Category Archives: News

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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.

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Air India further invests into fleet refurbishment

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Air India, India’s leading flag carrier and most popular airline is set to further add value to the brand with another investment of over $400 million. The investment is said to be done to overhaul the existing old fleet.

More about the overhaul

Air India aims to invest over $400 million into its old fleet to enhance the aircrafts which would add further value to the company. Following its merger with Vistara and Singapore Airlines, the company has decided to take a step into further adding modifications to the company by creating more premium alternatives to aircrafts. Luxurious business class cabins will be refurbished, extra legroom seats to be fitted in premium economy and more comfortable seats to be added to economy class.

The refit would consist of a total of 67 legacy aircrafts which will be modified by adding premium interior, better in flight entertainment systems and add a more premium touch using different materials. The refit would consist of different aircrafts such as narrowbody Airbus A320neos and Boeing widebody 777s and 747s, while the VT-EXN Airbus A320neo comes back into service by the end of 2024 after receiving approvals . A total of 15,000 seats will be refitted across the whole program containing more additions such as extra USB-C ports, USB-A ports and enhancing PEDs (Personal Electronic Device). Furthermore, the company aims to upgrade the tone and textures of  their aircrafts by completely changing the interior colours as well as the cabin crew’s uniform.

Campbell Wilson, Chief Executive Officer & Managing Director of Air India had some words to share about the overhaul:

The commencement of interior refit of the narrowbody fleet is an important step in our journey of enhancing the flying experience of our customers. Over time, all the legacy widebody aircraft will also be refitted. This comprehensive upgradation of Air India’s physical product is an important component of Air India transforming into a world-class airline.

How is this beneficial for Air India?

The airline, known to be the traveller’s favourite, has recently faced criticism for the lack of features, poor service and comfort in flight, and one can believe that the airline’s recent investment in upgrading the quality of their services will only be reaped once passengers feel and experience the change. However, the airline seems to be headed in the right direction in terms of development, as the company has further ordered 400+ aircrafts from Boeing and Airbus to enhance fleet numbers. The merger between the Tata group owned  airlines and Singapore airlines looks to be finaliB by the end of 2024, and the refitting of legacy aircrafts aims to be completed by mid 2025. Passengers can only hope that this is a right step for such a beloved and renowned airline.


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AirAsia X Accelerates With A Transformative RM6.8 Billion Acquisition, Creating A Formidable Aviation Force To Capitalize On Surging Travel Demand Across New Key Markets

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AirAsia X announces a monumental RM6.8 billion acquisition to consolidate AirAsia’s airlines, boosting financial strength and capturing rising travel demand in Asia Pacific.

AirAsia X (AAX) has issued a comprehensive circular to its shareholders outlining the Proposed Acquisitions of Capital A Berhad’s entire equity stake in AirAsia Aviation Group Limited (AAAGL) and AirAsia Berhad (AAB) for RM6.8 billion.

These acquisitions mark a significant milestone in consolidating the AirAsia brand’s low-cost carriers into a unified aviation group with an enhanced financial foundation. This strategic initiative aims to establish a powerful aviation entity, encompassing seven airlines across Malaysia, Thailand, Indonesia, the Philippines, and Cambodia.

Once the transaction is completed, the restructured aviation group will offer a full range of short, medium, and long-haul air travel services to tap into the rising travel demand. According to IATA, passenger traffic in the Asia Pacific region is projected to grow by 17.2% in 2024.

The acquisitions will form a revitalized aviation group, further strengthened by the delivery of around 400 new Airbus aircraft over the next decade. This will give AirAsia a competitive edge in fleet expansion and market share, supporting continued growth in both established and emerging markets across ASEAN, China, India, Australia, and beyond.

The circular, now available on AAX’s website, provides further details on the proposals, including the issuance of free warrants, private placement, AAAGL acquisition, AAB acquisition, share capital reduction, and subscription options. Shareholders are encouraged to review the document before the Extraordinary General Meeting (EGM) on 16 October 2024.


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FlyOnE to purchase 30 electric Smartflyer SF1 aircraft

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Swiss-based electric aircraft manufacturer, Smartflyer, has announced a major partnership with FlyOnE Sustainable Aviation.

Swiss-based electric aircraft manufacturer, Smartflyer, has announced a major partnership with FlyOnE Sustainable Aviation.

The agreement, formalised through a letter of intent, involves the purchase of 30 Smartflyer SF1 aircraft which will be operated across Australia.

The news follows FlyOnE’s successful investment campaign via the crowdfunding platform Birchal, where the company secured substantial backing.

FlyOnE has facilitated over 1,700 electric passenger flights and completed 1,000 missions using its fleet of electric aircraft. 

The electric aviation sector in Australia is in its early stages but gaining momentum as the country seeks to reduce carbon emissions and embrace sustainable technologies.

Companies such as FlyOnE are leading the way, establishing electric aircraft fleets and developing infrastructure, including a growing network of charging stations.

Australia’s vast geography and reliance on regional air travel present both challenges and opportunities for the industry.

While the current electric aircraft models are ideal for short-range flights, innovations in battery technology and hybrid solutions are helping to extend range capabilities, making electric aviation increasingly viable for remote areas and longer routes.

The Smartflyer SF1 is capable of all-electric missions and boasts range extension options up to 800km or five hours of endurance.

FlyOnE is also developing a network of charging sites across Australia.

CEO and founder of FlyOnE, Korum Ellis, said “The Smartflyer aircraft is uniquely suited to address Australia’s geographical aviation challenges, while still offering the lowest impact energy sources for our sustainable future.

“We’re excited to bring this amazing aircraft to the APAC region to shape the future of air transport and aviation solutions for the growing low-altitude economy.”


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The Vertical Aerospace VX4: A New Frontier in Urban Air Mobility

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Urban air mobility (UAM) is on the cusp of revolutionising how we travel, and one of the most promising contributors to this transformation is the Vertical Aerospace VX4. As part of the eVTOL (electric vertical take-off and landing) industry, the VX4 is a sleek and advanced aircraft designed to provide a zero-emission, faster, and more efficient alternative to traditional modes of urban transportation. This British innovation from Vertical Aerospace promises to play a crucial role in shaping the future of aviation.

Overview of Vertical Aerospace

Founded in 2016 by Stephen Fitzpatrick, Vertical Aerospace is a Bristol-based company with a mission to decarbonise air travel and reduce congestion in cities. The VX4 is the flagship project, which is geared towards making air taxis a viable part of daily life. Vertical Aerospace has partnered with several leading companies in aerospace and technology, including Rolls-Royce, Microsoft, and Honeywell, to integrate cutting-edge technologies into its design and operational framework.

Design and Capabilities

The VX4 is a fully electric eVTOL aircraft with a range of approximately 100 miles (160 km) on a single charge and a top speed of around 200 mph (320 km/h). Its design allows for vertical take-off and landing, much like a helicopter, but with significantly less noise and environmental impact.

The aircraft can carry up to four passengers plus a pilot, making it suitable for intra-city travel, air taxi services, or even intercity commutes. Its elegant and futuristic design is centred around sustainability, utilising advanced lightweight materials and an electric propulsion system to eliminate carbon emissions.

The Technology Behind the VX4

The VX4 employs multiple rotors to facilitate vertical take-offs and landings, allowing it to easily navigate congested urban environments. Once airborne, the aircraft transitions to fixed-wing flight, which offers higher efficiency compared to hover mode. This capability gives the VX4 a competitive edge over traditional helicopters, which are not as efficient in forward flight.

Safety is a key consideration in the development of the VX4, and it integrates multiple redundancy systems, ensuring that the aircraft can continue to operate even in the event of a system failure. Moreover, Vertical Aerospace is working closely with aviation regulators to ensure that the VX4 meets the highest safety standards.

Zero Emissions and Environmental Impact

One of the most significant advantages of the VX4 is its contribution to reducing carbon emissions in the aviation sector. Traditional aircraft are among the largest contributors to greenhouse gas emissions, and as cities become more congested, the need for environmentally friendly transport solutions is pressing. The VX4 is powered entirely by electricity, producing zero emissions during flight, making it an environmentally responsible alternative to conventional aviation.

Moreover, its quiet operation addresses noise pollution, a critical concern in densely populated urban areas. This combination of quiet and clean technology makes the VX4 an attractive solution for urban mobility challenges in cities looking to meet sustainability targets.

Potential Applications

While the idea of flying taxis may seem like a vision of the distant future, the technology behind the VX4 brings this concept closer to reality. With the ability to land and take off vertically, the VX4 could be used for a variety of applications, such as:

  • Air Taxi Services: Providing a quick and efficient alternative to ground-based transportation in large cities.
  • Medical Evacuations: Offering emergency medical services the ability to quickly transport patients without being hindered by traffic.
  • Corporate Travel: Businesses could use the VX4 to shuttle employees between offices or to meetings, cutting down on travel time and improving productivity.

Vertical Aerospace’s Partnerships and Progress

Vertical Aerospace’s strategic partnerships have been critical in advancing the VX4 project. In addition to working with established companies in the aerospace industry, the company has secured pre-orders from some of the world’s leading airlines, such as American Airlines and Virgin Atlantic. This indicates a strong market demand for eVTOL aircraft and suggests a bright future for the VX4 in commercial aviation.

Furthermore, Vertical Aerospace has made significant progress in securing certification for the VX4. It aims to achieve type certification from aviation authorities such as the European Union Aviation Safety Agency (EASA) and the UK Civil Aviation Authority (CAA). This certification is crucial for commercial operations and demonstrates that the aircraft meets stringent safety and airworthiness standards.

Challenges Ahead

While the VX4 represents an exciting step forward in aviation, there are still several challenges that the company must address. Battery technology remains a limiting factor in the range and endurance of eVTOL aircraft. Though advancements are being made, current battery systems may not yet provide the energy density required for longer flights.

Additionally, regulatory approval processes can be lengthy, and gaining public acceptance for urban air taxis will require time, education, and transparent communication around safety and environmental benefits.

Conclusion

The Vertical Aerospace VX4 is a cutting-edge aircraft that encapsulates the future of urban air mobility. With its sustainable design, zero-emission electric propulsion system, and versatile applications, the VX4 is poised to reshape the way we think about transportation in urban environments. While there are challenges to overcome, Vertical Aerospace’s strategic partnerships and commitment to innovation place the company in a strong position to lead the eVTOL revolution.

As cities continue to grow and the demand for sustainable travel increases, the VX4 could soon become a common sight in the skies, offering a cleaner, faster, and more efficient way to navigate our ever-evolving urban landscapes.


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Textron Aviation Gets FAA Nod for Manufacturing SMS Plan

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Company has a voluntary reporting program for employees, suppliers, and customers

Textron Aviation received FAA approval for its safety management system (SMS) implementation plan covering the design and manufacturing of Cessna and Beechcraft aircraft. Approval of the implementation plan will build on its SMS program, which has already been accepted for maintenance and support of Cessna and Beechcraft aircraft. This FAA nod comes in advance of deadlines established under new regulations that require SMS for manufacturers, which have until November 28 to submit their SMS plan and until May 2027 to implement it.

Textron Aviation’s program includes a voluntary reporting tool for employees, customers, or suppliers to anonymously report quality risks or hazards to the company’s SMS Committee. The committee will evaluate the risk, investigate the cause, and plan a response, the Wichita airframer noted, adding that this ensures continuous improvements in safety and quality standards.

“By integrating the insights and expertise of our employees, customers, and suppliers into our SMS, we not only enhance our ability to identify and mitigate risks but also strengthen the collaborative continuous improvement of our products and services,” said Chris Hearne, senior v-p of engineering. “This collaborative approach is in line with our mission to empower our collective talent to design and deliver the best aviation experience for customers.”

The company underscored the importance of leveraging the diverse perspectives of its employees and stakeholders to foster a culture of open communication and teamwork.

“With a longstanding commitment to safety and quality in manufacturing, Textron Aviation has been designing and manufacturing industry-leading Cessna and Beechcraft aircraft for more than 95 years,” said Todd McKee, senior v-p of integrated supply chain. “This FAA approval is a testament to our commitment to product safety at every level of operation.”


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Robust sales continue for general aviation aircraft

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The Cirrus SR22T was the best-selling aircraft in the U.S. during the first six months of 2024.

The first six months of 2024 saw increased deliveries across the piston airplane, business jet, and piston helicopter segments, along with an increase in the overall value of aircraft shipments.

That’s according to the General Aviation Manufacturers Association (GAMA) Second Quarter 2024 General Aviation Aircraft Shipment and Billing Report.

“Through the first half of 2024, we continue to see robust demand for new aircraft, as indicated by the impressive backlogs and plans for facility expansion by many of our OEMs,” said GAMA President Pete Bunce.

Aircraft shipments through the second quarter of 2024, when compared to the same period in 2023, saw piston airplanes increase 7.3% to 761, turboprops decrease 3.4% to 280, and business jets increase 8.8% to 322. The value of airplane deliveries through the second quarter of 2024 was $11.3 billion, an increase of 24.2%.

Helicopter shipments through the second quarter of 2024, when compared to the same period in 2023, saw piston helicopter deliveries increase 2.7% to 115 while turbine helicopter deliveries dropped 7.7% to 313. The value of helicopter deliveries was $1.7 billion.

But even with that good news, Bunce warns that the general aviation industry still faces challenges.

“Our constraints continue to be ongoing supply chain and workforce recapitalization issues, which are routinely compounded by unacceptable turn times in terms of responsiveness and lack of decision making by the FAA specialists on such things as issue papers, certification plans, and regular correspondence,” he noted.

“Our industry is the incubator of safety enhancing and aviation sustainability technology, which in turn serves as a catalyst for economic growth and exemplary employment for millions around the globe,” he continued. “It is vital that our regulators continue to improve effectiveness and efficiency of certification and validation processes, appropriately apply the safety continuum across the spectrum of general aviation products, and respond to applicants in a timely manner. For the continued vitality of our industry and to facilitate all the great innovations that are taking place, it is imperative that we tackle these ongoing challenges.”


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Archer Aviation Surpasses 2024 Flight Test Goal

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Archer Aviation’s eVTOL prototype, Midnight, completes more than 400 test flights.

Archer Aviation’s eVTOL prototype Midnight completed 402 test flights so far this year, surpassing its goal of 400 flights in 2024, the company announced Tuesday.

Over the past eight months, Archer has intensified its flight test operations in preparation for “for-credit” certification testing with the FAA. “When we first set our goal for 400 flights this year it was viewed as aggressive, but here we are in August already knocking it out,” said Adam Goldstein, CEO and founder of Archer. “I’m proud of the Archer flight test team and the supporting groups that made it happen.”

According to the company, its test flights have focused on five key areas including transition flights, high-rate operations, landings, noise, and flight control laws. Each flight yields essential data that the team uses to assess and enhance aircraft loads, vibrations, performance and handling characteristics.

In addition to its testing success, Archer is moving forward with plans for eVTOL air taxi networks in major cities such as Los Angeles, San Francisco, Chicago and New York, where it will operate the Midnight aircraft in collaboration with Southwest Airlines and United Airlines.