This article is based on an official press release from Jet Aviation.

On May 18, 2026, Jet Aviation, a wholly owned subsidiary of General Dynamics, announced the expansion of its automated drones and artificial intelligence (AI) aircraft inspection services to the United States. According to the company’s press release, the technology is designed to map the exterior of aircraft and generate comprehensive digital reports, marking a significant step forward in aviation maintenance and record-keeping.

The service, developed in partnership with French aviation technology provider Donecle, is currently being rolled out to Jet Aviation’s U.S.-based managed fleet and Fixed Base Operator (FBO) customers. At this stage of the U.S. launch, the technology is designated specifically for non-regulated inspections. Company statements indicate that these digital reports will primarily support operational events such as Pre-Purchase Inspections (PPIs), warranty claims, and damage assessments for insurance cases.

By integrating autonomous drone flight with advanced AI analysis, Jet Aviation aims to drastically improve the speed, safety, and accuracy of exterior aircraft evaluations. The system is compatible with a wide range of business jets, narrow-body aircraft, and an increasing number of wide-body airframes.

Technology and Efficiency Gains

Traditional manual visual inspections of an aircraft’s exterior are notoriously labor-intensive. According to data provided in the release, a standard manual inspection can take technicians between 10 and 12 hours to complete. In contrast, the Donecle drone and AI system can accomplish the same comprehensive scan in under an hour, making the automated process up to ten times faster.

The inspection process relies on a combination of autonomous drone navigation and high-resolution imaging. Once the drone captures the visual data, advanced AI algorithms automatically detect, classify, and annotate surface anomalies. These defects can range from lightning strikes and structural dents to standard paint wear.

Safety and Traceability

Beyond operational efficiency, the automated system introduces substantial safety benefits. By deploying drones to scan the upper surfaces of an aircraft, maintenance teams are no longer required to work at heights, thereby mitigating physical workplace risks. Furthermore, the technology generates a paperless, cloud-stored historical record of the aircraft’s exterior condition. This digitized map provides operators with an accurate visual baseline for immediate assessment or future reference, significantly improving long-term traceability.

Background and Regulatory Milestones

While the U.S. launch is a new development, Jet Aviation has been utilizing this technology in Europe for several years. The company initially introduced the automated drone and AI system at its Maintenance, Repair, and Overhaul (MRO) hub and global headquarters in Basel, Switzerland, in 2023.

The European operation achieved a major regulatory milestone in May 2024 when the Swiss Federal Office of Civil Aviation (FOCA) approved the process for General Visual Inspections (GVIs) by images. This approval allowed the Basel facility to utilize the technology for regulated maintenance checks. The system’s hardware and software are powered by Donecle, a Toulouse-based startup founded in 2015. According to industry reports, Donecle recently raised €10 million in an April 2026 funding round led by IRDI Capital Investissement and SWEN Capital Partners to accelerate its expansion into the U.S. and European markets. Donecle remains the only solution on the market certified by Airbus, Boeing, the European Union Aviation Safety Agency (EASA), and the U.S. Federal Aviation Administration (FAA).

The U.S. Rollout Strategy

For the U.S. market, Jet Aviation is focusing heavily on enhancing the owner and operator experience through transparency and digitized records. David Best, Senior Vice President of Regional Operations and General Manager of the Americas at Jet Aviation, highlighted the customer-centric approach of the new service.

“We are incredibly excited to work with our colleagues in Europe to bring this new and unique service to our customers in the US. Our team is committed to listening to, and working closely with, our customers to grow our regional offering in ways that make a real difference to the owner and operator experience. The drone and AI technology offers our managed and FBO customers additional peace of mind, providing an accurate, comprehensive, digitized report of the exterior of the aircraft for their records now and in the future.”, David Best, SVP Regional Operations & GM Americas, Jet Aviation

AirPro News analysis

We view Jet Aviation’s U.S. expansion of drone inspections as a clear indicator of the aviation industry’s broader shift from reactive to predictive maintenance. By creating highly accurate “digital twins” of aircraft exteriors, operators can integrate this visual data into broader MRO software systems. This allows maintenance providers to track wear-and-tear over time and predict necessary interventions before a critical failure occurs. This digitization is particularly disruptive for the aircraft sales market, where transparent, apples-to-apples comparisons during Pre-Purchase Inspections are vital.

Furthermore, Jet Aviation’s choice of technology partner is strategically significant given the current U.S. regulatory climate. The U.S. government and the Federal Communications Commission (FCC) have recently intensified scrutiny and placed restrictions on foreign-made drones, particularly those manufactured by Chinese companies like DJI. Because Donecle is a French company holding FAA approvals, Jet Aviation is well-positioned to offer secure, compliant drone services to U.S. operators without running afoul of geopolitical technology restrictions.

Frequently Asked Questions

What types of inspections are currently supported by this technology in the U.S.?
Currently, the U.S. rollout is designated for non-regulated inspections. This includes Pre-Purchase Inspections (PPIs), assessing damage for insurance claims, and verifying exterior conditions for warranty cases.

How much time does the automated drone inspection save?
According to the company, traditional manual visual inspections can take 10 to 12 hours. The automated drone and AI system can complete the same task in under an hour, making it up to 10 times faster.

Who provides the drone and AI technology?
The technology is powered by Donecle, a French aviation technology startup founded in 2015. Their solution is certified by the FAA, EASA, Airbus, and Boeing.

Sources

• Jet Aviation

On May 13, 2026, PMGC Holdings Inc. (Nasdaq: ELAB) announced the successful acquisition of A&B Aerospace, Inc., a California-based precision machining company. According to the company’s official press release, the transaction was completed for a base purchase price of $4.5 million in cash. This move represents PMGC’s fifth acquisition over the past twelve months, underscoring an aggressive roll-up strategy aimed at consolidating U.S.-based precision manufacturing businesses.

The acquisition highlights a growing industry trend where holding companies are capitalizing on the onshoring of U.S. defense and aerospace supply chains. By acquiring established, certified manufacturing facilities, PMGC aims to build a robust platform capable of serving top-tier aerospace and defense contractors.

We have reviewed the transaction details, the historical context of both companies, and broader market-analysis to provide a comprehensive overview of this acquisition and its implications for the aerospace manufacturing sector.

The Acquisition of A&B Aerospace

Legacy and Manufacturing Capabilities

Founded in 1948 and headquartered in Azusa, California, A&B Aerospace brings 76 years of continuous operating history to PMGC’s portfolio. The official press release notes that the facility specializes in high-tolerance parts and assemblies, maintaining tolerances as tight as ±0.0001 inches. The company operates more than twenty modern CNC machines equipped with full 5-axis machining capabilities.

Crucially for the aerospace sector, A&B Aerospace holds AS9100D and ISO 9001:2015 certifications. These rigorous standards are mandatory for supplying major aerospace and defense programs. According to PMGC, A&B’s established blue-chip customer base includes Tier 1 contractors such as Boeing, Honeywell International Inc., and Moog Inc. To ensure operational continuity, PMGC confirmed that Jack Badeau, the current President and long-tenured leader of A&B Aerospace, will remain in his role under a new employment agreement.

Financial Terms of the Deal

The financial structure of the acquisition was detailed in the company’s press release. PMGC acquired 100% of the issued and outstanding shares of A&B Aerospace on a cash-free, debt-free basis. The $4.5 million base purchase price consists of $4.275 million paid at closing, alongside a $225,000 indemnification holdback retained by PMGC. The final price remains subject to customary post-closing adjustments based on net working capital targets.

For the trailing twelve-month period ending February 28, 2026, A&B Aerospace generated approximately $5.0 million in revenue and roughly $610,000 in management-adjusted EBITDA, according to the press release. Based on these disclosed figures, industry research indicates PMGC acquired the aerospace supplier at approximately a 7.3x multiple on management-adjusted EBITDA and a 0.9x multiple on revenue.

PMGC’s Strategic Pivot and Roll-Up Strategy

From Biosciences to Aerospace

To fully understand the context of this acquisition, it is necessary to look at PMGC Holdings Inc.’s recent corporate history. Industry research and public filings reveal that PMGC was formerly known as Elevai Labs Inc., a company founded in 2020 that originally focused on physician-dispensed skincare and biopharmaceutical research. In December 2024, the company executed a strategic reorganization, changing its name to PMGC Holdings Inc. and redomiciling to Nevada.

While the parent company retains its biosciences subsidiaries, it has aggressively pivoted into a diversified holding company. Since 2025, PMGC has executed a targeted roll-up strategy, acquiring three precision CNC manufacturing businesses and a specialty IT packaging company prior to the A&B Aerospace deal.

Capitalizing on Onshoring Trends

The strategic rationale behind PMGC’s pivot is heavily tied to macroeconomic shifts in supply chain management. Prime defense contractors are increasingly prioritizing domestic manufacturing to mitigate global supply chain vulnerabilities. In its press release, PMGC emphasized the high barriers to entry in this sector:

“The Company believes that once a precision machining supplier is qualified on a customer program, customer retention is materially reinforced by the rigorous requalification processes and first article inspection requirements associated with changing manufacturers, creating durable, hard-to-displace customer relationships.”

AirPro News analysis

When evaluating PMGC’s rapid expansion, we must look at the financial-results mechanics driving this growth. On April 8, 2026, PMGC announced it had fully drawn down a $20 million equity purchase facility from Streeterville Capital, LLC. This indicates that the company’s acquisition spree is largely being funded through equity-linked financing rather than traditional debt. While this strategy avoids high-interest debt burdens in a challenging macroeconomic environment, it carries the inherent risk of shareholder dilution.

Market analysts present a mixed view of PMGC’s current financial health. A May 2026 analysis by InvestingPro suggests the company is undervalued based on fair value assessments, but cautions that PMGC is quickly burning through cash to fuel its M&A activities. Furthermore, AI-driven market analysis from Danelfin in May 2026 highlighted extreme price volatility and negative basic earnings per share (EPS) for the stock (Nasdaq: ELAB). These metrics reflect the typical growing pains and high-stakes risks associated with micro-cap companies executing rapid, capital-intensive roll-up strategies. We will continue to monitor PMGC’s balance sheet as it integrates these legacy manufacturing assets.

Frequently Asked Questions (FAQ)

What is a roll-up strategy?
A roll-up strategy is an investment approach where a holding company or private equity firm acquires multiple smaller companies within the same fragmented industry and merges them into a larger, more efficient entity to achieve economies of scale.

Why are AS9100D certifications important?
AS9100D is a widely adopted and standardized quality management system for the aerospace, aviation, and defense industries. Major contractors like Boeing and Honeywell require their suppliers to maintain this certification to ensure parts meet strict safety and reliability tolerances.

Will A&B Aerospace change its operations?
According to the press release, A&B Aerospace will continue operating from its existing facility in Azusa, California, and its current President, Jack Badeau, will remain in leadership.

Sources: PMGC Holdings Inc. Press Release

This article is based on an official press release from Emirates.

On May 18, 2026, Emirates officially broke ground on a monumental US$ 5.1 billion (Dh18.7 billion) engineering complex located at Dubai South, the home of Al Maktoum International Airport (DWC). According to the official press release from the Airlines, this mega-project is designed to become the world’s largest and most advanced commercial aviation maintenance, repair, and overhaul (MRO) facility.

The development represents a critical component of Emirates’ long-term vertical integration strategy. By bringing more skills, infrastructure, parts production, and specialist capabilities in-house, the airline aims to secure its operational future. The official announcement notes that the facility will accommodate the airline’s expanding fleet while also addressing the broader regional and global aviation industry’s future maintenance requirements.

The groundbreaking ceremony was attended by key leadership, including Sir Tim Clark, President of Emirates Airline, underscoring the strategic importance of the new hub. Initially, the facility will handle heavy maintenance and spillover projects from the current Emirates Engineering Centre at Dubai International Airport (DXB), with full completion targeted for mid-2030.

Unprecedented Scale and Technical Capabilities

Facility Specifications

The scale and technical specifications of the new engineering hub are unprecedented in the commercial aviation sector. According to the Emirates media release, the complex will span a staggering 1.1 million square meters (approximately 11.8 million square feet). Once completed, it is projected to be one of the largest buildings in the world by volume and the largest steel structure in the Gulf Cooperation Council (GCC) region.

To support Emirates’ massive wide-body fleet, the hangar complex is specifically designed to service 28 wide-body Commercial-Aircraft simultaneously. Furthermore, the official specifications detail that the site will feature two dedicated painting hangars and will house the largest landing gear workshop in the world.

Operational and logistical space is a major focus of the new development. The facility includes approximately 830,000 square feet of dedicated repair space and an immense 4 million square feet of storage and logistics capacity. To support the human capital required for such an operation, a purpose-built administrative building will provide 540,000 square feet of office space for Emirates Engineering staff, complemented by 162,000 square feet of on-site Training facilities.

Strategic Partnerships and Economic Impact

Aligning with Dubai’s D33 Agenda

The US$ 5.1 billion Investments is expected to create thousands of skilled jobs, ranging from mechanics and aerospace engineers to administrators and logistics specialists. According to local UAE media reports and the official press release, the project aligns directly with the “D33” agenda, a major government initiative aimed at doubling the size of Dubai’s economy over the next decade and consolidating its position as a top global economic and aviation hub.

“Today’s groundbreaking for the US$ 5.1 billion engineering facility is a strategic step forward in Dubai’s future-focused aviation ambitions. The new facility strengthens Emirates Engineering’s vertical integration strategy by bringing more skills, infrastructure, parts production, and specialist capabilities under one roof… This latest investment also aligns directly with Dubai Economic Agenda D33, reinforcing Dubai’s position as a global economic hub and centre of aviation excellence…”

, His Highness Sheikh Ahmed bin Saeed Al Maktoum, Chairman and Chief Executive, Emirates airline and Group (via Emirates Press Release)

The strategic importance of the location was also highlighted by local aviation authorities. The integration of this facility into the Dubai South ecosystem is expected to create a ripple effect of growth for the surrounding aviation infrastructure.

“This project will play a key role in enhancing Dubai’s capabilities to cater to the growing demand for advanced aviation services and maintenance solutions, while reinforcing the emirate’s position as a global benchmark for aviation excellence, innovation, and long-term industry growth.”

, HE Khalifa Al Zaffin, Executive Chairman of Dubai Aviation City Corporation and Dubai South (via Emirates Press Release)

International Cooperation

The facility is being constructed by the China Railway Construction Corporation (CRCC), a Chinese state-owned construction giant, with Artelia appointed as the project consultants. The involvement of CRCC highlights deepening bilateral economic and trade ties between China and the UAE.

“As the main contractor, we will uphold our core values, mobilize premium resources and assemble a professional team to deliver high-standard construction… striving to build a model project for China-UAE cooperation and contribute our full strength to deepening bilateral economic and trade ties…”

, Dai Hegen, Chairman, China Railway Construction Corporation Limited (via Emirates Press Release)

Sustainability and Future Operations

Green Aviation Infrastructure

Emirates is integrating heavy environmental considerations into the mega-project. According to the company’s statements, the engineering complex is expected to set new benchmarks for sustainability in industrial aviation. All project facilities are targeting a LEED Platinum rating, which is the highest certification for green building design. Additionally, the complex will feature extensive solar panel installations across its roofs to generate renewable energy, alongside other green initiatives.

AirPro News analysis

We view this US$ 5.1 billion investment as a highly strategic maneuver by Emirates to insulate itself from ongoing global supply chain vulnerabilities. By dedicating 4 million square feet strictly to storage and logistics, and by building the world’s largest landing gear workshop, Emirates is clearly positioning itself to reduce reliance on third-party MRO providers and overseas parts manufacturers. Furthermore, locating this facility at DWC (Al Maktoum International) signals a definitive, long-term shift of Emirates’ center of gravity away from DXB, laying the physical groundwork for the airline’s eventual wholesale migration to the new mega-airport in the 2030s.

Frequently Asked Questions

When will the new Emirates engineering facility be completed?
According to the official timeline provided by Emirates, construction is expected to be completed by mid-2030.

How much is Emirates investing in this project?
The airline is investing US$ 5.1 billion (Dh18.7 billion) into the development of the complex.

Who is building the new facility?
The main contractor for the project is the China Railway Construction Corporation (CRCC), with Artelia serving as the project consultants.

What is the capacity of the new hangar complex?
The facility is designed to service 28 wide-body aircraft simultaneously.

Sources:
Emirates Official Media Centre