1. What Is the Fiber Placement Market?
The Fiber Placement Market encompasses the broader category of automated composite fibre layup technology including automated fibre placement AFP, automated tape laying ATL, filament winding, and combined AFP-ATL machine systems. It covers carbon fibre prepreg, dry fibre, and thermoplastic tape composite structural layup for aerospace, defence, space, and automotive composite manufacturing, representing the combined automated layup equipment and process technology market above AFP-specific scope. The market includes AFP and ATL combined gantry systems for large composite panel layup and filament winding machines for composite pressure vessel, rocket nozzle, and fuselage structure. It also includes dry fibre AFP for out-of-autoclave preform manufacture before RTM moulding. It also includes thermal and ultrasonic in-situ consolidation AFP for thermoplastic composite without autoclave, multitow dry fibre placement for wind blade preform, and portable AFP for in-situ composite repair at confined geometry. These systems and processes are used by aerospace composite primary and secondary structure manufacturers and space launch vehicle composite structure manufacturers. They are also used by pressure vessel manufacturers producing hydrogen tank and rocket motor casing by filament winding and automotive composite manufacturers developing AFP thermoplastic composite body panel for emerging vehicle programme. Market scope covers the combined automated composite layup technology market including AFP, ATL, filament winding, and hybrid placement systems for carbon fibre and thermoplastic tape structural composite layup. It excludes manual lay-up labour cost and non-carbon fibre winding for glass pipe and tank without structural aerospace function.
2. Fiber Placement Market Size & Forecast
3. Emerging Technologies
- Multi-material AFP for hybrid carbon-thermoplastic composite is advancing AFP systems capable of placing both carbon prepreg and thermoplastic polymer film or reinforcement layer in alternating sequence for hybrid carbon-thermoplastic composite structure. Growing composite structure designer interest in toughened hybrid carbon-thermoplastic interleave from AFP multi-material placement for improved impact resistance is motivating multi-material AFP system development.
- AFP deposition rate scaling through multi-head gantry for production rate increase is advancing dual or quad AFP head gantry systems placing multiple tow creels simultaneously for doubled or quadrupled deposition rate. Growing commercial aircraft AFP composite manufacturer interest in deposition rate doubling through multi-head AFP for production rate increase is motivating multi-head AFP gantry system development.
- Portable handheld AFP for complex geometry repair is advancing handheld AFP tow placement head for in-situ composite repair on installed aerospace structure in confined space or curved geometry without part removal from aircraft. Growing aerospace maintenance engineer interest in in-situ handheld AFP for precise tow placement repair on installed composite structure is motivating portable AFP repair head development.
- Simulation-driven AFP layup optimisation for structural performance is advancing integrated structural FEA and AFP tow path optimisation software providing load-path-aligned tow steering for optimised fibre orientation at each point in complex geometry composite structure. Growing AFP composite structure designer interest in load-path-aligned tow steering optimisation for minimum-mass AFP composite structure is motivating structural simulation AFP path optimisation development.
Comparable technologies are influencing adjacent market segments in similar ways. Read more in our Filament Winding Market.
4. Key Market Opportunity
A major opportunity in the Fiber Placement Market is the expansion of filament winding capacity for hydrogen composite pressure vessel manufacture as growing hydrogen fuel cell vehicle production and industrial hydrogen storage adoption create growing demand for Type IV. A significant proportion of planned hydrogen vehicle programme growth at fuel cell vehicle OEM and hydrogen bus and truck manufacturers requires expansion of composite hydrogen pressure vessel filament winding capacity above current installed manufacturing capacity for planned production volume. Carbon fibre filament winding capacity expansion for Type IV hydrogen composite pressure vessel enables hydrogen vehicle OEM and industrial hydrogen storage provider to meet growing composite tank volume demand from hydrogen energy adoption. Filament winding machine suppliers that develop high-speed hydrogen pressure vessel winding systems, build hydrogen tank manufacturer installation relationships, and provide process engineering for Type IV composite tank certification are positioned to capture growing hydrogen composite pressure vessel filament winding.
5. Top Companies in the Fiber Placement Market
The following organisations hold leading positions in the Fiber Placement Market. The full report provides revenue share, SWOT analysis, and competitive benchmarking for each player.
- Electroimpact
- MTorres
- Coriolis Composites
- Fives Cincinnati
- CIKONI (filament winding)
- Murata Machinery (FW)
- Ingersoll Machine Tools
- Broetje-Automation
- CGTech
- Hexcel (prepreg systems)
6. Market Segmentation
The Fiber Placement Market is analysed across 5 segmentation dimensions. Revenue data, growth rates, and competitive intensity by sub-segment are available in the full report.
| Segmentation | Sub-Segments |
|---|---|
| By Technology | AFP Carbon Prepreg ATL Tape Laying Filament Winding Dry Fibre AFP TP AFP In-Situ |
| By Application | Commercial Aerospace Military Aerospace Space Launch Pressure Vessel Automotive Thermoplastic Wind Energy |
| By System Platform | Gantry AFP Robotic Cell Floor Machine Portable AFP |
| By End User | Commercial Aircraft OEMs Military Aircraft OEMs Space Launch OEMs Automotive OEMs |
| By Geography | North America Europe Asia Pacific Latin America Middle East and Africa |
7. Key Market Trends (2026–2034)
Three major forces are shaping the Fiber Placement Market trajectory over the forecast period:
Filament Winding Is Growing Quickly for Hydrogen Storage Composite Pressure Vessel Manufacture.Hydrogen fuel cell electric vehicle tank manufacturers producing Type IV composite pressure vessel for 70 megapascal hydrogen storage by carbon fibre filament winding over polyamide liner using optimised hoop. Helical winding patterns from Murata Machinery and CIKONI filament winding machine represent the fastest-growing fibre placement application from growing hydrogen vehicle fuel system production at Toyota. Hyundai NEXO, and growing hydrogen bus and truck programme. Murata Machinery and CIKONI continued filament winding machine delivery to hydrogen pressure vessel manufacturers and composite tank producers in 2024, with growing hydrogen vehicle and industrial hydrogen storage demand driving filament winding machine investment.
Space Launch Vehicle Composite Structure Is Creating Growing Demand for Advanced Fibre Placement Systems.SpaceX Falcon 9 and Starship composite aeroshell structure, United Launch Alliance Atlas V and Vulcan composite fairing, and Ariane 6 composite upper stage structure manufacture using AFP and filament winding for carbon composite fairings. Additionally skirts, structural shell at growing commercial launch vehicle production rate create consistent growing fibre placement system demand from commercial space launch programme manufacturing investment. SpaceX and ULA continued composite AFP and filament winding manufacturing for commercial launch vehicle composite structures in 2024, with growing commercial space launch rate creating above-baseline aerospace fibre placement system utilisation.
Dry Fibre AFP Preform for RTM Is Expanding Out-of-Autoclave Composite Processing Options.Aerospace and automotive composite manufacturers adopting dry carbon fibre AFP to produce net-shape dry fibre preform for subsequent RTM resin injection eliminate prepreg handling. Autoclave requirement, with AFP placed dry fibre tow providing accurate fibre orientation preform for complex geometry RTM part manufacture at combined AFP-RTM process chain enabling out-of-autoclave complex geometry carbon composite production. Coriolis Composites and Electroimpact continued dry fibre AFP capability development and delivery to aerospace and automotive composite manufacturers in 2024. Growing oOA composite programme interest in combined AFP preform and RTM moulding process for complex geometry carbon composite.
For related market intelligence, see the Automated Fiber Placement Market.
8. Segmental Analysis
By technology, AFP carbon prepreg dominated the Fiber Placement Market in 2025, driven by Boeing 787 and A350 aerospace AFP composite layup as the highest-revenue single fibre placement technology application. Boeing 787 fuselage AFP and A350 wing skin AFP continue generating the highest fibre placement market demand as carbon prepreg AFP represents the established primary revenue fibre placement technology from commercial aircraft composite programme volume. Filament winding is the fastest-growing technology, driven by hydrogen composite pressure vessel Type IV tank production growing from hydrogen fuel cell vehicle volume growth. Toyota Mirai, Hyundai NEXO, and growing hydrogen bus and truck composite pressure vessel filament winding production are generating filament winding technology growth above AFP prepreg composite baseline growth rates.
By application, commercial aerospace dominated the Fiber Placement Market in 2025, driven by Boeing 787 fuselage and A350 wing skin AFP representing the largest fibre placement application by annual system utilisation. Boeing 787 and Airbus A350 commercial aircraft AFP composite layup continues generating the highest fibre placement market demand as commercial aerospace represents the primary revenue application for large gantry AFP at the highest-production-rate composite programme. Hydrogen pressure vessel is the fastest-growing application, driven by growing hydrogen fuel cell vehicle and industrial hydrogen storage composite tank filament winding creating the most quickly expanding fibre placement application by programme growth rate. Growing hydrogen vehicle composite Type IV pressure vessel production at Toyota, Hyundai, and growing hydrogen bus and truck OEM is generating hydrogen pressure vessel filament winding application growth substantially above commercial aerospace AFP programme growth.
9. Regional Analysis
Regional demand patterns across the Fiber Placement Market reflect differences in regulation, technological maturity, and capital investment.
Largest Market Share
North America dominated the Fiber Placement Market in 2025, with a market share of 50.0%. The region's leadership reflects Electroimpact as the dominant AFP machine system supplier, Boeing and US military as the primary AFP composite manufacturing volume customer, growing filament winding for hydrogen pressure vessel manufacture in US automotive and industrial market, and SpaceX as the leading commercial space launch composite fibre placement consumer. Electroimpact AFP system sales and Boeing and US military AFP composite layup programme and growing SpaceX space composite fibre placement create the highest North American fibre placement market revenue as both the dominant system supplier and the primary composite manufacturing geography. Growing North American hydrogen pressure vessel filament winding demand and US thermoplastic AFP composite development create consistent North American sector leadership.
Highest CAGR Region
Asia Pacific is expected to register the highest CAGR of 12.00% during the forecast period. Growing Japanese and South Korean hydrogen pressure vessel composite filament winding from Toyota Mirai and Hyundai NEXO fuel cell vehicle production, growing Chinese commercial aerospace AFP investment, and growing Asian space launch composite fibre placement demand are driving above-average growth. Toyota Mirai and Hyundai NEXO hydrogen composite pressure vessel filament winding manufacturing and growing Chinese commercial aviation composite AFP programme create consistent Asia Pacific fibre placement market demand growth. Growing Japanese, Korean, and Chinese hydrogen vehicle composite tank production and growing Asian commercial space composite structure fibre placement create consistent Asia Pacific fibre placement market demand growth.
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Frequently Asked Questions
The Fiber Placement Market was valued at USD 2.21 Bn in 2025 and is projected to reach USD 5.01 Bn by 2034, growing at a CAGR of 9.50% over the 2026–2034 forecast period.
The Fiber Placement Market is projected to grow at a CAGR of 9.50% from 2026 to 2034.
North America dominated the Fiber Placement Market in 2025, with a market share of 50.0%.
The leading companies in the Fiber Placement Market include Electroimpact, MTorres, Coriolis Composites, Fives Cincinnati, CIKONI (filament winding), Murata Machinery (FW), Ingersoll Machine Tools, Broetje-Automation, CGTech, Hexcel (prepreg systems).
Filament winding is growing quickly for hydrogen storage composite pressure vessel manufacture.
By technology, AFP carbon prepreg dominated the Fiber Placement Market in 2025, driven by Boeing 787 and A350 aerospace AFP composite layup as the highest-revenue single fibre placement technology application.
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