Duncan Aviation has placed a prepaid order for 40 Gogo Galileo HDX inflight connectivity systems, securing immediate hardware availability for its business aviation customers amid a broader industry transition to Low Earth Orbit satellite networks.

The transaction, announced by Gogo Inc. in a press release on October 13, 2026, represents the connectivity provider’s largest single Maintenance, Repair, and Overhaul (MRO) order of the year. By stockpiling the electronically steered antennas, Duncan Aviation aims to bypass potential supply chain bottlenecks and offer flexible installation schedules for operators upgrading their aircraft.

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Securing supply for LEO upgrades

The business aviation sector is experiencing a rapid shift toward Low Earth Orbit (LEO) connectivity solutions, which promise lower latency and higher bandwidth than legacy geostationary or air-to-ground systems. To meet this demand, Duncan Aviation opted to pre-purchase the hardware.

Nate Klenke, modifications sales manager at Duncan Aviation, noted that rising expectations around inflight connectivity are driving the demand for the Galileo HDX.

“Having equipment on hand gives us greater flexibility to plan installations around our customers’ schedules. We have confidence in the technology and in Gogo’s ability to support our team and customers over the long term,” Klenke said.

Michael Skou Christensen, chief revenue officer at Gogo, stated that the company is prepared to support Duncan Aviation as it rolls out the high-performance system to a wider range of aircraft.

The Gogo Galileo HDX architecture

The Galileo HDX is an Electronically Steered Antenna (ESA) designed specifically for business aircraft, ranging from light jets and turboprops to large-cabin airframes. The hardware weighs 21.6 pounds (9.80 kilograms) and features a compact form factor suitable for both retrofit and line-fit installations.

Operating on the Eutelsat OneWeb enterprise-grade LEO network, the HDX system is engineered to deliver maximum download speeds of 60 Mbps and upload speeds of 11 Mbps.

Expanding certification and market reach

The 40-system order builds on a prior collaboration between the two companies. On September 11, 2024, Gogo and Duncan Aviation completed the first installation of the Galileo HDX on a Bombardier Challenger 300, a milestone that initiated the flight testing phase for the new antenna.

Since that initial installation, the system’s approved applications have expanded. On July 1, 2026, Gulfstream Aerospace secured a Federal Aviation Administration (FAA) Supplemental Type Certificate (STC) to install the Galileo HDX on Gulfstream G650 and G650ER aircraft, broadening the aftermarket availability for large-cabin operators.

Gogo, headquartered in Broomfield, Colorado, has also been expanding its broader communications portfolio. On October 8, 2026, the company announced a multi-million dollar contract with an overseas sovereign customer, further diversifying its multi-orbit, multi-band offerings across business and government aviation sectors.

AirPro News analysis

Duncan Aviation’s decision to prepay for 40 unallocated systems highlights a strategic shift in how major MRO providers manage connectivity upgrades. Rather than ordering hardware on a per-aircraft basis, securing a bulk inventory protects the MRO from supply chain volatility and provides a competitive advantage in scheduling. As operators increasingly view high-speed LEO connectivity as a baseline requirement rather than a luxury, MROs with hardware on hand will likely capture a larger share of the retrofit market.

GE Aerospace (NYSE: GE) and regional government partners announced a £57 million investment package on October 12, 2026, to expand the manufacturer’s commercial engine maintenance facility in Prestwick, Scotland. The project includes the construction of a 55,000-square-foot building and the creation of approximately 150 jobs over the next five years.

Detailed in a company press release, the expansion targets increased capacity for widebody engine maintenance amid surging aftermarket demand. The initiative is supported by £27 million in public funding from the Ayrshire Growth Deal, a regional economic stimulus program focused on the Prestwick Aerospace Cluster.

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Public and private investment structure

The £57 million baseline package consists of a £30 million direct investment from GE Aerospace and £27 million from the Ayrshire Growth Deal. The public funding portion is divided among the UK Government, which is contributing £18 million, the Scottish Government with £8 million, and South Ayrshire Council providing £1 million.

Scottish Enterprise plans to contribute an additional £6 million to the project, which follows more than two years of analysis and planning with regional stakeholders.

“With more than £18 million of UK Government funding we are unlocking private sector investment, boosting skilled jobs and helping drive good growth in every Scottish postcode,” UK Government Minister for Scotland Melanie Ward stated.

Local leaders emphasized the economic impact on the region, located approximately 30 miles southwest of Glasgow. Brian Connolly, Leader of South Ayrshire Council, noted the investment will retain highly skilled jobs and reinforce Prestwick’s position as a leading aerospace location in the United Kingdom. Deputy First Minister of Scotland Jenny Gilruth added that the expansion demonstrates a commitment to building on the strengths of the advanced manufacturing and engineering sectors.

To support the workforce pipeline required for the expansion, GE Aerospace also announced a £75,000 donation to Ayrshire College for training equipment.

Prestwick’s role in the global MRO network

Operating since 1980, the Prestwick site is one of two flagship Maintenance, Repair and Overhaul (MRO) facilities for GE Aerospace in the UK. The facility specializes in the GEnx engine family, specifically the GEnx-1B, an engine option for the Boeing 787 Dreamliner, and the GEnx-2B, which powers the Boeing 747-8 passenger and freighter variants.

Construction of the new 55,000-square-foot building is scheduled to support full operations by the first quarter of 2028. The company plans to hire the projected 150 workers between 2026 and 2031.

“This investment reflects GE Aerospace’s commitment to our customers and to the future of our Prestwick site. By expanding and modernising the facility with the help of government partners, we are improving capacity, operational flow and readiness for future demand, while helping hire and train additional workers from the area,” said Andy Prow, Site Leader for GE Aerospace in Prestwick.

Reuben Aitken, Managing Director of Investment & International at Scottish Enterprise, noted that the expansion builds on decades of engineering expertise at the site. Aitken stated that expanding capacity and enhancing productivity will strengthen the site’s competitiveness and increase its contribution to Scotland’s exports.

Broader UK aftermarket strategy

The Prestwick expansion is part of a broader modernization effort across GE Aerospace’s UK footprint, where the company employs approximately 4,100 people. In August 2026, the manufacturer announced a £19 million investment to upgrade its other major UK MRO facility in Nantgarw, Wales.

GE Aerospace supports an installed base of approximately 50,000 commercial and 30,000 military aircraft engines worldwide, employing 57,000 people globally. The commercial engine aftermarket is currently experiencing high demand. As airlines face constraints on new aircraft deliveries, operators are extending the service life of current-generation widebody aircraft to meet rebounding international travel demand, increasing the requirement for heavy engine maintenance.

AirPro News analysis

We view the £57 million Prestwick expansion as a necessary capacity play for GE Aerospace as the GEnx engine fleet matures into its first and second heavy maintenance cycles. With airlines flying Boeing 787 and 747-8 aircraft harder and longer due to supply chain bottlenecks at the original equipment manufacturer level, aftermarket facilities are becoming choke points. By securing £27 million in public funding, GE Aerospace has effectively subsidized its capacity growth while providing local governments with a high-visibility win for regional aerospace employment.

French aerospace supplier Latecoere has secured a contract from Airbus Helicopters to provide specialized Cockpit Control Panels for the H175 super-medium helicopter equipped with the new Full Icing Protection System (FIPS).

The agreement, announced in an October 13, 2026 press release, tasks the Toulouse-based manufacturer with delivering the interfaces required to manage the aircraft’s critical anti-icing functions. The new panels will support Airbus in its push to certify the H175 for unrestricted operations in severe cold-weather environments, expanding the operational envelope for operators in extreme climates.

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Expanding the H175 operational envelope

The Airbus Helicopters H175 is a super-medium twin-engine Helicopters designed for offshore transportation, search and rescue (SAR), public services, and VIP transport. The Full Icing Protection System is an Airbus-developed technology designed to allow the rotorcraft to operate safely in known icing conditions. Ice accumulation on helicopter rotor blades and airframes degrades aerodynamic lift, increases aircraft weight, and can induce severe vibrations. To counter these hazards, the H175 FIPS configuration incorporates heated main and tail rotor blades designed to melt accumulated ice.

According to Airbus, the system also includes a winter kit for the engine air intake, a horizontal stabilizer protection plate, an active ice detector, and a heated windscreen. The manufacturer has been conducting an extensive cold-weather and icing testing campaign for the H175 FIPS in North America, detailing the ongoing flight tests in a May 27, 2024 update.

Once certified, the FIPS upgrade will permit H175 crews to fly at altitudes up to 10,000 feet in icing conditions with temperatures dropping to -40 degrees Celsius, with no time limitations. This capability is considered a critical requirement for operators conducting offshore energy transport and SAR missions in regions such as Canada and Norway, where all-weather availability is a contractual necessity. The technology leverages anti-icing architectures already integrated and proven on the military NH90 and the heavy H225 helicopter platforms.

Deepening a legacy supplier relationship

Latecoere will manufacture the dedicated Cockpit Control Panels that allow H175 flight crews to manage, monitor, and control the FIPS functions during flight. The October 13, 2026 contract builds upon an established supplier relationship between the two companies. Latecoere was initially selected by Airbus Helicopters on September 14, 2017 to supply the standard cockpit control panels for the H175 program.

The press release did not specify a delivery timeline for the new FIPS-specific panels or a target date for the final certification of the H175 FIPS configuration.

“We are particularly proud of this new award from Airbus Helicopters, which marks a significant milestone in our relationship and signals the beginning of a new chapter in our collaboration,” stated François-Xavier Choussy, Chief Sales & Programs Officer EMEA of Latecoere. “This selection is a strong recognition of the renewed confidence Airbus Helicopters places in Latecoere and in our ability to deliver competitive solutions that meet the highest standards of safety, reliability and performance.”

Choussy added that the contract reflects the technical excellence of the company’s teams and reinforces Latecoere’s ambition to support Airbus Helicopters in the coming years.

Latecoere corporate footprint and market position

Headquartered in Toulouse, France, Latecoere operates as a Tier-1 aerospace partner supplying major original equipment manufacturers across the global aviation industry. The company divides its operations into four primary business segments: aerostructures, interconnection systems, aviation services, and space applications. Its aerostructures division produces doors, fuselages, and wings, while the interconnection systems branch manufactures wiring and avionics racks.

Beyond Airbus, Latecoere’s client portfolio includes Boeing, BAE Systems, Bombardier, Dassault Aviation, Embraer, and Lockheed Martin. Listed on the Euronext Paris exchange, the group reported generating €756.7 million in revenue during the 2025 financial year. The company maintains a global manufacturing and engineering footprint, operating facilities across 13 countries and employing over 6,000 people as of 2025.

AirPro News analysis

We view the integration of the Full Icing Protection System as a critical commercial milestone for the H175 program. By porting anti-icing technology previously developed for the military NH90 and heavy H225 platforms onto a super-medium airframe, Airbus Helicopters is directly targeting high-margin offshore and search and rescue operators in the North Sea and Canadian markets. For Latecoere, securing the FIPS cockpit panel contract solidifies its position on a key rotorcraft program and demonstrates the supplier’s ability to capture incremental value as original equipment manufacturers upgrade existing platforms for specialized mission profiles.