Connect the world while reinventing how flight is powered.

A Global Industry, Built for Innovation 

 

Aerospace and Aeronautics sit at the heart of one of the most international, R&D intensive sectors in the world. The air transport industry as a whole, spanning airlines, airports and the wider aviation ecosystem, supports $4.1 trillion in economic activity, nearly 4% of global GDP, and sustains more than 86 million jobs. Aerospace manufacturing specifically (aircraft, spacecraft, satellites and equipment) represents a market of over $400 billion in 2025, growing 7 to 8% annually through 2035 on the back of record air traffic, fleet modernisation and the rise of commercial space.

This growth spans every major hub.

  • France’s aerospace and space industry, aeronautics and space combined, generated €85.6 billion in revenue in 2025, the largest in Europe according to GIFAS.
  • Germany’s aerospace industry and the UK’s aerospace, defence, security and space sector together employ over 220,000 people, per BDLI and ADS Group.
  • Across the Atlantic, the US aerospace and defence industry generated close to $1 trillion in business activity in 2025, while Canada’s aerospace manufacturing and MRO industry contributed $34.2 billion (CAD) to GDP in 2024.
  • In Brazil, one of the world’s leading commercial aircraft manufacturers, rounds out a genuinely global production and innovation footprint.

Wherever they operate, manufacturers and suppliers face the same challenge: decarbonising flight while scaling production fast enough to meet backlogs that represent years of future output. New programmes take a decade or more to mature, and sustained R&D investment is now the baseline cost of staying competitive.

This is exactly where ABGi operates, helping aerospace and aeronautics companies, from OEMs to Tier 1 and Tier 2 suppliers and specialised subcontractors, secure R&D tax credits and innovation funding wherever their innovation strategy takes them.

Space - ABGi France

Key Strategic and Operational Challenges for the Sector

SUSTAINABLE AVIATION

Reducing carbon emissions through sustainable aviation fuel, hydrogen propulsion research, and more fuel-efficient aircraft design.

Digitalisation et automatisation

Deploying advanced technologies (AI, digital twins, robotics) to accelerate design, manufacturing and maintenance across the value chain.

PRODUCTION RAMP-UP AND CAPACITY

Scaling manufacturing output to meet record order backlogs while easing bottlenecks across the industrial supply chain.

SUPPLY CHAIN RESILIENCE

Securing critical raw materials and components against single-source dependency, delivery delays and capacity constraints.

COMPETITIVENESS AND COST CONTROL

Sustaining heavy, long-cycle R&D investment while managing margin pressure from labour, materials and programme risk.

GEOPOLITICAL RISK AND SUPPLY CHAIN SOVEREIGNTY

Navigating trade tensions, tariffs and export controls by building more distributed, sovereign and resilient sourcing strategies.

Key figures for the sector 

$ 4,1T

Global aviation’s economic footprint (nearly 4% of world GDP)

$ 400B

Global aerospace manufacturing market size in 2025

17K

Aircraft in the global commercial order backlog (2024)

65%

Of aerospace firms rank talent shortages as their top challenge

Focus on the 4 Strategic Levers

Innovation

  • Research and development of hydrogen propulsion, electric and hybrid-electric aircraft, and sustainable aviation fuel (SAF).
  • Advanced composite materials and additive manufacturing to reduce aircraft weight and improve fuel efficiency.
  • Development of next-generation, quieter and more fuel-efficient propulsion systems.

Operations & Performance

  • Scaling production and optimising the supply chain to meet record commercial order backlogs.
  • Reducing lead times and bottlenecks across Tier 1 and Tier 2 supplier networks.
  • Building leaner, more resilient industrial processes to withstand geopolitical and raw-material disruptions.

Technology

  • AI and digital twins to optimise design, testing and predictive maintenance (MRO).
  • Robotics and automation to increase manufacturing throughput and precision.
  • Blockchain and digital traceability across complex, multi-tier global supply chains.

ESG & Sustainability

  • Accelerating the transition toward low-carbon aviation and full-scope decarbonisation roadmaps.
  • Circular economy approaches to aircraft end-of-life recycling and component reuse.
  • Scaling sustainable aviation fuel (SAF) supply chains and greener ground operations.

Our Aerospace and Aeronautics experts

Our experts combine deep, sector specific knowledge of the aerospace and aeronautics industry with a forward looking view of the market across our footprint in Europe and the Americas, and a thorough analysis of the opportunities available to companies wherever they operate.

Aurore TINANT, Scientific Expert

Aurore TINANT - expert scientifique ABGi

Aurore holds a PhD in Astrophysics – specializing in image processing and analysis (Aix-Marseille University / CPPM / LAM). She has been supporting her clients in the research tax financing sector for 7 years. Its preferred sectors are: IT, Artificial intelligence, Image processing, and Physics / Space sciences.

Lénaïc MALLET, Scientific Expert

 

Holder of an engineering degree from Telecom Saint Etienne – electronics and embedded systems. He works with clients in the field of tax-funded research and the management of their innovations.