Boeing and SES Partner to Factory-Fit Aircraft with Advanced Satellite Connectivity

2026-04-14 hardware

Luxembourg, Tuesday 14 April 2026
Boeing will now install SES satellite hardware directly on the assembly line, dramatically streamlining high-speed connectivity upgrades for commercial airlines and signalling robust growth in aerospace communications infrastructure.

Streamlining Connectivity Amidst Historic Backlogs

On 14 April 2026, SES announced a collaboration with Boeing to install in-cabin hardware networks during the factory production process [1]. This line-fit approach marks a departure from traditional retrofitting, saving airlines critical downtime. The commercial aerospace sector is currently grappling with a massive backlog of approximately 17,000 aircraft orders, a queue that would take roughly 12 years to clear at present production rates [4]. By integrating satellite communication hardware directly on the assembly line, Boeing aims to alleviate some of the operational bottlenecks that commercial airlines face when attempting to upgrade their fleets with modern, high-tech systems.

Advanced Materials and the Production Ramp-Up

Delivering on these hardware integrations requires highly robust supply chains, particularly in high-tech systems and materials (HTSM). The average age of global commercial airline fleets reached 14.8 years in 2024, notably higher than the historical average of 13.8 years [4]. This ageing fleet dynamic is forcing original equipment manufacturers to aggressively scale up production. Boeing, which delivered 583 commercial aircraft in 2025 compared to Airbus’s 793, is forecasting 600 deliveries in 2026 [5]. This represents a projected year-on-year delivery growth of 2.916 per cent for the American manufacturer [5].

The Dual-Use Aerospace and Defence Ecosystem

The SES and Boeing partnership also underscores the growing intersection between commercial space infrastructure and defence-related manufacturing. Boeing’s revenue is heavily weighted towards dual-use and military applications, with defence, space, and security accounting for 46.3 per cent of its net sales, while commercial aviation makes up 30.4 per cent [1]. Geographically, the United States remains Boeing’s largest market, generating 53.8 per cent of its sales, followed by Asia at 18.4 per cent [1].

Energy Transition Hardware in Next-Generation Flight

While satellite connectivity enhances the passenger experience, the aerospace industry is simultaneously directing massive capital into energy transition hardware. The advanced air mobility (AAM) sector is experiencing a pivotal year in 2026, marked by significant progress in electric vertical takeoff and landing (eVTOL) aircraft [5]. For example, Eve Air Mobility completed the first flight of its uncrewed full-scale eVTOL prototype in February 2026, securing $150 million in financing to support a backlog of approximately 2,900 potential orders valued at over $8 billion [5]. Similarly, Surf Air Mobility signed a firm order in March 2026 for 25 of Beta Technologies’ all-electric conventional takeoff and landing (CTOL) aircraft [5].

Sources & Ecosystem Partners

Aerospace hardware Satellite communications