MRO & Manufacturing
Radia and Atitech Partner to Support WindRunner Aircraft in EMEA
Radia partners with Atitech for MRO and engineering support of the WindRunner aircraft, enabling large-scale wind energy and defense logistics.
Radia and Atitech Forge Alliance for the Mammoth WindRunner™ Aircraft
In a significant move for the aerospace and renewable energy sectors, Radia has announced a strategic collaboration with Atitech, the largest independent Maintenance, Repair, and MRO (MRO) provider in the EMEA region. This partnership centers on Radia’s groundbreaking WindRunner™ aircraft, a machine of unprecedented scale designed to solve one of the biggest logistical hurdles in wind energy: transporting massive turbine blades to remote locations. The collaboration marks a critical step in building the global supply and support network necessary to bring this colossal aircraft to operational status.
The alliance is more than a simple service agreement; it represents a fusion of American aerospace innovation with premier European industrial capability. Radia, a U.S.-based company, is developing the WindRunner™ to be the largest aircraft in the world by volume. Atitech, headquartered in Naples, Italy, will provide essential MRO services, engineering support, and assistance for the aircraft’s final assembly line. This partnership not only reinforces Radia’s commitment to working with world-class leaders but also significantly strengthens its industrial footprint in Europe, ensuring the WindRunner™ has a robust support system from day one.
The implications of this venture extend beyond commercial logistics. The WindRunner™ is engineered as a dual-use aircraft, poised to address critical needs in both the green energy transition and global defense. While its primary mission is to enable the deployment of larger, more efficient wind turbines in previously inaccessible areas, its immense cargo capacity also offers a solution to the strategic airlift gap faced by the U.S. and its allies for transporting oversized military equipment. This collaboration with Atitech is fundamental to ensuring the aircraft’s reliability and readiness for these diverse and demanding missions.
The WindRunner™: A New Scale in Aviation and Logistics
To grasp the significance of the WindRunner™, we must first understand its sheer scale. With a length of 356 feet and a cargo bay boasting twelve times the volume of a Boeing 747, it is an aircraft in a class of its own. This immense size is not for vanity; it is a direct response to a pressing industry need. The largest and most efficient wind turbine blades can now exceed 100 meters in length, making them impossible to transport over land via existing road and rail infrastructure. The WindRunner™ is purpose-built to carry these gigantic components directly to installation sites.
Beyond its size, the aircraft’s operational capabilities are what make it a true game-changer. It is designed to take off from and land on semi-prepared runways as short as 1,800 meters (6,000 feet). This feature unlocks the potential for developing wind farms in remote, land-locked regions that were previously out of reach, dramatically expanding the map for renewable energy generation. By overcoming the transportation bottleneck, the WindRunner™ aims to make onshore wind energy more accessible and cost-effective on a global scale.
The aircraft’s design also incorporates a strategic dual-use function. Its cavernous hold is capable of transporting heavy and outsized military cargo, such as helicopters, armored vehicles, and other critical assets, without the need for disassembly. This capability directly addresses a known shortfall in military logistics, offering a new option for rapid, global deployment that complements existing airlifters like the C-5 and C-17. The partnership with a seasoned MRO provider like Atitech is crucial for maintaining the high-readiness levels required for such defense and humanitarian missions.
“WindRunner is more than an aircraft; it’s a global response to one of the most pressing logistics problems of our time.”
– Mark Lundstrom, Founder and CEO of Radia
Building a Global Aerospace Powerhouse
The Atitech Advantage
The Memorandum of Understanding signed between Radia and Atitech lays the groundwork for a deep, multifaceted collaboration. Atitech’s role is pivotal, extending from providing traditional MRO services to offering sophisticated engineering support and direct assistance to Radia’s Final Assembly Line. As the largest independent MRO provider in the Europe, Middle East, and Africa (EMEA) region, Atitech brings decades of experience in maintaining complex aircraft fleets for both commercial and governmental operators.
This Partnerships is designed to ensure the WindRunner’s long-term operational integrity. “Atitech represents the best of European aerospace capability: technical precision, responsiveness, and global standards,” noted Giuseppe Giordo, President and CEO of Radia’s Italian Operations. He emphasized that Atitech’s expertise aligns perfectly with Radia’s goal of guaranteeing the WindRunner’s availability for its varied missions worldwide. For Atitech, the collaboration is a landmark achievement. Chairman and CEO Gianni Lettieri stated it “positions Atitech to help develop and sustain a new class of outsized air transport essential for global energy transition and mobility.”
The collaboration also anchors a significant portion of the WindRunner™ program in Southern Italy, a region with a rich aerospace heritage. This move is expected to leverage local expertise and industrial capacity, contributing to the development and certification of the aircraft. By integrating Atitech into the core of its production and sustainment strategy, Radia is building a resilient and globally distributed operational framework for its revolutionary aircraft.
A Network of Titans
The agreement with Atitech is a key piece in a much larger puzzle. Radia has been methodically assembling a global network of premier aerospace partners to bring the WindRunner™ to life. This “best-of-breed” approach ensures that every major component of the aircraft is developed by a leader in its respective field. Atitech joins an impressive roster of collaborators that reads like a who’s who of the global aerospace industry.
Among these partners are Leonardo of Italy, tasked with developing the fuselage; Spanish firms Aciturri and Aernnova, which are responsible for the composite tail structure and the wings, respectively; and Akaer Engenharia of Brazil, which is leading the development of the pressurized cabin. The Avionics systems are being integrated by Astronautics Corporation of America, while the U.K.’s Element Materials Technology is supporting the fuel system design. This transatlantic collaboration underscores the project’s global scope and its reliance on a diverse pool of specialized expertise.
Radia’s strategy of announcing these partnerships in stages, including a major reveal ahead of its debut at the Paris Air Show, highlights the project’s steady momentum. Each new collaboration de-risks the program and moves the WindRunner™ closer to its first flight. By building this robust and geographically diverse supply chain, Radia is not just constructing an aircraft; it is creating an entire industrial ecosystem capable of supporting a new era in oversized air transport.
Charting the Future of Oversized Logistics
The strategic collaboration between Radia and Atitech is a pivotal development for the WindRunner™ program. It solidifies the essential maintenance and support framework required for an aircraft of this complexity and ambition. By securing a partnership with the EMEA region’s top MRO provider, Radia has taken a decisive step toward ensuring the fleet’s long-term reliability and operational readiness. This move signals that the WindRunner™ is progressing from a bold concept to a tangible asset poised to redefine logistics for both the renewable energy and defense sectors.
Looking forward, this alliance strengthens Radia’s European industrial base and accelerates the aircraft’s path to certification and commercial operation. The success of the WindRunner™ has the potential to unlock vast new territories for wind energy development, contributing significantly to global climate goals. Simultaneously, its strategic airlift capabilities could provide Western nations with an invaluable tool for global mobility and crisis response. The Radia-Atitech partnership is more than a business deal; it is a foundational element in building the future of large-scale, heavy-lift aviation.
FAQ
Question: What is the Radia WindRunner™?
Answer: The WindRunner™ is an aircraft being developed by Radia, designed to be the world’s largest cargo aircraft by volume. Its primary purpose is to transport oversized cargo, such as massive wind turbine blades longer than 100 meters, to remote locations. It also has a dual-use function for military and humanitarian strategic airlift.
Question: Why is the partnership with Atitech important?
Answer: Atitech is the largest independent Maintenance, Repair, and Overhaul (MRO) provider in the EMEA region. Their collaboration with Radia is crucial for providing engineering support, MRO services, and assistance with the final assembly. This ensures the WindRunner’s long-term reliability, safety, and operational readiness for its diverse missions.
Question: Who are some of Radia’s other partners on the WindRunner™ project?
Answer: Radia has built a global supply network with several leading aerospace companies, including Leonardo (fuselage), Aciturri (tail structure), Aernnova (wings), Akaer Engenharia (pressurized cabin), and Astronautics Corporation of America (avionics).
Sources
Photo Credit: Radia
MRO & Manufacturing
CMA CGM Acquires Crystal Aero Solutions for Air Cargo MRO
CMA CGM Group agrees to acquire Crystal Aero Solutions, securing line maintenance ahead of eight Airbus A350F deliveries from 2027.
CMA CGM Group announced a preliminary agreement on June 12, 2026, to acquire Crystal Aero Solutions, securing dedicated line and light maintenance capabilities for its expanding air cargo division.
The acquisitions, detailed in a company press release, integrates maintenance operations directly into CMA CGM AIR CARGO as the carrier prepares to double its freighter fleet. Crystal Aero Solutions, which officially became a maintenance partner for the shipping group’s aviation arm in 2024, operates primarily out of Paris Charles de Gaulle Airport (CDG), with additional facilities in Brussels and Liège.
Fleet expansion drives maintenance integration
CMA CGM AIR CARGO currently operates a fleet of eight freighter aircraft, consisting of five Boeing 777Fs, two Boeing 747Fs, and one Airbus A330F. The division is scheduled to take delivery of eight new Airbus A350F aircraft starting in 2027, which will double its operational capacity.
Securing in-house maintenance capabilities ensures operational reliability for this growing fleet across key European logistics hubs. Following the acquisition, Crystal Aero Solutions will retain its current management structure and continue to operate as an independent provider for its existing third-party airline customers.
“This transaction marks a new milestone in the development of our air freight activities. As our fleet continues to grow, we will be able to rely on the expertise and know-how of Crystal Aero Solutions’ teams to support our operations across several strategic platforms and support the continued growth of CMA CGM AIR CARGO,” said Damien Mazaudier, Senior Vice President of the Air Division of the CMA CGM Group.
Strategic positioning in European cargo hubs
Since its launch in March 2021, CMA CGM AIR CARGO has steadily built its network to complement the parent company’s maritime and land logistics operations. The acquisition of a specialized aviation maintenance provider represents a shift toward vertical integration within the group’s aerospace division.
By bringing line and light maintenance under its corporate umbrella, CMA CGM Group aims to protect its flight schedules from external supply chain and maintenance bottlenecks. The geographic footprint of Crystal Aero Solutions aligns directly with the cargo airline’s primary European operational bases.
AirPro News analysis
We view this acquisition as a necessary maturation step for CMA CGM AIR CARGO. Operating a mixed fleet of Boeing and Airbus widebody freighters requires complex maintenance planning. As the carrier prepares to introduce the Airbus A350F into commercial service, having a captive Maintenance, Repair, and Overhaul (MRO) provider for line maintenance will be critical to maintaining high dispatch reliability. Relying entirely on third-party MROs introduces scheduling risks that a rapidly scaling logistics provider cannot easily absorb. By allowing Crystal Aero Solutions to continue serving outside customers, CMA CGM also offsets the overhead costs of the maintenance operation while securing priority service for its own aircraft.
Sources: CMA CGM Group
Photo Credit: CMA CGM Group
MRO & Manufacturing
Radia and Italy Sign MoU to Support WindRunner Program
Radia and MIMIT signed an MoU on June 18, 2026, to integrate Italian industrial capabilities into the WindRunner cargo aircraft.
U.S.-based aerospace company Radia and the Italian Ministry of Enterprises and Made in Italy (MIMIT) signed a Memorandum of Understanding (MoU) on June 18, 2026, to integrate Italian industrial capabilities into the development of the WindRunner ultra-large Cargo-Aircraft.
The agreement, announced in a joint press release, establishes a framework to leverage Italy’s aerospace sector to support the production and scaling of the high-capacity transport aircraft. The partnership specifically targets industrial participation in the Campania and Puglia regions.
Expanding the European supply chain
Radia already maintains a significant presence in Italy, with Rome serving as one of its principal headquarters outside the United States. The new agreement with MIMIT aims to deepen this relationship by exploring industrial development opportunities within the country.
The collaboration focuses on the WindRunner program, an aircraft designed to transport outsized cargo for the defense, energy, and aerospace sectors. According to the press release, any future Investments or program decisions resulting from the MoU remain subject to further analysis, approvals, and additional agreements.
“No new strategic airlift aircraft has entered production anywhere in the world in more than a decade. WindRunner is being developed to help address that gap by providing a new capability for transporting mission-critical, outsized cargo. We are proud to strengthen our collaboration with MIMIT and with Italy’s aerospace and industrial sectors as we advance this transformational program,” said Mark Lundstrom, Founder and CEO of Radia.
WindRunner operational capabilities
The WindRunner is engineered to address critical gaps in global logistics and strategic mobility. The aircraft features 6,800 cubic meters of usable cargo space, which Radia notes is ten times larger than the volume of a Boeing 777.
To facilitate direct Delivery to remote or austere locations, the aircraft is designed to operate on semi-prepared or compacted dirt runways with a minimum length requirement of 1,800 meters.
Lundstrom highlighted the defense applications of the platform, stating that allied nations will require new airlift capabilities as strategic mobility requirements continue to grow. Radia has been actively positioning the aircraft for military logistics, appointing former United States Air Force (USAF) Lieutenant General Rick Moore to its advisory board on February 19, 2026.
Strategic positioning and market entry
The MIMIT agreement follows a series of supply chain announcements from Radia. On June 3, 2025, the company secured Partnerships with five aerospace suppliers, including Spain’s Aciturri Aeronautica, to manufacture the composite tail structure for the WindRunner.
Radia previously showcased the aircraft design at the Singapore Airshow on January 27, 2026, signaling its intent to market the platform globally for both commercial energy projects and defense logistics.
AirPro News analysis
We view the formalization of ties between Radia and the Italian government as a strategic move to secure European industrial backing and potential state-level support for the WindRunner program. Italy possesses a robust aerospace Manufacturing base, particularly in composite materials and aerostructures, which aligns with the production needs of an ultra-large clean-sheet aircraft. By targeting the Campania and Puglia regions, Radia is likely positioning itself to tap into established aerospace clusters and regional development incentives. The conditional language in the MoU indicates that binding financial and production commitments are still pending, but the agreement lays the necessary political groundwork for future manufacturing contracts.
Sources: Radia Press Release (MIMIT MoU)
Photo Credit: Radia
MRO & Manufacturing
Boeing Shanghai Opens New MRO Hangar at Pudong Airport
Boeing Shanghai’s new $117M MRO hangar at Pudong Airport opens with capacity for six aircraft and 787 contracts secured.
Boeing Shanghai Aviation Services officially opened a new maintenance, repair, and overhaul (MRO) hangar at Shanghai Pudong International Airport (PVG) on June 17, 2026, expanding its capacity to service up to six aircraft simultaneously. The facility, billed as the largest single-span aviation maintenance structure in China, targets the growing demand for widebody heavy maintenance across the Asia-Pacific region.
According to Aviation Week, the expansion represents an 850 million RMB (approximately $117 million) investment by the joint venture, which comprises The Boeing Company, the Shanghai Airport Authority, and China Eastern Airlines (MU). The new hangar spans 125 Mu within the Lin-gang Special Area of the China (Shanghai) Pilot Free Trade Zone, positioning the company to capture a larger share of an aftermarket sector expected to surge as global fleets age and regional air travel rebounds.
Facility capabilities and early contracts
The newly inaugurated hangar is designed to accommodate four widebody and two narrowbody aircraft concurrently. This physical expansion directly supports recent long-term service agreements secured by the maintenance provider to support international operators.
In December 2024, Boeing Shanghai signed a five-year base maintenance contract with South Korean carrier Air Premia (YP) to service its Boeing 787 Dreamliner fleet. This was followed by a September 2025 agreement with Virgin Atlantic Airways (VS) for Boeing 787 heavy maintenance services, which are scheduled to commence in the new facility in 2026.
In official company releases, Boeing Shanghai CEO Mark Sisson stated that the physical expansion reflects the joint venture’s ambition to serve the industry with “unparalleled efficiency and expertise.” Sisson noted that the long-term maintenance agreements demonstrate the facility’s technical capabilities while strengthening strategic airline partnerships.
Regional MRO market expansion
The opening of the Pudong facility occurs against a backdrop of rapid growth in the Chinese aviation aftermarket. Aviation Week reports that China’s commercial aircraft fleet is projected to reach 5,800 airframes over the next decade. This fleet expansion is forecast to drive an annual MRO market valuation of $22.9 billion by 2035.
Competitors are also scaling up infrastructure to meet this anticipated demand. China Southern Airlines (CZ) recently initiated construction on a base maintenance hangar at Urumqi Tianshan International Airport (URC), while China Eastern Airlines is developing its own 110,000-square-meter maintenance facility at Shanghai Pudong.
AirPro News analysis
We view the completion of the Boeing Shanghai hangar as a critical capacity injection for the Asia-Pacific widebody maintenance sector. As airlines continue to operate older Boeing 777 and Boeing 767 airframes longer than initially planned due to global supply chain constraints and new aircraft delivery delays, heavy maintenance slots have become increasingly scarce. By securing five-year commitments from international operators like Virgin Atlantic and Air Premia well before the hangar doors opened, Boeing Shanghai has validated the regional demand for certified Boeing 787 heavy maintenance. The concentration of competing MRO infrastructure at Shanghai Pudong also cements the airport’s status as a primary technical hub for the Asia-Pacific aftermarket.
Sources: Aviation Week, Shanghai Lin-gang Special Area
Photo Credit: Shanghai Lin-gang Special Area
-
Sustainable Aviation4 days agoDelta Air Lines Installs VCT Finlets on 240 Boeing 737NG Jets
-
MRO & Manufacturing6 days agoHoneywell Aerospace Spin-Off Approved, Nasdaq Debut June 2026
-
Aircraft Orders & Deliveries6 days agoMooney International Bids to Acquire Spirit Airlines Assets
-
Defense & Military2 days agoVC-25B Bridge Aircraft Arrives at Joint Base Andrews
-
MRO & Manufacturing6 days agoAirbus CEO Warns on EU Costs at New A321neo Line Opening