Category: Commercial

Hong Kong – B&H Worldwide, a global leader in aerospace logistics, is proud to announce the successful conclusion of a complex six-aircraft teardown project for its valued customer, AerFin, at Hong Kong International Airport (HKIA). This groundbreaking initiative, which commenced in mid-September 2024 and concluded in April 2025, saw B&H Worldwide provide a comprehensive suite of end-to-end logistics solutions, playing a pivotal role in the project’s seamless execution and AerFin’s subsequent recognition with the prestigious Ishka Editor’s Award for “Deal of The Year 2024.”

The ambitious project involved the disassembly of six Airbus A330-200 aircraft, a first-ever commercial teardown of this scale at HKIA. B&H Worldwide’s expertise was critical in navigating the unique challenges posed by working within one of the world’s busiest airports. Our dedicated Hong Kong team delivered an integrated logistics solution encompassing:

· On-site co-ordination, inspection, packing, and segmentation of aircraft parts.

· Daily communication and co-ordination of collections from the teardown provider.

· Segregation, crating, and movement of large and high-value components.

· Secure storage of aviation parts prior to dispatch and export, ensuring full customs compliance.

· Freight forwarding services, including customs brokerage, ocean freight upon teardown completion, and expedited air freight for critical “hot” items.

Beyond these core services, B&H Worldwide also provided crucial support in inventory management, documentation, tag identification, traceability, local transportation and on-site co-ordination, ensuring project continuity despite a demanding operating environment.

“This project with AerFin was a true testament to B&H Worldwide’s agility, technical knowledge and resilience in the face of complex logistics challenges,” stated Stuart Allen, Group CEO of B&H Worldwide. “Our team in Hong Kong demonstrated exceptional dedication, ensuring that despite tight deadlines, manpower shortages at the teardown facility, limited local storage options and seasonal freight cost volatility, we maintained a continuous flow of operations and delivered a solution that exceeded expectations. The success of this project and AerFin winning the Ishka Editor’s Award for ‘Deal of The Year 2024’ underscores the value of our collaborative partnership.”

A critical enabler of the project’s success was B&H Worldwide’s proprietary FirstTRAC platform. This served as a central control tower, providing AerFin with instant access to inventory updates, shipment statuses, part photographs and documentation, ensuring complete transparency and confidence in data accuracy and chain of custody throughout the teardown process.

Simon Bayliss, Chief Operating Officer of AerFin, commented on the collaboration: “B&H Worldwide was an indispensable partner in our groundbreaking A330-200 disassembly project at HKIA. Their comprehensive logistics support, from meticulous on-site co-ordination to navigating complex customs requirements and securing crucial freight capacity, was instrumental in overcoming the unprecedented challenges we faced. Their commitment and expertise were a key factor in the project’s successful completion and our recognition with the Ishka Editor’s Award. We truly value their ability to bring clarity to complexity.”

This successful collaboration further solidifies B&H Worldwide’s position as a leading aerospace logistics provider, consistently delivering confidence, clarity and control in even the most intricate scenarios. The project not only showcased B&H Worldwide’s operational excellence but also contributed to sustainable aviation practices by facilitating the repurposing of valuable aircraft parts.

AerFin, the aviation asset specialist that buys, sells, leases and repairs aircraft, engines and parts, has made history by undertaking the first-ever commercial disassembly of aircraft at the bustling Hong Kong International Airport (HKIA), a project that underscores our commitment to innovation, operational excellence and sustainable aviation practices.

The ambitious project involved the acquisition of six Airbus A330-200 aircraft. These aircraft had been parked at HKIA since 2018 and required careful planning and precise execution to disassemble them safely and efficiently within one of the world’s busiest airports, an environment where over 1,000 flights operate daily.

AerFin’s Chief Executive Officer, Simon Goodson, said: “This project embodies the AerFin way – a unique blend of commercial insight, operational rigour and technical excellence. It shows what can be achieved when we combine ambition with deep industry collaboration and an unwavering desire to solve complexity on behalf of our customers.

“Our team worked hand-in-hand with operators and stakeholders over many months to design a practical, safe and efficient plan for this disassembly – and we delivered it with the precision and professionalism that define us. When we say we’ll do something, we do it — with confidence, reliability and a clear view of the way ahead.”

AerFin’s Chief Operational Officer, Simon Bayliss, said: “This project marks a significant milestone not only for AerFin and its project partners China Development Bank, CDB Aviation, HAECO, Great China Aviation Consulting (GCAC) and others, but also for the broader aviation aftermarket industry. By completing this complex harvesting, disassembly and USM distribution project at a tier-one international airport, we’ve set a new benchmark for what’s possible in asset management.

“As we continue to grow and expand our global footprint, this achievement reflects the commitment and technical expertise that define AerFin. Our forward-looking approach means we don’t just adapt to change — we anticipate it, bring clarity to complexity and find new ways to support our customers and partners.”

This milestone project forms part of a broader strategic initiative. In 2024, 32 A330ceo aircraft were permanently retired from commercial service. AerFin secured 18 of those assets — a move that significantly enhances our ability to support A330ceo operators with an unparalleled

inventory of high-quality, lower-cost components. It’s a bold step forward that reinforces our position as a trusted partner for customers seeking value, availability and support across the A330ceo platform.

Overcoming Unprecedented Challenges

This project presented unique challenges from the outset. Conducting an aircraft disassembly at an active airport required extensive coordination with multiple stakeholders, including the Hong Kong Civil Aviation Department (HKCAD) and Airport Authority Hong Kong (AAHK). Both organisations needed assurance that the project would meet rigorous safety, regulatory and environmental standards.

The complexity was heightened by the inclusion of Pratt & Whitney PW4000 engines which presented a unique set of disassembly and logistics challenges. Handling these engines safely within the HKIA environment required detailed technical planning and adaptive engineering solutions, which AerFin’s teams navigated with precision.

In addition to securing the necessary regulatory approvals, AerFin collaborated closely with local partners, including HAECO and Great China Aviation Consulting (GCAC), to work with the AAHK to establish a protected disassembly bay within the airport. This innovative solution allowed disassembly work to proceed without disrupting HKIA’s daily operations.

AerFin’s Chief Operational Officer, Simon Bayliss, added: “The complex logistics of this project were further compounded by unpredictable external factors, including typhoons. Despite these challenges, our teams maintained exceptional adaptability and focus, ensuring the project remained on track.”

A True Collaborative Effort

The success of this groundbreaking initiative was made possible through collaboration with local stakeholders, each bringing essential expertise and resources:

· HAECO provided vital maintenance support.

· GCAC / Skyrise managed the disassembly process.

· B&H Worldwide oversaw the complex logistics.

· PAPAS facilitated airside access for personnel and equipment.

· The Hong Kong Civil Aviation Department and Airport Authority Hong Kong ensured regulatory compliance.

This project is another example of AerFin’s proven ability to navigate complex, high-stakes transactions — delivering progress with confidence and the reliability our partners have come to expect.

It also further strengthens AerFin’s close working relationship with HAECO across a number of areas of mutual strategic interest and growth.

What set this project apart was our integrated approach. Our commercial, operational and technical teams worked as one — aligning across time zones, disciplines and challenges to find the way ahead. It’s this balance of insight and execution that enables us to take on high-stakes programmes like this one and deliver value without compromise.

But this wasn’t just a story of external collaboration. It was also a powerful demonstration of what we can achieve when we work together across the business. From engineering and logistics to commercial, contracts, and compliance – nearly every part of AerFin played a role in making this project a success. This was collective effort at its best: aligned, agile and all pulling in the same direction to deliver a result that sets a new industry benchmark.

AerFin’s groundbreaking work has since been recognised by the industry, with the project receiving the prestigious Editor’s Choice award at the Ishka Deals of the Year Awards.

Delivering Value and Sustainability

The disassembly of these six aircraft is already yielding tangible results. The parts harvested from the airframes are being repurposed to support airlines worldwide, reducing the need for newly manufactured components and contributing to more sustainable aviation practices. This approach aligns with AerFin’s purpose: to breathe new life into aviation.

The engines removed from these aircraft have already found new homes, with eight sold in October 2024 and four more placed shortly afterward. This rapid turnaround reflects the high demand for quality Used Serviceable Material (USM) and AerFin’s capability to deliver it efficiently.

Honeywell recently announced that Southwest Airlines is in the process of activating its entire Boeing 737 aircraft fleet with SmartRunway and SmartLanding software designed to increase runway safety. This capability is enabled via the Honeywell Enhanced Ground Proximity Warning System (EGPWS) already on Southwest aircraft and more than 700 aircraft have been activated to date. 

SmartRunway and SmartLanding helps increase flight crew situational awareness during taxi, take-off and landing with aural and visual alerts and promotes stabilized approaches. It proactively notifies pilots when they are moving too fast, fly too high or are directed toward the wrong runway, helping to break the chain of events that may lead to runway accidents. SmartRunway and SmartLanding is certified for most Airbus and Boeing aircraft, as well as numerous business aviation platforms.   

“Today’s pilots face increasing challenges including unpredictable weather and dense traffic in limited airspace, forcing them to make split-second decisions during takeoff and landing. Fortunately, as the challenges evolve, so does the technology that provides the information they need in real time,” said Jim Currier, president and CEO of Honeywell Aerospace Technologies. “Southwest is continuing to put pilots and passengers first by investing in SmartRunway and SmartLanding software across its fleet.” 

Honeywell’s next-generation runway safety technology, Surface Alerts (SURF-A), is now being tested and is expected to be certified on commercial air transport aircraft in 2026 pending regulatory approvals. SURF-A is a groundbreaking cockpit alerting software that uses GPS data, Automatic Dependent Surveillance-Broadcast equipment and advanced analytics to provide pilots with direct aural and visual alerts of potential runway traffic. Like SmartRunway and SmartLanding, SURF-A is enabled via Honeywell’s EGPWS. 

This agreement furthers Honeywell’s long-standing partnership with Southwest, the world’s largest 737 platform operator. In 2015, Southwest selected Honeywellflight-deck systems for its 240-unit order of 737 MAX airliners, adding to its existing fleet of 737 Next Generation models flying with Honeywell cockpit avionics. Southwest was also the first airline to incorporate Honeywell’s Integrated Multi-Mode Receiver technology into its fleet. 

“Safety is at the heart of everything we do at Southwest,” said Andrew Watterson, chief operating officer at Southwest Airlines. “Honeywell’s SmartRunway and SmartLanding software will provide our pilots with enhanced situational awareness to ensure the highest level of safety while operating on runways throughout the network.” 

Embraer has announced a new maintenance contract with CommuteAir for its new facilities dedicated to Commercial Aviation at the Perot Field Alliance Airport in Fort Worth, Texas. The deal was inked with CommuteAir and will provide maintenance, repair and overhaul for the Embraer aircraft operating in CommuteAir’s fleet.

“CommuteAir is pleased to strengthen its partnership with Embraer by commencing heavy airframe maintenance at its new facility in Fort Worth,” said Lon Ziegler, CommuteAir’s vice president of technical operations. “By working with our aircraft OEM, we will support our goals of ensuring the highest reliability for our ERJ145 fleet.”  

“This contract with CommuteAir is an important milestone for Embraer. We will provide best-in-class support for CommuteAir and reduce downtime. We have a long-term relationship with CommuteAir, and today we are starting a new chapter with this new facility. We are excited to welcome CommuteAir here at the Perot Field Alliance Airport,” says Frank Stevens, vice president MRO services, Embraer Services & Support.

In partnership with the City of Fort Worth and the State of Texas, Embraer began operations in an existing hangar on Tuesday, while building a second hangar that is expected to be completed in 2027. With the new facilities, Embraer’s capacity to serve our customers is expected to increase considerably in the United States, with an increase of 53% across the country.

Embraer recently opened its new commercial MRO facilities at the Perot Field Alliance Airport in Fort Worth, Texas. In partnership with the City of Fort Worth and the State of Texas, Embraer will begin operations in an existing hangar, while building a second hangar that is scheduled for completion in 2027.

With the new facilities, Embraer’s capacity to serve its customers is expected to increase considerably in the United States, with an increase of 53% across the country. The investment will reach up to $70 million and is expected to create approximately 250 new aviation jobs in Texas.

“We are excited to join Embraer in celebrating the launch of their expanded operations at Perot Field Fort Worth Alliance Airport. Hillwood’s mission at AllianceTexas is to attract world-class companies while creating new jobs in our region — and Embraer is doing just that. Their phased expansion and investment in Fort Worth underscore the strength of our partnerships and Fort Worth’s standing as a center of aerospace excellence,” says Bill Burton, executive vice president for Hillwood.

“The opening of the new Embraer facility is just the latest example of how Fort Worth is the place to be to start, build, or expand a business,” said Robert Allen, president and CEO of the Fort Worth Economic Development Partnership. “Fort Worth has been declared the Aviation Capital of Texas by the Governor and this announcement proves it. This new facility at Alliance will allow Embraer to increase its aviation operations and bring hundreds of new jobs to our area. It’s wheels up for Embraer and for Fort Worth!”

“We are very excited to start operations at our new MRO facility in Fort Worth. The support from the City of Fort Worth, Denton County, and the State of Texas has been essential for launching this operation. We will continue working to expand Embraer’s capacity, capability, and footprint in the U.S.,” says Frank Stevens, vice president global MRO centers, Embraer Services & Support.

The new Fort Worth service center is the 13th Embraer Owned Service Center, out of more than 80 Authorized Service Centers worldwide.

The National Transportation Safety Board Tuesday said the probable cause of last year’s in-flight mid-exit door (MED) plug blowout on a Boeing 737 MAX 9 was Boeing’s failure to “provide adequate training, guidance and oversight” to its factory workers.

The NTSB also found the Federal Aviation Administration was ineffective in ensuring Boeing addressed “repetitive and systemic” nonconformance issues associated with its parts removal process. 

The NTSB also concluded that in the two years before the accident, Boeing’s voluntary safety management system, or SMS, was inadequate, lacked formal FAA oversight, and did not proactively identify and mitigate risks. The investigation found that accurate and ongoing data about overall safety culture is necessary for an SMS to be successfully integrated into a quality management system.

On Jan. 5, 2024, the Boeing 737-9, operated as Alaska Airlines flight 1282, was climbing through 14,830 feet about six minutes after takeoff from Portland, Oregon, when the left MED plug departed the airplane. During the rapid depressurization, some passengers’ belongings were sucked out of the airplane, oxygen masks dropped from the overhead passenger service units, and the door to the flight deck swung open, injuring a flight attendant. In addition to the flight attendant, seven passengers received minor injuries. The two pilots, the other three flight attendants and the remaining 164 passengers were uninjured. The flight was destined for Ontario, California.

“The safety deficiencies that led to this accident should have been evident to Boeing and to the FAA — should have been preventable,” NTSB Chairwoman Jennifer Homendy said. “This time, it was missing bolts securing the MED plug. But the same safety deficiencies that led to this accident could just as easily have led to other manufacturing quality escapes and, perhaps, other accidents.”

The MED plug was found in a Portland neighborhood two days after the accident. When investigators examined the recovered plug, they found evidence that the four bolts needed to secure the plug were missing before the accident occurred. Without the bolts, NTSB investigators found the unsecured plug “had moved incrementally upward during previous flight cycles” until it departed the airplane during the accident flight.

The airplane had been delivered to Alaska Airlines three months earlier. Investigators determined that the door plug was opened without the required documentation in Boeing’s Renton, Washington, factory on Sept. 18, 2023, to perform rivet repair work on the fuselage. The door plug was closed the following day. While Boeing’s procedures called for specific technicians to open or close MED plugs, none of the specialized workers were working at the time the door plug was closed. The absence of proper documentation of the door plug work meant no quality assurance inspection of the plug closure occurred.

The investigation also highlighted the need for additional training on flight crew oxygen masks and their communication systems and the need for greater voluntary use of child restraint systems by caregivers of those under two years of age.

The NTSB issued new safety recommendations to the FAA and Boeing. Previously issued recommendations were reiterated to the FAA, Airlines for America, the National Air Carrier Association and Regional Airline Association.

The executive summary of the report, including the findings, probable cause and safety recommendations, is available online​. Additional material, including the preliminary report, previously issued safety recommendations, news releases, the public docket, investigative updates and links to photos and videos, is available on the accident investigation webpage.

The final report will be published in the coming weeks on NTSB.gov.