STRATEGIC INSIGHTS SERIES
The Strategic Insights Series is a collection of evidence-based analytical publications examining the managerial, operational and strategic implications of the technology-driven sustainability transition in commercial aviation. Each publication focuses on a specific transition challenge, combining industry evidence, regulatory developments and applied analysis to translate emerging technologies and policy changes into practical implications for airline decision-making.
The SAF Challenge: How the 2030 ReFuelEU Mandate Is Becoming an Airline Management Problem
August 2026 | Article 3
The 2030 ReFuelEU Aviation mandate will raise the required share of sustainable aviation fuel (SAF) in the European aviation fuel mix from 2% to 6%, turning fuel decarbonisation into an increasingly important airline management challenge. This article examines what that shift could mean for airline economics, using Ryanair as a benchmark for the European low-cost airline model. While SAF production costs are expected to decline over time, considerable uncertainty remains around the future evolution of conventional fuel, non-synthetic SAF and synthetic SAF prices, meaning that compliance with the mandate could still create material additional costs for airlines. These costs may affect fares, margins, passenger demand, cash flow and the financial capacity available for fleet renewal and other transition investments. The implications will cut across commercial, finance, procurement, sustainability and revenue-management functions, requiring airlines to continuously reassess pricing decisions, cost assumptions and financial forecasts as fuel markets evolve. The article argues that the ability to manage SAF economics dynamically could become a differentiating capability, separating airlines that can actively shape the transition from those forced merely to react to it. Ultimately, the SAF transition will not be determined only in refineries, but also in airline boardrooms, commercial teams and revenue-management systems, where the financial and strategic consequences of fuel decarbonisation will ultimately be managed.
The Managerial Challenge for Airlines in Hydrogen Aviation: Building Organisational Capabilities Before LH2 Aircraft Adoption
June 2026 | Article 2
The transition towards hydrogen aviation represents not only a technological challenge, but also a long-term organisational transformation for airlines. Although commercial liquid hydrogen (LH₂) aircraft are unlikely to enter airline fleets at scale in the near term, the capabilities required to integrate them into existing operations cannot be developed overnight. This article examines why airlines should begin preparing for LH₂ aircraft adoption well before their entry into service, considering the implications for fleet and network planning, operational processes, organisational structures and coordination with airports and the wider hydrogen ecosystem. Particular attention is given to low-cost and high-aircraft-utilisation airlines, where the introduction of a fundamentally different aircraft technology could challenge established advantages such as fleet commonality, operational simplicity and rapid turnarounds. The article argues that early capability-building, cross-functional learning and strategic flexibility will be essential for managing uncertainty and enabling future LH₂ aircraft adoption. Hydrogen aviation should therefore be approached as a transition-management challenge whose organisational preparation begins well before the aircraft themselves enter commercial operation.
What the AZEA Roadmap Means for Future Hydrogen Airline Operations
April 2026 | Article 1
The Alliance for Zero-Emission Aviation (AZEA) roadmap outlines a pathway for the development of hydrogen aviation in Europe, but the implications of liquid hydrogen (LH₂) aircraft extend well beyond technological and infrastructure readiness. This article examines the transition from an airline operations and management perspective, focusing on aircraft integration, turnaround operations and dual-fleet management. Hydrogen refuelling, new safety procedures and ground-handling requirements may add complexity to aircraft turnarounds and challenge high-utilisation operating models, while uneven LH₂ availability and airport infrastructure readiness are likely to constrain early network deployment. Airlines may therefore need to introduce LH₂ aircraft progressively into selected sub-networks while continuing to operate conventional fleets using fossil jet fuel and/or SAF. These challenges are particularly significant for low-cost carriers, whose competitiveness relies heavily on fleet commonality, short turnaround times and high aircraft utilisation. Ultimately, the commercial viability of LH₂ aircraft will depend not only on technological readiness, but also on their effective integration into existing airline operating systems.