Navigating the Skies: Market Research Strategies Reshaping the Global Aerospace and Defence Industry in 2024
Overview: A Sector in Strategic Transformation
The global aerospace and defence (A&D) industry is undergoing one of its most significant periods of structural change in decades. Valued at approximately $925 billion in 2023, the sector is projected to reach $1.3 trillion by 2030, representing a compound annual growth rate (CAGR) of roughly 5.1%, according to data aggregated from sources including the Aerospace Industries Association (AIA) and the Stockholm International Peace Research Institute (SIPRI). For market researchers embedded in this sector, understanding how to gather reliable intelligence, interpret geopolitical signals, and model procurement cycles has never been more critical.
From commercial aviation's post-pandemic recovery to the surge in sovereign defence spending across NATO member states, the A&D market presents a uniquely complex research environment. Unlike consumer-facing industries where survey panels and focus groups dominate, aerospace and defence research demands a sophisticated blend of quantitative modelling, expert elicitation, and regulatory intelligence. This article explores the key market dynamics, methodological considerations, and actionable strategies that professional market researchers must employ to generate high-quality insight in this sector.
Key Market Drivers Reshaping the Aerospace and Defence Landscape
Several macro-level forces are simultaneously compressing and expanding different sub-segments of the A&D market. Researchers must first calibrate their work against these dynamics before designing any primary research programme.
- Geopolitical realignment and defence budget expansion: Following Russia's invasion of Ukraine in 2022, NATO nations collectively committed to meeting the 2% GDP defence spending threshold. Germany's announcement of a €100 billion special defence fund and Poland's record 4% GDP defence allocation in 2023 have created significant procurement pipeline opportunities — particularly in armoured vehicles, missile systems, and cyber defence capabilities.
- Commercial aviation's uneven recovery: While international passenger traffic recovered to 94% of 2019 levels by mid-2024 (per IATA data), aircraft delivery backlogs at Boeing and Airbus remain historically high. Airbus reported a backlog exceeding 8,600 aircraft as of Q1 2024, creating a research goldmine for supply chain analysts and MRO (maintenance, repair, and overhaul) specialists.
- Space economy expansion: The commercial space sector, led by companies such as SpaceX, Rocket Lab, and a growing constellation of smallsat manufacturers, is expected to represent a $1 trillion economy by 2040 according to Morgan Stanley projections. This opens entirely new research verticals around launch services, satellite communications, and in-orbit servicing.
- Autonomous systems and UAV proliferation: The global drone market within defence alone is forecast to grow at a CAGR of 7.8% through 2030, driven by demand for ISR (intelligence, surveillance, and reconnaissance) platforms and loitering munitions.
Research Methodologies Specific to Aerospace and Defence
The A&D sector demands departure from standard consumer research playbooks. Several methodologies have proven particularly effective for generating credible, decision-grade intelligence.
Expert Elicitation and Delphi Studies
Given the classified nature of much defence procurement and the technical complexity of aerospace systems, structured expert elicitation is invaluable. The Delphi method — iterative rounds of anonymous expert surveying to achieve consensus — is widely used by defence consultancies such as Janes, RAND Corporation, and IHS Markit (now S&P Global Mobility). Researchers should build panels that include retired procurement officials, serving defence attachés (where accessible), and technical specialists from prime contractors such as Lockheed Martin, BAE Systems, and Thales Group.
Procurement Pipeline Analysis
Defence market researchers rely heavily on publicly available procurement data published through portals such as the US Federal Business Opportunities (SAM.gov), the UK's Find a Tender Service, and the European Defence Agency's procurement notices. Triangulating these signals with defence budget appropriations documents and parliamentary committee reports provides a robust picture of near- and medium-term demand.
Competitive Intelligence and Patent Landscape Mapping
In aerospace technology sub-segments, patent analysis is a leading indicator of R&D investment direction. Tools such as Orbit Intelligence, PatSnap, and Derwent Innovation allow researchers to track where prime contractors and emerging challengers are concentrating their intellectual property development. Mapping patent clusters against known technology roadmaps — for example, in hydrogen propulsion or directed energy weapons — reveals competitive positioning before it reaches public disclosure.
Data Challenges and How to Overcome Them
Market research in A&D is constrained by data scarcity in ways rarely encountered in other sectors. Export control regulations (ITAR in the US, EAR, and equivalent frameworks in other jurisdictions) restrict the flow of technical information. Researchers must design compliance-aware data collection protocols from the outset.
Key Takeaway: In aerospace and defence research, the quality of your expert network is a more reliable asset than any secondary data subscription. Invest disproportionately in building relationships with credible, cleared, or formerly cleared subject matter experts.
Additionally, financial reporting by diversified prime contractors often aggregates A&D revenue in ways that obscure sub-segment performance. Researchers should complement annual reports with earnings call transcripts, investor day presentations, and segment-specific disclosure filings to reconstruct more granular revenue pictures.
Actionable Recommendations for Market Researchers
For professionals looking to build or expand an A&D research practice, the following recommendations reflect best practices observed across leading consultancies and in-house research teams:
- Develop regulatory literacy: Familiarity with ITAR, the Arms Export Control Act, and equivalent national frameworks is non-negotiable. Partner with legal counsel when designing cross-border primary research programmes involving defence respondents.
- Leverage open-source intelligence (OSINT) systematically: Tools such as Janes, FlightGlobal, and DefenseNews provide sector-specific secondary intelligence that generalist databases cannot match. Platforms like Sentinel Hub can be used to corroborate production rate claims through satellite imagery analysis.
- Engage with industry associations: Bodies including the AIA, ADS Group (UK), and GIFAS (France) publish aggregated industry data and provide networking access to senior procurement and strategy professionals.
- Apply scenario planning frameworks: Defence budget cycles are inherently political. Scenario analysis — modelling optimistic, base-case, and pessimistic spending trajectories — is essential for producing research that remains valid across election cycles and geopolitical shifts.
- Integrate AI-assisted text analytics: With the volume of publicly available defence policy documents, budget justification books, and technical reports, NLP tools can dramatically accelerate secondary research synthesis. Platforms such as AlphaSense and Crayon are increasingly adopted by A&D research teams.
Conclusion: The Researcher's Competitive Edge in a High-Stakes Sector
The aerospace and defence industry rewards researchers who combine methodological rigour with geopolitical and technical fluency. As the sector continues to evolve — shaped by great power competition, climate-driven aviation transformation, and the democratisation of space — the demand for credible, actionable market intelligence will only intensify. Researchers who invest in specialised data sources, regulatory knowledge, and expert networks will find themselves operating in one of the most intellectually demanding and commercially significant niches in the market research profession.