineering masterclass of the company give it the edge against other competitors in the industry. The Rolls-Royce engines have been powering different commercial, military as well as private aircrafts since a long time. The most popular being the Rolls-Royce Trent Family engines. This includes the Trent XWB, which is known to be the most powerful engine powering the Airbus A350. To add to this, the company also looks for continuous environmental safety by producing  engines which are fuel efficient and also known to use SAF (Sustainable Aviation Fuel).

Partnership between Akasa Air and Rolls-Royce

The partnership between Akasa Air and Rolls-Royce & Partners Finance Engine Leasing (India) IFSC Pvt Ltd s a lease deal where Akasa Air are leasing the advanced Rolls Royce LEAP-1B engines. This is a significant step in expanding the brand over more international markets and it hopes that this deal would add benefits to their long term vision of profitability and comfort to passenger’s. The engines are estimated to arrive by the end of October.

Priya Mehra, Chief of Governance & Strategic Acquisitions at Akasa Air had a few words to share on the deal;

As the aviation industry continues to evolve, we recognize the importance of aligning with innovative partners who share our vision for the future.


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US aviation agency issues safety alert over Boeing 737 rudder issue

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Alert comes after NTSB says foreign airlines could be using planes with rudder components that could pose safety risks

The Federal Aviation Administration (FAA) on Tuesday said it had issued a safety alert to airlines warning of the potential for limited or jammed rudder movement on certain Boeing 737 airplanes.

Last week, the National Transportation Safety Board (NTSB) said more than 40 foreign operators of Boeing 737 airplanes may be using Max or 737 Next Generation planes with rudder components that could pose safety risks.

The FAA said the alert provided information on an existing automated check of the rudder system “that would identify limited or jammed rudder movement during approach prior to landing”.

The board on 26 September issued urgent safety recommendations and urged the FAA to take action over the potential for a jammed rudder control system on some 737 airplanes after a February incident involving a United Airlines flight.

Last week, the NTSB said 271 impacted parts may be installed on aircraft in service operated by at least 40 foreign air carriers and 16 may still be installed on US-registered aircraft and up to 75 may have been used in aftermarket installation.

Boeing, which did not immediately comment on Tuesday, said earlier it had informed affected 737 operators of a “potential condition with the rudder rollout guidance actuator” in August, in what is known as a Multi Operator Message.

The NTSB chair, Jennifer Homendy, said in a letter to the FAA administrator, Mike Whitaker, last week the board was concerned “of the possibility that other airlines are unaware of the presence of these actuators on their 737 airplanes”. The FAA said on Tuesday it would issue a formal notification to international aviation agencies about the issue.

The NTSB is investigating an incident in February in which the rudder pedals on a United 737 Max 8 were “stuck” in the neutral position during a landing at Newark. There were no injuries to the 161 passengers and crew.

United said last month the rudder control parts at issue were in use in only nine of its 737 aircraft originally built for other airlines and the components were all removed earlier this year.

The NTSB earlier criticized Boeing for failing to inform United the 737s it received were equipped with actuators “mechanically connected to the rudder control system” and expressed concerns other airlines were unaware of their presence.


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Forged documents for aircraft parts went undetected for years, report says

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Report finds that dependence on paper, lack of information sharing hampered efforts to keep unapproved airplane parts out of the aviation ecosystem.

In June 2023, a keen-eyed employee at TAP Air Portugal spotted a discrepancy: Parts for an airplane engine didn’t seem to match the paperwork. The employee contacted the manufacturer, Safran, which quickly determined the documents had been falsified, setting off a worldwide scramble to identify and track thousands of suspect components.

The investigation later determined that fewer than 1 percent of the Safran engines were affected, but the incident underscored the challenge of ferreting out fraud in an airliner manufacturing supply chain that is dependent on a sprawling global network of companies.

Details of the case over parts supplied by London-based AOG Technics were contained in a report published Wednesday by an industry group analyzing the broader problems revealed by the episode. The group, the Aviation Supply Chain Integrity Coalition, released recommendations to tighten up procedures to prevent unapproved parts from making their way onto commercial aircraft.

“We want to make sure this never happens again,” said John Porcari, former deputy secretary at the U.S. Transportation Department, who, along with Robert L. Sumwalt, former chair of the National Transportation Safety Board, co-chairs the coalition. “This is about getting ahead of the curve.”

The coalition’s 48-page report found that despite efforts to modernize, the system for tracking and verifying the integrity of airplane parts remains heavily dependent on the expertise of individuals and on paper documents.

That lack of automation made it more “difficult and onerous” to investigate AOG when it became apparent the paperwork it provided to its customers was fraudulent, the report noted. AOG did not respond to requests for comment.

Other safeguards also failed, according to the report. For example, an independent accreditor certified that AOG met voluntary standards for aircraft parts distributors, but investigators found the company, which was founded in 2015, had allegedly forged records as far back as 2018, the report said. Records “bore fake signatures of actual Safran Aircraft Engines employees, while others were supposedly signed off by individuals who no longer worked at the company,” the report said.

In other instances, “the names of other signatories appeared to be wholly fabricated, complete with fake LinkedIn profiles for would-be AOG employees featuring stock photos,” the report said.

In December, the U.K.’s Serious Fraud Office, part of the U.K.’s criminal justice system, raided the home of AOG Technics founder Jose Alejandro Zamora Yrala. A spokesperson for the office said the investigation is ongoing.

“We were able to quickly ring-fence the problem last year, but aviation safety demands not stopping there,” Phil Wickler, GE Aerospace’s chief transformation officer and one of the coalition’s members, said in a statement about the case.

While aviation regulators, manufacturers and suppliers have systems in place to root out fraud, the increasing complexity of the supply chain means they must be continually re-examined, Porcari said.

“The gold standard for safety in the past is not going to be the gold standard in the future,” he added. “This kind of ongoing vigilance is essential to the industry.”

The coalition offered 13 recommendations for strengthening supply chain oversight, including digitizing documents and signatures, encouraging companies to work only with accredited suppliers, and developing systems where companies can report concerns or raise questions about specific parts distributors. Though their work focused mainly on aircraft engines, coalition members said their findings are applicable to other parts of theaviation manufacturing system.

Though not covered in the coalition’s report, there have been other recent incidents in which questionable materials made their way into the aviation supply chain. In June, the Federal Aviation Administration announced that it was investigating how titanium with falsified documentation ended up being used by Spirit AeroSystems, a key supplier to both Boeing and Airbus. Both manufacturers said the issue did not jeopardize safety of their jets.

The coalition included members from across the industry — American and United Airlines, engine manufacturers, Safran, GE Aerospace and Standard Aero, Airbus and Boeing. Though the recommendations are voluntary, Sumwalt said some companies are already adopting them.


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Gogo buys rival to tackle Starlink aviation expansion

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TAMPA, Fla. — Gogo is acquiring inflight connectivity rival Satcom Direct to counter rising competition from SpaceX’s Starlink in the market for providing Wi-Fi to business jets.

Satcom Direct would get $375 million in cash and five million shares from Gogo under a deal announced Sept. 30, subject to regulatory approvals, and up to $225 million in extra payments tied to performance targets over the next four years, suggesting around $636 million in maximum total proceeds.

Gogo has historically dominated the small and midsize part of the business aviation market and connects about 7,000 planes, according to William Blair analyst Louie DiPalma, while Satcom Direct has a commanding market share for long-haul.

Combined, William Blair estimates the companies are providing Wi-Fi to around 8,200 of the 9,200 business jets that currently have connectivity — or nearly 90% of the market.

“This is a nifty transaction from the standpoint that it likely would not have been approved by antitrust regulators if it were proposed as recently as last year,” DiPalma said.

However, he said regulators would likely approve the deal because Starlink has emerged as an existential threat to the entire satellite connectivity industry. 

Air France recently became the latest major airline to announce plans to add SpaceX’s low Earth orbit (LEO) broadband service across its entire fleet.

Starlink’s business aviation customers include JSX, Pro Star Aviation and Flexjet.

DiPalma noted that Gogo shares have plummeted by roughly 70% from a peak in 2022 as Starlink gained momentum.

Multi-orbit plans

Gogo and Satcom Direct enable Wi-Fi on planes via an air-to-ground (ATG) network of terrestrial cellular towers and capacity leased from satellite operators in geostationary orbit (GEO).

Gogo has used GEO satellites from Intelsat, SES and Eutelsat, while Viasat is Satcom Direct’s main capacity provider.

The companies have partnered separately with Eutelsat’s OneWeb LEO constellation to provide multi-orbit broadband services next year.

The incoming LEO service for business airlines from Gogo, which sold its commercial aviation division to Intelsat four years ago, is called Galileo and uses an electronically steered antenna (ESA) from Hughes.

Satcom Direct, which generates a fifth of revenues from connecting military and government customers, has ordered LEO ESA terminals from Israel’s Gilat Satellite Networks.

Gilat announced a $245 million deal in June to take over Stellar Blu, a Texas-based aircraft equipment integration specialist, to bolster its place in the fast-evolving inflight connectivity market.

“This transaction accelerates our growth strategies of expanding our total addressable market to include the 14,000 business aircraft outside North America,” Gogo chair and CEO Oakleigh Thorne said in a news release.

He added: “This transaction also uniquely positions us to sell our Galileo LEO solution integrated into Satcom Direct’s GEO and L-band offerings as part of a multi-band, multi-orbit solution for the fast-growing military/government mobility market.”

DiPalma noted that the deal also helps Gogo upsell Galileo LEO services to prevent Satcom Direct customers from defecting to Starlink.

Novaspace consultant Vishal Patil said the acquisition would open up the international business aviation market to Gogo, which is currently largely confined to North America.

SmartSky, which aimed to compete with Gogo in North America, recently shut down operations after failing to raise funds for its ATG network.


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Cebu Pacific orders 70 Airbus A321neos

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Manilla-based low-cost carrier Cebu Pacific has confirmed an order for 70 Airbus A321neo airlines firming up an MoU it signed in July.

The selection of the A321neo will help the airline reduce operating costs and help to reduce the airline’s carbon footprint and become more sustainable.

Cebu Pacific already operates 61 A320 family aircraft on its regional network as well as nine A330s on its high-density routes.

Speaking about the order Mike Szucs, CEO of Cebu Pacific said: “This milestone signals our ongoing dedication to expanding air travel accessibility and affordability while supporting the Philippine’s broader economic growth and connectivity goals.”

Benoît de Saint-Exupéry added: “The A320 Family has supported Cebu Pacific’s domestic and short-haul international network growth over the last two decades. We’re grateful to the airline for its continued endorsement of our best selling single-aisle product line. The A321neo is highly regarded for its unparalleled economics, performance and fuel efficiency. We’re confident that these additional A321neo aircraft will contribute strongly to the all-Airbus operator’s next phase of expansion as one of Asia-Pacific’s leading low cost carriers.”

This order brings the total number of aircraft on order for Cebu Pacific with Airbus to 94 A320 family aircraft and seven A330s.

Airbus A321neo Fact Sheet

General Overview:

  • Manufacturer: Airbus
  • Type: Narrow-body, twin-engine jet airliner
  • First Flight: February 9, 2016
  • Entered Service: 2017
  • Family: Part of the Airbus A320neo family (New Engine Option)

Dimensions:

  • Length: 44.51 meters (146 ft)
  • Wingspan: 35.80 meters (117.5 ft) with Sharklets
  • Height: 11.76 meters (38.6 ft)
  • Wing Area: 122.6 square meters

Capacity:

  • Seating:
    • Typical 2-class configuration: 206 passengers
    • Maximum capacity: 244 passengers

Performance:

  • Range:
    • Up to 7,400 km (4,000 nautical miles)
    • Extended range variant (A321XLR): up to 8,700 km (4,700 nautical miles)
  • Maximum Takeoff Weight (MTOW): Up to 97,000 kg (213,848 lb)
  • Maximum Cruising Speed: Mach 0.82 (876 km/h or 544 mph)
  • Engines:
    • CFM LEAP-1A
    • Pratt & Whitney PW1100G

Fuel Efficiency:

  • Fuel Burn: Approximately 15% lower than previous generation A321 aircraft due to new engines and aerodynamic improvements.

Features:

  • Advanced Aerodynamics: Incorporates larger wingtip devices called “Sharklets” to reduce drag and improve fuel efficiency.
  • Noise Reduction: Engine and aerodynamic improvements result in quieter operations, making it suitable for noise-sensitive airports.
  • Cabin Comfort: Features the Airbus Airspace cabin, providing passengers with larger overhead bins, LED mood lighting, and improved seat ergonomics.

Avionics and Technology:

  • Fly-by-Wire: Fully digital fly-by-wire system for better flight precision and reduced pilot workload.
  • Advanced Navigation and Communication Systems: Equipped with the latest avionics for more efficient flight management.

Environmental Impact:

  • Emissions: Up to 20% reduction in CO2 emissions compared to previous generation aircraft.
  • Noise Footprint: Significantly lower, contributing to more environmentally friendly operations.

The A321neo is favoured by airlines for its excellent fuel efficiency, long-range capabilities, and versatility for both short-haul and long-haul operations.


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Lilium hits power-on milestone for first ‘in-production’ Lilium Jet

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Leading electric aircraft manufacturer and pioneer in Regional Air Mobility (RAM) Lilium has completed its first power-on milestone for the first in-production Lilium Jet MSN1 at its facility in Munich, Germany marking another step on its path to first flight and certification.

During the power-on test the low-voltage electrical systems managing the aircraft’s avionics, including cockpit display, flight controls, communication, navigation and surveillance systems, with the respective wiring and power distribution units, were switched on and tested for the first time.

The next stage will include powering up the high-voltage systems following the installation of the aircraft’s batteries and propulsion units.

Yves Yemsi, Lilium COO, commented: “Power-on is an important quality gate in the production process of any commercial aircraft. The two Lilium Jets now on our final assembly line and those to come will be conforming aircraft, built to the specifications of our design organization, according to documented process and in line with established aerospace procedures.

When it comes to aircraft production, what matters for the certifying authorities is process control, repeatability, traceability, and above all safety. Achieving this first power-on milestone demonstrates that we’re on track.”

MSN 1 is the first of two Lilium Jets currently in production and will be used as Lilium’s test aircraft, dubbed “iron bird” and will be aircraft used to prove safety of flight and compliance with airworthiness requirements using remote flying.

MSN2 is expected to be the first Lilium Jet that is flown by a pilot rather than remotely.

What is the Lillium Jet?

  • Type: Electric Vertical Takeoff and Landing (eVTOL) Aircraft.
  • Manufacturer: Lilium GmbH, a German aerospace company.
  • First Flight: The Lilium Jet prototype had its maiden flight in May 2019.
  • Propulsion: Distributed electric propulsion with up to 36 electric jet engines.
  • Speed: Capable of speeds up to 300 km/h (186 mph).
  • Range: Designed to cover distances of up to 300 km (186 miles) on a single charge.
  • Capacity: Planned to accommodate 4-6 passengers plus a pilot.
  • Design: Features a fixed-wing design with ducted fans for vertical and horizontal flight.
  • Noise: Designed to be significantly quieter than traditional helicopters, with a noise level below 60 dBA during takeoff and landing.
  • Charging: Equipped with fast-charging capabilities to minimize turnaround time.
  • Safety Features: Includes multiple redundant systems, advanced flight control, emergency parachute system, and high structural integrity.
  • Environmental Impact: Zero-emission aircraft, fully electric with no direct CO2 emissions.