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Aerospace and Defense Composites - Market and Technology Forecast to 2029

Aerospace and Defense Composites - Market and Technology Forecast to 2029

Composites are lightweight materials composed of materials with significantly different physical as well as chemical properties. They are typically composed of raw materials including a fiber and a matrix. The growth of the overall composites vertical is supported by a requirement of decreased operational expenditure instated by OEMs. The use of lightweight materials decreases the thrust/ propulsion required in the case of various vehicles across platforms, thus reducing the fuel consumption. This in turn reduces the carbon emission hence complying by several environmental norms enforced to reduce carbon footprint.

The overall Aerospace and Defense Composites Market reached US$20.13 bn. The overall market is expected to grow with a CAGR of 8.06% between the period 2021-2029. The total market for Aerospace and Defense Composites is expected to attain a market value of US$46.47 bn.

The Global Aerospace and Defense Composites Market is segmented by Region, End-Users, Product, Application, Manufacturing, and Resin Type. In terms of regional landscaping, it is seen that North America accounts for roughly 40% of the overall market revenue generated, while APAC is seen to be the second-largest regional segment within the Aerospace and Defense Composites Market.

In terms of End-Users, the overall market is segmented by Commercial Aviation, Defense Aviation, UAVs, Soldier Protection Systems, Armored Vehicles, and others. Commercial Aviation accounts for roughly 61% of the North American Aviation sector. The Soldier Protection System is expected to be the second-largest segment within the North American Market. While UAVs are anticipated to be the fastest-growing segment with a CAGR of 12.36%.

In terms of the product segment, it is seen that the overall market for composites is government by Carbon Fiber Reinforced Composites. Glass Fiber Reinforced Composites account for the second-largest segment within this market. The introduction of technologies like large-scale additive manufacturing is expected to steadfast the growth associated with the product segment. The integration of IT-based technologies like CAD (Computer-Aided Design) is anticipated to steadfast the processing and precision associated with additive manufacturing. The use of technologies like large-scale additive manufacturing is anticipated to reduce the number of components for the concerned defense/aerospace vehicle. The reduced number of components is expected to decrease the assembly time required to assimilate the components.

The total market for composites is further segmented by Application. In terms of applications, OEMs account for a major share within this market with a market value of US$35.23 bn in 2020. OEM’s are expected to account for roughly 73% of the total market revenue generated by the composites market. In terms of OEMs, thermoset composites govern a major share within this market owing to the low material cost and increased application of this material. The market penetration rate for thermoplastic composites has been increasing owing to the recyclability of this material. Thermoplastics can be used for retrofitting and for the modification of an existing design.

In terms of Manufacturing, Lay Up is expected to account for the largest segment within this market owing to the low cost of equipment and manufacturing. Automation within this market has been propelling the growth associated with methods like the autoclave and Automated Fiber Replacement/Automated Tape Laying.

Scope
The overall market for the "Global Aerospace and Defense Composites-Market and Technology Forecast to 2029”. The market is segmented by Region, Application, and Manufacturing. The overall market is expected to grow with a CAGR of 8.33% between 2021-2029.

This report is aimed at
Key market trends and their impacts on the changing market dynamics have been discussed.
The technologies within this market have been studied based on the various applications.
A comprehensive study based on the drivers, restraints, and challenges of this market has been covered.
The impact of growing technological advancement on the market as well as its demand has been studied.
The high growth markets have been studied briefly and the trends across this vertical have also been studied.
The new opportunities provided by this market have been listed.
The industrial shortcomings and the performance of the key players for this market have been analyzed.

Segmentation
This report has been segmented by Region, End-Users, Product, Application, Manufacturing, and Resin Type.
Region

North America
Europe
APAC
Middle East
RoW

End-Users
Commercial Aviation
Defense Aviation
UAVs
Armored Vehicle
Soldier Protection System
Others

Product
Carbon Fiber Reinforced Composite
Glass Fiber Reinforced Composite
Aramid
UMHWPE
Metal Matrix Composites
Ceramic Matrix Composites
Others

Application
OEM
Aftermarket
Others

Resin Type
Thermoset
Thermoplastic
Others

Manufacturing
Lay Up
Resin Transfer Molding Process
Compression Molding Process
Injection Molding Processing
Pultrusion Process
Vacuum bag/autoclave molding
Automated Fiber Replacement/Automated Tape Laying
Others

Reasons to buy
Prospective Investors into the Aerospace & Defense Composites market could get a detailed understanding of the market dynamics of the market
A clear view of the market drivers, restraints and challenges which are expected to affect the market in the next years.
Understand the key technology trends in the market including the shifts in manufacturing process.
Supplier mapping section gives a clear view of the major suppliers across each program and their specific components
Focus on high growth markets and develop efforts in those markets
Understand the competitor dynamics with respect to the recent alliances, and financial information
1ntroduction
1.1    Objective
1.2    Market definition
1.3    Methodology
1.4    Events based Forecast Scenario
1.5    Who will benefit from this report?
1.6    Language

2    Executive Summary
2.1    Trends and Insights
2.2    Major Findings
2.3    Major Conclusions
2.4mportant Tables and Graphs

3    Application Based Technologies in the Aerospace and Defense Composites Market
3.1    Large Scale Additive Manufacturing
3.1.1    Direct Energy Deposition Additive Manufacturing
3.1.2    VAT Polymerization
3.1.3    Material Jetting
3.1.4    Binder Jetting
3.1.5    Material Extrusion
3.1.6    Powder Bed fusion
3.1.7    Sheet Lamination
3.2    Composite Metal Foam
3.3    Ceramic Matrix Composite used in Airplanes
3.4    Fire Resistant Composite Materials
3.5    Composites in Space Applications
3.6    Blast Resistant Composite Armor
3.7    Composite Iso-Grid Structures

4    Current Market Overview Aerospace and Defense Composites Market
4.1    Use of Lightweight Materials in Aerospace and Defense
4.2ntroduction to Composites
4.2.1    Types of Composites
4.3    Manufacturing Techniques
4.4    Categories of Composite Materials based on Structural Reinforcement
4.4.1    Fiber Reinforced Composites
4.4.2    Particulate Reinforced Composites
4.4.3    Structural Composites
4.5    Competitive benchmarking for Composites Versus Metal
4.6    Composites in the Aerospace Sector
4.6.1    Load Bearing Fibers
4.6.2    Fiber Reinforced Composites
4.7    Use of Composite Materials in sub-orbital vehicles
4.8    Change in Market Trends for Thermo-plastic composites
4.9    Composite Armor in Defense Applications
4.10    Composites used in Munitions Market
4.11    Environmental Sustainability associated with the composites market
4.12    Aramids as a key market segment in the Composites sector
4.12.1    Kevlar
4.12.2    Other Products that are used in the place of aramid

5    Current Market Trends for the Aerospace and Defense Composites Market
5.1    Composite Manufacturing Processes
5.2    Open Molding
5.2.1    Hand Lay-Up
5.2.2    Spray Up
5.2.3    Filament Winding
5.3    Closed Molding
5.3.1    Vacuum Bag Molding
5.3.2    Vacuum Infusion Processing
5.3.3    Resin Transfer Molding/ Liquid Molding
5.3.4    Compression Molding
5.3.5    Pultrusion
5.3.6    Reinforced Reaction Injection Molding
5.3.7    Centrifugal Casting
5.3.8    Continuous Lamination
5.3.9    Cast Polymer Molding
5.3.10    Gel coated cultures stone molding
5.3.11    Solid Surface Molding
5.4    Other technologies used for the production of composites
5.4.1    Extrusion
5.4.2    Out of Autoclave
5.4.3    Electron Beam Curing Method
5.4.4    Cure Monitoring
5.4.5    Resin Film Infusion
5.4.6    Hybrid Injection Molding/ Thermoforming
5.4.7    Automated Fiber Placement
5.4.8    Automated Tape Laying
5.4.9    Applications of ATL and AFP

6    Key Aircraft OEMs and Models that use Composites
6.1    Boeing 737 Max
6.2    Boeing 777
6.3    Boeing 787
6.4    Airbus A320
6.5    Airbus A320 Neo
6.6    Airbus A350
6.7    UAVs made up of Composites
6.7.1ntroduction
6.7.2    Materials used
6.8    Overview of Composites in Airborne Platforms
6.8.1    Fighters
6.8.2    Overview of Composites in UAVs
6.9    Composites used in Main Battle Tank, Infantry Fighting Vehicle and Armored Personnel Carrier
6.9.1    United States
6.9.2    United Kingdom
6.9.3    France
6.9.4taly
6.9.5    Netherlands
6.9.6ndia
6.9.7    Germany

7    Market Analysis and Forecast Factors
7.1    Market Segmentation for Aerospace and Defense Composites Market
7.1.1    By Region
7.1.2    By End-Users
7.1.3    By Product
7.1.4    By Application
7.1.5    By Resin Type
7.1.6    By Manufacturing
7.2    Forecast factors
7.2.1    Drivers
7.2.2    Restraints
7.2.3    Challenges

8    Forecast Aerospace and Defense Composites Market to 2029 by region
8.1    Aerospace and Defense Composites market by region overview
8.2    Aerospace and Defense Composites market Regions by End-Users
8.2.1    North American Composites Market in Defense and Aerospace market by End-Users
8.2.2    European Composites Market in Defense and Aerospace market by End-Users
8.2.3    APAC Composites Market in Defense and Aerospace market by End-Users
8.2.4    Middle East Composites Market in Defense and Aerospace market by End-Users
8.2.5    RoW Composites Market in Defense and Aerospace market by End-Users
8.3    Aerospace and Defense Composites market Regions by Product
8.3.1    North American Composites Market in Defense and Aerospace market by Product
8.3.2    European Composites Market in Defense and Aerospace market by Product
8.3.3    APAC Composites Market in Defense and Aerospace market by Product
8.3.4    Middle Eastern Composites Market in Defense and Aerospace market by Product
8.3.5    RoW Composites Market in Defense and Aerospace market by Product

9    Forecast Aerospace and Defense Composites Market to 2029 by Application
9.1    Global Aerospace and Defense market by Application overview
9.2    Global Aerospace and Defense Applications Market by Resin Type
9.2.1    Global OEMs in Defense and Aerospace market by Resin Types
9.2.2    Global Aftermarket in Defense and Aerospace market by Resin Types
9.2.3    Global Other in Defense and Aerospace market by Resin Types

10    Forecast Aerospace and Defense Composites Market to 2029 by Manufacturing
10.1    Global Aerospace and Defense Composites market by Manufacturing overview

11    Opportunity Analysis
11.1    By Region
11.2    By Application
11.3    By Manufacturing

12    Scenario Analysis
12.1ntroduction
12.2    Scenario Analysis 1
12.3    Scenario Analysis 2

13    Leading Companies in the Global Aerospace and Defence Composites Market
13.1    Solvay S.A
13.1.1ntroduction
13.1.2    Developments
13.2    Toray Industries
13.2.1ntroduction
13.2.2    Development
13.3    Mitsubishi Chemical Holdings
13.3.1ntroduction
13.3.2    Development
13.4    Hexcel Corporation
13.4.1ntroduction
13.4.2    Developments
13.5    Tejin Limited
13.5.1ntroduction
13.5.2    Developments
13.6    SGL Group
13.6.1ntroduction
13.6.2    Development
13.7    Spirit AeroSystems
13.7.1ntroduction
13.7.2    Development
13.8    DuPont de Nemours
13.8.1ntroduction
13.8.2    Development
13.9    ACT Aerospace
13.9.1ntroduction
13.9.2    Development
13.10    BASF SE
13.10.1ntroduction
13.10.2    Development
13.11    Argosy International
13.11.1ntroduction
13.11.2    Development
13.12    JPS Composite Materials
13.12.1ntroduction
13.12.2    Developments
13.13    LyondellBasell
13.13.1ntroduction
13.13.2    Developments
13.14    Euro Composites
13.14.1ntroduction
13.14.2    Developments
13.15    Hindustan Aeronautics Limited
13.15.1ntroduction
13.15.2    Development
13.16    COTESA GmbH
13.16.1ntroduction
13.16.2    Developments

14    Conclusions and recommendations

15    About Market Forecast
15.1    General
15.2    Contact us
15.3    Disclaimer
15.4    License information
15.5    1-User PDF License
15.6    5-User PDF License
15.7    Site PDF License
15.8    Enterprise PDF License

16    Appendices
16.1    Companies Mentioned
16.2    Abbreviations

 
List of Figures
Figure 1: Additive Manufacturing
Figure 2: Composite Metal Foam
Figure 3: Ceramic Matrix Composites
Figure 6: Isogrid Composites
Figure 7: Types of Composites
Figure 8: Different Types of Matrix
Figure 9: Types of Composites based on structural integrity
Figure 10: Fiber Reinforced Composites
Figure 11: Types of Particle Reinforced Composites
Figure 12: Segmentation for Structural Composites
Figure 13: Competitive benchmarking for composites versus commonly used metal
Figure 14: New Shepherd Rocket system
Figure 15: Composites allow airplane manufacturers to offer tailor-made cabin interiors
Figure 16: Components produced using Thermoplastic
Figure 17: E1000 Aircraft
Figure 18: Early History of aramids
Figure 19: Soldier Protection System
Figure 20: Types of Composite Manufacturing Process
Figure 21: Types of Open Molding Processes
Figure 22: Hand Lay Up
Figure 23: Spray Up
Figure 24: Filament Winding
Figure 25: Closed Molding
Figure 26: Vacuum Bag Molding
Figure 27: Types of Cast Polymer Molding
Figure 28: Boeing 737 Max, Historic Deliveries and Forecast to 2029
Figure 29: Boeing 777, Historic Deliveries and Forecast to 2029
Figure 30: Boeing 787, Historic Deliveries and Forecast to 2029
Figure 31: Airbus A320, Historic Deliveries, and Forecast to 2029
Figure 32: Airbus A320 Neo, Historic Deliveries and Forecast to 2029
Figure 33: Airbus A350, Historic Deliveries, and Forecast to 2029
Figure 34: Drone Technology
Figure 35: F/A-18 E/F
Figure 36: F-22
Figure 37: F 35
Figure 38: Gripen JAS 39
Figure 39: Rafale
Figure 40: Eurofighter Typhoon
Figure 41: Su-57
Figure 42: J-20
Figure 43: J-10
Figure 44: MQ-9B Skyguardian/SeaGuardian
Figure 45: Dassault Neuron
Figure 46: Sukhoi S-70
Figure 47: M20 Avenger
Figure 48: Ababil 3
Figure 49: Qods Mohajer
Figure 50: AM General HMMWV
Figure 51: Challenger 2 MBT
Figure 52: Aerospace and Defense Composites Market, By Region, 2021-2029
Figure 53: Aerospace and Defense Composites Market, By End Users, 2021-2029
Figure 54: Aerospace and Defense Composites Market, By Product, 2021-2029
Figure 55: Aerospace and Defense Composites Market, By Application, 2021-2029
Figure 56: Aerospace and Defense Composites Market, By Resin Type, 2021-2029
Figure 57: Aerospace and Defense Composites Market, By End-Users, 2021-2029
Figure 58: Drivers
Figure 59: Restraints
Figure 60: Challenges
Figure 61: Aerospace and Defense Composites Market Forecast to 2029 by Region [US$ bn]
Figure 62: Aerospace and Defense Composites Market Forecast to 2029 by Region [Percent]
Figure 63: North America Market Forecast to 2029 by End-User [US$ bn]
Figure 64: North America Market Forecast to 2029 by End-User [%]
Figure 65: Europe Market Forecast to 2029 by End-User [US$ bn]
Figure 66: Europe Market Forecast to 2029 by End-User [%]
Figure 67: APAC Market Forecast to 2029 by End-User [US$ bn]
Figure 68: APAC Market Forecast to 2029 by End-User [%]
Figure 69: Middle East Market Forecast to 2029 by End-User [US$ bn]
Figure 70: Middle East Market Forecast to 2029 by End-User [%]
Figure 71: RoW Market Forecast to 2029 by End-User [US$ bn]
Figure 72: RoW Market Forecast to 2029 by End-User [%]
Figure 73: North America Market Forecast to 2029 by Product [US$ bn]
Figure 74: North America Market Forecast to 2029 by Product [%]
Figure 75: European Market Forecast to 2029 by Product [US$ bn]
Figure 76: European Market Forecast to 2029 by Product [%]
Figure 77: APAC Market Forecast to 2029 by Product [US$ bn]
Figure 78: APAC Market Forecast to 2029 by Product [%]
Figure 79: Middle East Market Forecast to 2029 by Product [US$ bn]
Figure 80: Middle East Market Forecast to 2029 by Product [%]
Figure 81: RoW Market Forecast to 2029 by Product [US$ bn]
Figure 82: RoW Market Forecast to 2029 by Product [%]
Figure 83: Aerospace and Defense Composites Market Forecast to 2029 by Application [US$ bn]
Figure 84: Aerospace and Defense Composites Market Forecast to 2029 by Application [%]
Figure 85: Aerospace and Defense OEMs Market Forecast to 2029 by Resin Type [US$ bn]
Figure 86: Aerospace and Defense OEMs Market Forecast to 2029 by Resin Type [%]
Figure 87: Aerospace and Defense Aftermarket Market Forecast to 2029 by Resin Type [US$ bn]
Figure 88: Aerospace and Defense Aftermarket Market Forecast to 2029 by Resin Type [%]
Figure 89: Aerospace and Defense Others Market Forecast to 2029 by Resin Type [US$ bn]
Figure 90: Aerospace and Defense Others Market Forecast to 2029 by Resin Type [Percent]
Figure 91: Aerospace and Defense Composites Market Forecast to 2029 by Manufacturing [US$ bn]
Figure 92: Aerospace and Defense Composites Market Forecast to 2029 by Manufacturing [%]
Figure 93: Region wise Market Forecast (US$ bn)
Figure 94: Region wise Market Forecast (Percent)
Figure 95: Application wise Market Forecast (In US$ bn)
Figure 96: Application wise Market Forecast (Percent)
Figure 97: Manufacturing wise Market Forecast (US$ bn)
Figure 98: Manufacturing wise Market Forecast (Percent), Aerospace and Defense Composites s Market, 2021-2029
Figure 99: Aerospace and Defense Composites Market Scenario Analysis (US$ bn), 2021-2029
Figure 100: Aerospace and Defense Composites Market Scenario Analysis 1 (US$ bn), 2021-2029
Figure 101: Aerospace and Defense Composites Market Scenario 1 Region Wise Analysis (US$ bn), 2021-2029
Figure 102: Aerospace and Defense Composites Market Scenario Analysis 2 (US$ bn), 2021-2029
Figure 103: Aerospace and Defense Composites Market Scenario 2 Region Wise Analysis (US$ bn), 2021-2029

 
List of Tables
Table 1: Physical Properties of Composites
Table 2: Types of Composite Matrix
Table 3: Physical Properties of Composites versus Metal
Table 4: Boeing 737 Max, Forecast Data
Table 5: Boeing 777, Forecast Data
Table 6: Boeing 787, Forecast Data
Table 7: Airbus A320, Forecast Data
Table 8: Airbus A320 Neo, Forecast Data
Table 9: Airbus A350, Forecast Data
Table 10: F18, Number of Aircraft Produced
Table 11: F22, Number of Aircraft Produced
Table 12: F35, Number of Aircraft Produced
Table 13: Gripen JAS 39, Number of Aircraft Produced
Table 14: Number of Rafale Produced since 1986
Table 15: Eurofighter Typhoon, Number of Aircraft Produced
Table 16: Su-57, Number of Aircraft Produced
Table 17: J 20, Number of Aircraft Produced
Table 18: J 10, Number of Aircraft Produced
Table 19: M1 Abrams, Number of Main Battle Tank
Table 20: Stryker, Number of Armored personnel carriers and infantry fighting vehicles
Table 21: Humvee, Number of Armored Personnel Carriers
Table 22: The FV4034 Challenger 2 , Number of Main Battle Tank
Table 23: Warrior IFV, Number of Infantry Fighting Vehicle
Table 24: Leclerc, Number of Main Battle Tank
Table 25: VBCI, Number of Infantry Fighting Vehicle
Table 26: VAB, Number of Armored Personnel Carrier
Table 27: C1 Ariete, Number of Main Battle Tank
Table 28: Dardo, Number of Infantry Fighting Vehicle
Table 29: Freccia, Number of Infantry Fighting Vehicle
Table 30: M113, Number of Armored Personnel Carrier
Table 31: Leopard 2, Number of Main Battle Tank
Table 32: CV90, Number of Infantry Fighting Vehicle
Table 33: Boxer, Number of Armored Personnel Carrier
Table 34: Arjun MBT, Number of Main Battle Tank
Table 35: Abhay IFV, Number of Infantry Fighting Vehicle
Table 36: TATA Kestrel, Number of Armored Personnel Carrier
Table 37: Leopard 2, Number of Main Battle Tank
Table 38: Puma IFV, Number of Infantry Fighting Vehicle
Table 39: Aerospace and Defense Composites Market Forecast to 2029 by Region [US$ bn]
Table 40: North America Market Forecast to 2029 by End-User [US$ bn]
Table 41: Europe Market Forecast to 2029 by End-User [US$ bn]
Table 42: APAC Market Forecast to 2029 by End-User [US$ bn]
Table 43: Middle East Market Forecast to 2029 by End-User [US$ bn]
Table 44: RoW Market Forecast to 2029 by End-User [US$ bn]
Table 45: North America Market Forecast to 2029 by Product [US$ bn]
Table 46: Europe Market Forecast to 2029 by Product [US$ bn]
Table 47: APAC Market Forecast to 2029 by Product [US$ bn]
Table 48: Middle East Market Forecast to 2029 by Product [US$ bn]
Table 49: RoW Market Forecast to 2029 by Product [US$ bn]
Table 50: Aerospace and Defense Composites Market Forecast to 2029 by Application [US$ bn]
Table 51: Aerospace and Defense OEMs Market Forecast to 2029 by Resin Type [US$ bn]
Table 52: Aerospace and Defense Aftermarket Market Forecast to 2029 by Resin Type [US$ bn]
Table 53: Aerospace and Defense Others Market Forecast to 2029 by Resin Type [US$ bn]
Table 54: Aerospace and Defense Composites Market Forecast to 2029 by Manufacturing [US$ bn]
Table 55: Aerospace and Defense Composites s Market Scenario Analysis (US$ bn), 2021-2029
Table 56: Aerospace and Defense Composites Market Scenario 1 Analysis (US$ bn), 2021-2029
Table 57: Aerospace and Defense Composites Market Scenario Analysis 1 (US$ bn), 2021-2029
Table 58: Aerospace and Defense Composites Market Scenario 1 Region Wise Analysis (US$ bn), 2021-2029
Table 59: Aerospace and Defense Composites Market Scenario Analysis 2 (US$ bn), 2021-2029
Table 60: Aerospace and Defense Composites Market Scenario Analysis 2 (US$ bn), 2021-2029
Table 61: Aerospace and Defense Composites  Market Scenario 2 Region Wise Analysis (In US$ bn), 2021-2029
 

Report Title: Aerospace and Defense Composites - Market and Technology Forecast to 2029


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