Photonic Components for Defence and Space Applications - Market and Technology Forecast to 2032
Photonic Components for Defence and Space Applications - Market and Technology Forecast to 2032
Market forecasts by Region, System, and End-User. Market and Technologies Overview, Critical Raw Materials, Country Analysis, Opportunity and Impact Analysis, and Leading Companies
Market forecasts by Region, System, and End-User. Market and Technologies Overview, Critical Raw Materials, Country Analysis, Opportunity and Impact Analysis, and Leading Companies
Photonic components play a critical role in modern defence and space systems, supporting technologies in areas such as electro-optical/infrared (EO/IR) systems, countermeasures, radar, laser weapon systems, and command, control, and communication (C3) systems. While direct government purchases of these components remain limited, defence and aerospace contractors, satellite manufacturers, and companies specialising in space missions are the primary customers driving demand.
Governments worldwide are increasingly recognizing the strategic importance of photonic technologies for defence and space and are stepping up support through grants and funds dedicated to research and development (R&D) of high-power, high-data-rate photonic components tailored for these applications. Policies are also being amended to ease the import of critical minerals and provide local infrastructure to bolster domestic manufacturing capabilities.
Despite this growth, the photonics market for defence and space applications faces several unique challenges. Photonics is currently dominated by consumer-driven industries such as mobile electronics, automotive, and general electronics, where specifications, scale, and pricing structures differ substantially from the requirements for military and space systems. Consequently, catering to the smaller defence and space market with specialised, high-performance photonic components demands stable, long-term contracts and assurance of substantial orders to justify investment. Much of the defence and space photonics demand depends heavily on government procurement strategies, long-term defence spending, and space exploration budgets, which can be unpredictable and prone to political shifts.
A significant factor affecting the defence photonics market is the geopolitical landscape. Given the sensitive nature of defence technologies, production outsourcing to countries with conflicting interests poses security risks. As demand grows, defence and space entities are likely to prioritize production either domestically or within allied nations. This move towards localized production poses supply chain challenges, especially for North American and European countries where most photonic components are currently sourced from China and its neighbouring countries.
To meet these needs, strong policy frameworks are essential, including consistent funding support and efforts to secure critical mineral supplies. Additionally, identifying alternative mineral sourcing locations, possibly through new mining ventures, will be necessary to reduce dependency on limited sources. Ensuring a steady demand through guaranteed procurement and strategic government partnerships will encourage the establishment of dedicated commercial production facilities, helping to unlock the full market potential of photonic components for defence and space applications.
"Photonic Components for Defence and Space Applications - Market and Technology Forecast to 2032" is a comprehensive and forward-looking study that not only outlines the current state of the industry but also provides insights into the road ahead. Stakeholders, industry experts, and enthusiasts are invited to join the conversation, explore the latest innovations, and gain a deeper understanding of the evolving landscape of photonic components in defence and space applications.
The research report emphasises the critical importance of high-photonic components, particularly within the defence and space sectors, where recent advancements are driving significant progress and adoption. One key area of development is in beam-combining techniques, which enable the integration of multiple laser beams into a single, high-power output beam with exceptional quality. This innovation allows for increased power output while maintaining precise beam characteristics essential for defence applications like targeting and countermeasures.
The study also offers a comprehensive analysis of critical raw materials essential for advancing laser technology in defence and space applications. These raw materials play a foundational role in enabling the production and optimization of high-performance laser systems. Insights are provided on the strategic implications of raw material dependencies and market trends for stakeholders in the defence and space industries. This includes recommendations for diversifying supply sources, developing alternative materials, and fostering international collaborations to enhance material security and resilience.Covered in this study
- Overview: Snapshot of the Photonics technology in the defence and space market during 2024-2032, including highlights of the demand drivers, trends, and challenges. It also provides a snapshot of the spending with respect to regions as well as segments and sheds light on the emergence of new technologies.
- Market Dynamics: Insights into the technological developments in the Photonics market and a detailed analysis of the changing preferences of governments around the world. It also analyses changing critical raw material sourcing strategies and using public-private partnership structure in defence and market trends and the challenges faced by the industry participants.
- Segment Analysis: Insights into the various systems market from a segmental perspective and a detailed analysis of factors influencing the market for each segment.
- Regional Review: Insights into modernization patterns and budgetary allocation for top countries within a region.
- Regional Analysis: Insights into the systems market from a regional perspective and a detailed analysis of factors influencing the market for each region.
- Impact Analysis: Analysis of how certain events will impact the photonic component market. This will give you an indication of which factors are important for the forecast.
- Key Program Analysis: Details of the top programmes in each segment expected to be executed during the forecast period.
- Competitive landscape Analysis: Analysis of the competitive landscape of this industry. It provides an overview of key companies, together with insights such as key alliances, strategic initiatives, and a SWOT analysis.
Segmentation
The market is segmented by Region, System, and End-User:Region
- EU-27
- Non EU-27
- North America
- Asia Pacific
- Middle East & Africa
- Latin America
System
- EO/IR Systems
- C3 Systems
- Radars
- Laser Weapon Systems
- Countermeasure Systems
End User
- Ground
- Air
- Naval
- Space
Reasons to buy
- To address the procurement and market analysis needs for photonic components in defence and space applications over the next eight years.
- Conduct a comprehensive analysis of prospective procurement areas based on market trends and government programs. Identify specific areas of demand growth for photonic components in defence and space applications, such as directed energy weapons, communication systems, and countermeasures. Develop a procurement plan that aligns with technological advancements and industry dynamics.
- Gain insights into the factors driving demand for different photonic components in leading countries and emerging markets. Identify opportunities presented by each market segment based on defence spending, technological advancements, and geopolitical factors. Analyze market potential in terms of applications like space-based internet, inter-satellite communication, and deep space missions.
- Strengthen understanding of market demand drivers, industry trends, regulatory landscapes, and technological developments influencing the adoption of photonic components in defence and space applications. Monitor advancements in laser technology, including power output, efficiency, and reliability, to anticipate future market needs and opportunities.
- Identify key channels driving the global photonic components market for defence and space applications. Evaluate opportunities in government procurement programs, defence contracts, research collaborations, and commercial partnerships. Explore avenues for revenue expansion through market penetration and diversification.
- Conduct a comprehensive analysis of the competitive landscape in the photonic components market. Profile leading providers of laser systems for defence and space applications worldwide, including their product offerings, market presence, research capabilities, and strategic initiatives. Assess competitive positioning to make informed business decisions and identify potential partnership opportunities.
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1 Executive Summary
1.1 Trends and Insights
1.2 Main Findings
1.3 Key Conclusions
2 Introduction
2.1 Scope
2.2 Definitions
2.3 Methodology
2.4 Who will benefit from this study?
3 Technologies and Developments
3.1 Technology Overview
3.2 Types of Photonic Components
3.3 Critical Technology Developments
3.3.1 Achieving Higher Data Rates
3.3.2 High Energy Lasers
3.3.3 Photonic Integrated Circuits (IPCs)
3.3.4 Photonic-Based Radio Frequency (RF) Sensors
3.3.5 Microwave Photonics
3.4 Advanced Developments Related to Space Applications
3.4.1 Advanced Photonic Crystal Sensors
3.4.2 Integrated Photonics for Space-Based Lidar Systems
3.4.3 Hybrid Photonic-Electronic Systems
3.4.4 On-Orbit Optical Communication Links
3.4.5 Miniaturized Photonic Components for CubeSats
3.4.6 Optical Coherence Tomography (OCT) for Space Missions
3.4.7 Quantum-Enhanced Photonic Technologies
3.4.8 High-Precision Optical Systems for Planetary Rovers
3.4.9 Other Developments
4 Market Overview
4.1 Introduction
4.2 Photonics Components market volume distribution over the forecast period by Region
4.3 Main market players overview
4.4 Leading Products
4.5 Main customers overview
4.6 Supply Chain Overview
4.7 Critical Raw Materials
4.7.1 Semiconductors
4.7.2 Optical Glasses
4.7.3 Nonlinear Optical Materials
4.7.4 Photonic Crystals
4.7.5 Metamaterials
4.7.6 Polymer Materials
4.7.7 Rare-Earth Doped Materials
4.8 Critical Photonics Technologies
4.8.1 Silicon Photonics
4.8.2 Quantum Photonics
4.8.3 Lithium Niobate (LiNbO3) Modulators
4.8.4 Integrated Photonics Circuits (PICs)
4.8.5 High-Power Fiber Lasers
4.8.6 Photonic Crystals
4.9 Recent Product Development
4.9.1 Stretchable, color-tunable photonic devices
4.9.2 Single-Chip Optical Engine Platform
4.9.3 Airbus Space Photonics Unified Roadmap
4.10 Recent Market Activity
4.10.1 Acquisitions
4.10.2 Partnerships
5 Market Dynamics and Forecast Factors
5.1 Market Segmentation
5.1.1 Regional Segmentation
5.1.2 Segmentation by End-Users
5.1.3 Segmentation by Systems
5.2 Drivers
5.3 Trends
5.4 Opportunities
5.5 Challenges
6 Country Analysis
6.1 EU-27 Countries
6.1.1 Initiative to Build European Supply Chain for Photonics
6.1.2 Horizon Europe
6.1.3 Quantum Flagship Initiative
6.1.4 European Defence Fund (EDF)
6.1.5 Photonics21
6.2 Germany
6.2.1 Laser Weapon System (LWS) Development
6.2.2 Modular Integrated Laser Optic System (MILOS)
6.2.3 Pixl-1 Mission
6.3 France
6.3.1 High Energy Laser for Multiple Applications – Power (HELMA-P) System
6.4 Netherlands
6.4.1 The Center for Integrated Photonics Eindhoven (IPI)
6.5 Italy
6.6 Spain
6.7 Finland
6.8 Sweden
6.9 Austria
6.10 United Kingdom
6.10.1 MOD’s Directed Energy Weapons (DEW) Programme
6.10.2 DragonFire program
6.10.3 Northumbria University: Laser Communication Device for Satellite
6.11 United States
6.11.1 American Institute for Manufacturing Integrated Photonics (AIM Photonics)
6.11.2 National Photonics Initiative (NPI)
6.11.3 The Birdseye Yonder (BEYOND) Project
6.11.4 Reauthorizing the National Quantum Initiative
6.11.5 Infinitely Operated High-energy Laser System
6.12 Russia
6.12.1 Russian Laser Weapon
6.12.2 The Peresvet
6.12.3 Zadira
6.13 Turkiye
6.13.1 JARMOL
6.13.2 ALKA
6.14 Australia
6.15 India
6.16 Japan
7 Market Forecast to 2032 by Region
7.1 Photonic Components for Defence and Space Applications Market by Region overview
7.2 Photonic Components for Defence and Space Applications market Region by Systems overview
7.2.1 N. Am. market by Systems overview
7.2.2 EU-27 market by Systems overview
7.2.3 Non EU-27 market by Systems overview
7.2.4 APAC market by Systems overview
7.2.5 MEA market by Systems overview
7.2.6 LATAM market by Systems overview
7.3 Photonic Components for Defence and Space Applications market Region by End-user overview
7.3.1 N. Am. market by End-user overview
7.3.2 EU-27 market by End-user overview
7.3.3 Non EU-27 market by End-user overview
7.3.4 APAC market by End-user overview
7.3.5 MEA market by End-user overview
7.3.6 LATAM market by End-user overview
8 Market Forecast to 2032 by Systems
8.1 Photonic Components for Defence and Space Applications Market by Systems overview
8.2 Photonic Components for Defence and Space Applications market Systems by Region overview
8.2.1 LW market by Region overview
8.2.2 CM market by Region overview
8.2.3 C3 market by Region overview
8.2.4 EO/IR market by Region overview
8.2.5 RDR market by Region overview
8.3 Photonic Components for Defence and Space Applications market Systems by End-user overview
8.3.1 LW market by End-user overview
8.3.2 CM market by End-user overview
8.3.3 C3 market by End-user overview
8.3.4 EO/IR market by End-user overview
8.3.5 RDR market by End-user overview
9 Market Forecast to 2032 by End-user
9.1 Photonic Components for Defence and Space Applications Market by End-user overview
9.2 Photonic Components for Defence and Space Applications market End-user by Region overview
9.2.1 Air market by Region overview
9.2.2 Ground market by Region overview
9.2.3 Naval market by Region overview
9.2.4 Space market by Region overview
9.3 Photonic Components for Defence and Space Applications market End-user by Systems overview
9.3.1 Air market by Systems overview
9.3.2 Ground market by Systems overview
9.3.3 Naval market by Systems overview
9.3.4 Space market by Systems overview
10 Market Forecast to 2032 Scenario 2
10.1 Photonic Components for Defence and Space Applications Market by Region overview
10.2 Photonic Components for Defence and Space Applications Market by Systems overview
10.3 Photonic Components for Defence and Space Applications Market by End-user overview
11 Impact Analysis
11.1 Introduction
11.2 Forecast factors and Market Impact
12 Leading Companies
12.1 AIM Photonics
12.1.1 Introduction
12.1.2 Related Products and Services
12.1.3 Recent Developments
12.1.4 SWOT Analysis
12.2 AIO CORE
12.2.1 Introduction
12.2.2 Related Products and Services
12.2.3 Recent Developments
12.2.4 SWOT
12.3 Coherent
12.3.1 Introduction
12.3.2 Related Products and Services
12.3.3 Recent Developments
12.3.4 SWOT Analysis
12.4 Innolume
12.4.1 Introduction
12.4.2 Related Products and Services
12.4.3 Recent Developments
12.4.4 ?SWOT Analysis
12.5 IPG Photonics Corporation
12.5.1 Introduction
12.5.2 Related Products and Services
12.5.3 SWOT Analysis
12.6 Hamamatsu Photonics K.K.
12.6.1 Introduction
12.6.2 Related Products and Services
12.6.3 Recent Developments
12.6.4 SWOT Analysis
12.7 Lumentum
12.7.1 Introduction
12.7.2 Related Products and Services
12.7.3 Recent Developments
12.7.4 SWOT Analysis
12.8 Molex
12.8.1 Introduction
12.8.2 Related Products and Services
12.8.3 SWOT Analysis
12.9 nLight
12.9.1 Introduction
12.9.2 Related Products and Services
12.9.3 Recent Developments and Contracts
12.9.4 SWOT Analysis
12.10 Photonis (Exosense)
12.10.1 Introduction
12.10.2 Related Products and Services
12.10.3 Recent Developments and Contracts
12.10.4 SWOT Analysis
12.11 TRUMPF
12.11.1 Introduction
12.11.2 Related Products and Services
12.11.3 SWOT Analysis
13 Results and Conclusions
14 About Market Forecast
14.1 General
14.2 Contact us
14.3 Disclaimer
14.4 License
Appendix A: Companies Mentioned
Appendix B: Abbreviations
Appendix C: Key Photonic Systems’ Suppliers
1.1 Trends and Insights
1.2 Main Findings
1.3 Key Conclusions
2 Introduction
2.1 Scope
2.2 Definitions
2.3 Methodology
2.4 Who will benefit from this study?
3 Technologies and Developments
3.1 Technology Overview
3.2 Types of Photonic Components
3.3 Critical Technology Developments
3.3.1 Achieving Higher Data Rates
3.3.2 High Energy Lasers
3.3.3 Photonic Integrated Circuits (IPCs)
3.3.4 Photonic-Based Radio Frequency (RF) Sensors
3.3.5 Microwave Photonics
3.4 Advanced Developments Related to Space Applications
3.4.1 Advanced Photonic Crystal Sensors
3.4.2 Integrated Photonics for Space-Based Lidar Systems
3.4.3 Hybrid Photonic-Electronic Systems
3.4.4 On-Orbit Optical Communication Links
3.4.5 Miniaturized Photonic Components for CubeSats
3.4.6 Optical Coherence Tomography (OCT) for Space Missions
3.4.7 Quantum-Enhanced Photonic Technologies
3.4.8 High-Precision Optical Systems for Planetary Rovers
3.4.9 Other Developments
4 Market Overview
4.1 Introduction
4.2 Photonics Components market volume distribution over the forecast period by Region
4.3 Main market players overview
4.4 Leading Products
4.5 Main customers overview
4.6 Supply Chain Overview
4.7 Critical Raw Materials
4.7.1 Semiconductors
4.7.2 Optical Glasses
4.7.3 Nonlinear Optical Materials
4.7.4 Photonic Crystals
4.7.5 Metamaterials
4.7.6 Polymer Materials
4.7.7 Rare-Earth Doped Materials
4.8 Critical Photonics Technologies
4.8.1 Silicon Photonics
4.8.2 Quantum Photonics
4.8.3 Lithium Niobate (LiNbO3) Modulators
4.8.4 Integrated Photonics Circuits (PICs)
4.8.5 High-Power Fiber Lasers
4.8.6 Photonic Crystals
4.9 Recent Product Development
4.9.1 Stretchable, color-tunable photonic devices
4.9.2 Single-Chip Optical Engine Platform
4.9.3 Airbus Space Photonics Unified Roadmap
4.10 Recent Market Activity
4.10.1 Acquisitions
4.10.2 Partnerships
5 Market Dynamics and Forecast Factors
5.1 Market Segmentation
5.1.1 Regional Segmentation
5.1.2 Segmentation by End-Users
5.1.3 Segmentation by Systems
5.2 Drivers
5.3 Trends
5.4 Opportunities
5.5 Challenges
6 Country Analysis
6.1 EU-27 Countries
6.1.1 Initiative to Build European Supply Chain for Photonics
6.1.2 Horizon Europe
6.1.3 Quantum Flagship Initiative
6.1.4 European Defence Fund (EDF)
6.1.5 Photonics21
6.2 Germany
6.2.1 Laser Weapon System (LWS) Development
6.2.2 Modular Integrated Laser Optic System (MILOS)
6.2.3 Pixl-1 Mission
6.3 France
6.3.1 High Energy Laser for Multiple Applications – Power (HELMA-P) System
6.4 Netherlands
6.4.1 The Center for Integrated Photonics Eindhoven (IPI)
6.5 Italy
6.6 Spain
6.7 Finland
6.8 Sweden
6.9 Austria
6.10 United Kingdom
6.10.1 MOD’s Directed Energy Weapons (DEW) Programme
6.10.2 DragonFire program
6.10.3 Northumbria University: Laser Communication Device for Satellite
6.11 United States
6.11.1 American Institute for Manufacturing Integrated Photonics (AIM Photonics)
6.11.2 National Photonics Initiative (NPI)
6.11.3 The Birdseye Yonder (BEYOND) Project
6.11.4 Reauthorizing the National Quantum Initiative
6.11.5 Infinitely Operated High-energy Laser System
6.12 Russia
6.12.1 Russian Laser Weapon
6.12.2 The Peresvet
6.12.3 Zadira
6.13 Turkiye
6.13.1 JARMOL
6.13.2 ALKA
6.14 Australia
6.15 India
6.16 Japan
7 Market Forecast to 2032 by Region
7.1 Photonic Components for Defence and Space Applications Market by Region overview
7.2 Photonic Components for Defence and Space Applications market Region by Systems overview
7.2.1 N. Am. market by Systems overview
7.2.2 EU-27 market by Systems overview
7.2.3 Non EU-27 market by Systems overview
7.2.4 APAC market by Systems overview
7.2.5 MEA market by Systems overview
7.2.6 LATAM market by Systems overview
7.3 Photonic Components for Defence and Space Applications market Region by End-user overview
7.3.1 N. Am. market by End-user overview
7.3.2 EU-27 market by End-user overview
7.3.3 Non EU-27 market by End-user overview
7.3.4 APAC market by End-user overview
7.3.5 MEA market by End-user overview
7.3.6 LATAM market by End-user overview
8 Market Forecast to 2032 by Systems
8.1 Photonic Components for Defence and Space Applications Market by Systems overview
8.2 Photonic Components for Defence and Space Applications market Systems by Region overview
8.2.1 LW market by Region overview
8.2.2 CM market by Region overview
8.2.3 C3 market by Region overview
8.2.4 EO/IR market by Region overview
8.2.5 RDR market by Region overview
8.3 Photonic Components for Defence and Space Applications market Systems by End-user overview
8.3.1 LW market by End-user overview
8.3.2 CM market by End-user overview
8.3.3 C3 market by End-user overview
8.3.4 EO/IR market by End-user overview
8.3.5 RDR market by End-user overview
9 Market Forecast to 2032 by End-user
9.1 Photonic Components for Defence and Space Applications Market by End-user overview
9.2 Photonic Components for Defence and Space Applications market End-user by Region overview
9.2.1 Air market by Region overview
9.2.2 Ground market by Region overview
9.2.3 Naval market by Region overview
9.2.4 Space market by Region overview
9.3 Photonic Components for Defence and Space Applications market End-user by Systems overview
9.3.1 Air market by Systems overview
9.3.2 Ground market by Systems overview
9.3.3 Naval market by Systems overview
9.3.4 Space market by Systems overview
10 Market Forecast to 2032 Scenario 2
10.1 Photonic Components for Defence and Space Applications Market by Region overview
10.2 Photonic Components for Defence and Space Applications Market by Systems overview
10.3 Photonic Components for Defence and Space Applications Market by End-user overview
11 Impact Analysis
11.1 Introduction
11.2 Forecast factors and Market Impact
12 Leading Companies
12.1 AIM Photonics
12.1.1 Introduction
12.1.2 Related Products and Services
12.1.3 Recent Developments
12.1.4 SWOT Analysis
12.2 AIO CORE
12.2.1 Introduction
12.2.2 Related Products and Services
12.2.3 Recent Developments
12.2.4 SWOT
12.3 Coherent
12.3.1 Introduction
12.3.2 Related Products and Services
12.3.3 Recent Developments
12.3.4 SWOT Analysis
12.4 Innolume
12.4.1 Introduction
12.4.2 Related Products and Services
12.4.3 Recent Developments
12.4.4 ?SWOT Analysis
12.5 IPG Photonics Corporation
12.5.1 Introduction
12.5.2 Related Products and Services
12.5.3 SWOT Analysis
12.6 Hamamatsu Photonics K.K.
12.6.1 Introduction
12.6.2 Related Products and Services
12.6.3 Recent Developments
12.6.4 SWOT Analysis
12.7 Lumentum
12.7.1 Introduction
12.7.2 Related Products and Services
12.7.3 Recent Developments
12.7.4 SWOT Analysis
12.8 Molex
12.8.1 Introduction
12.8.2 Related Products and Services
12.8.3 SWOT Analysis
12.9 nLight
12.9.1 Introduction
12.9.2 Related Products and Services
12.9.3 Recent Developments and Contracts
12.9.4 SWOT Analysis
12.10 Photonis (Exosense)
12.10.1 Introduction
12.10.2 Related Products and Services
12.10.3 Recent Developments and Contracts
12.10.4 SWOT Analysis
12.11 TRUMPF
12.11.1 Introduction
12.11.2 Related Products and Services
12.11.3 SWOT Analysis
13 Results and Conclusions
14 About Market Forecast
14.1 General
14.2 Contact us
14.3 Disclaimer
14.4 License
Appendix A: Companies Mentioned
Appendix B: Abbreviations
Appendix C: Key Photonic Systems’ Suppliers
List of figures
Figure 1: Photonic Components Market Summary by RegionFigure 2: Photonic Components for Defence and Space Applications CAGR by Region
Figure 3: Photonic Components for Defence and Space Applications Market Summary by Systems
Figure 4: Photonic Components for Defence and Space Applications CAGR by Systems
Figure 5: Photonic Components for Defence and Space Applications Market Summary by End-User
Figure 6: Photonic Components for Defence and Space Applications CAGR by End-User
Figure 7: Market volumes over the forecast period per region
Figure 8: Market Segmentation and Sub-Segmentation Photonic Components Market
Figure 9: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Figure 10: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region %
Figure 11: N. Am. Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 12: EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 13: Non EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 14: APAC Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 15: MEA Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 16: LATAM Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 17: N. Am. Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 18: EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 19: Non EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 20: APAC Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 21: MEA Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 22: LATAM Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 23: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Figure 24: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems %
Figure 25: LW Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 26: CM Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 27: C3 Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 28: EO/IR Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 29: RDR Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 30: LW Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 31: CM Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 32: C3 Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 33: EO/IR Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 34: RDR Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user
Figure 35: Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Figure 36: Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user %
Figure 37: Air Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 38: Ground Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 39: Naval Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 40: Space Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region
Figure 41: Air Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 42: Ground Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 43: Naval Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 44: Space Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems
Figure 45: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Figure 46: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region %
Figure 47: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Figure 48: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems %
Figure 49: Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Figure 50: Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user %
Figure 51: Photonic Components Market Forecast to 2031 Scenario I Vs. Scenario II
List of tables
Table 1: Photonic Components Market Summary by Region [US$ million]Table 2:Photonic Components for Defence and Space Applications Market Summary by Systems [US$ million]
Table 3: Photonic Components for Defence and Space Applications Market Summary by End-User [US$ million]
Table 4: Acquisitions in Photonics Industry
Table 5: Partnerships in Photonics Industry
Table 6: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 7: N. Am. Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 8: EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 9: Non EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 10: APAC Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 11: MEA Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 12: LATAM Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 13: N. Am. Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 14: EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 15: Non EU-27 Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 16: APAC Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 17: MEA Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 18: LATAM Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 19: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 20: LW Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 21: CM Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 22: C3 Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 23: EO/IR Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 24: RDR Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 25: LW Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 26: CM Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 27: C3 Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 28: EO/IR Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 29: RDR Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 30: Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 31: Air Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 32: Ground Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 33: Naval Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 34: Space Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 35: Air Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 36: Ground Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 37: Naval Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 38: Space Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 39: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Region [US$ millions]
Table 40: Photonic Components for Defence and Space Applications Market Forecast to 2032 by Systems [US$ millions]
Table 41: Photonic Components for Defence and Space Applications Market Forecast to 2032 by End-user [US$ millions]
Table 42: Photonic Components Market Forecast to 2032 Scenario I Vs. Scenario II [US$ million]
Table 43: AIM Photonics Company SWOT Analysis
Table 44: AIO Core Company SWOT Analysis
Table 45: Coherent Company SWOT Analysis
Table 46: Innolume Company SWOT Analysis
Table 47: IPG Photonics Company SWOT Analysis
Table 48: Hamamatsu Photonics K.K. Company SWOT Analysis
Table 49: Lumentum Company SWOT Analysis
Table 50: Molex Company SWOT Analysis
Table 51: nLight Company SWOT Analysis
Table 52: Photonis Company SWOT Analysis
Table 53: Photonis Company SWOT Analysis
Table 54: Key DIRCM Manufacturers
Table 55: Key Laser Weapon System Manufacturers
Table 56: Key Communication System Manufacturers
Table 57: Key LiDAR System Manufacturers
Table 58: Key Imaging System Manufacturers
Table 59: Key Targeting, Rangefinders and Detectors Manufacturers
Table 60: Key Photonic Radar System Manufacturers
AIM Photonics
AIO CORE
Alcatel-Lucent
Almaz-Antey
ASELSAN
Australian Defence Force (ADF)
AVIC
BAE Systems
BEL (Bharat Electronics Limited)
Boeing
BrahMos Aerospace
CETC
Chemring Group
China Aerospace Science and Technology Corporation (CASC)
China South Industries Group Corporation (CSGC)
Cisco Systems
CNIITMASH
Coherent
Denel Dynamics
DRDO (Defence Research and Development Organisation)
DRS Technologies
EADS (now Airbus)
Elbit Systems
Fincantieri
Fugro Australia
Fujitsu
Furuno Electric
General Dynamics
Geospatial Intelligence Pty Ltd
Hamamatsu Photonics K.K.
Harris Corporation
Hensoldt
Hewlett Packard Enterprise (HPE)
Hindustan Aeronautics Limited (HAL)
Honeywell
Innolume
Intelsat
IPG Photonics Corporation
Israel Aerospace Industries (IAI)
Kongsberg Gruppen
KRET
Kronshtadt Group
KTRV
L3Harris Technologies
LeddarTech
Leonardo
Leonardo DRS
Lockheed Martin
Lumentum
MBDA
MDA (MacDonald, Dettwiler and Associates)
Mitel
Mitsubishi Electric
Molex
NEC Corporation
nLight
Northrop Grumman
Oerlikon (Rheinmetall)
Optics11
Photonis (Exosense)
Polyot
QinetiQ
Raytheon Technologies
Rheinmetall
RIEGL
Roketsan
Rostec State Corporation
Russian Federal Space Agency (ROSCOSMOS)
Russian Satellite Communications Company (RSCC)
SAAB
Safran Electronics & Defence
Sener
SES S.A.
Shvabe Holding
Sierra Nevada Corporation
Surrey Satellite Technology
Teledyne Optech
Thales Group
Topcon Positioning Systems
TRUMPF
UAE Defence Forces
Ultra Electronics
Zala Aero
AIO CORE
Alcatel-Lucent
Almaz-Antey
ASELSAN
Australian Defence Force (ADF)
AVIC
BAE Systems
BEL (Bharat Electronics Limited)
Boeing
BrahMos Aerospace
CETC
Chemring Group
China Aerospace Science and Technology Corporation (CASC)
China South Industries Group Corporation (CSGC)
Cisco Systems
CNIITMASH
Coherent
Denel Dynamics
DRDO (Defence Research and Development Organisation)
DRS Technologies
EADS (now Airbus)
Elbit Systems
Fincantieri
Fugro Australia
Fujitsu
Furuno Electric
General Dynamics
Geospatial Intelligence Pty Ltd
Hamamatsu Photonics K.K.
Harris Corporation
Hensoldt
Hewlett Packard Enterprise (HPE)
Hindustan Aeronautics Limited (HAL)
Honeywell
Innolume
Intelsat
IPG Photonics Corporation
Israel Aerospace Industries (IAI)
Kongsberg Gruppen
KRET
Kronshtadt Group
KTRV
L3Harris Technologies
LeddarTech
Leonardo
Leonardo DRS
Lockheed Martin
Lumentum
MBDA
MDA (MacDonald, Dettwiler and Associates)
Mitel
Mitsubishi Electric
Molex
NEC Corporation
nLight
Northrop Grumman
Oerlikon (Rheinmetall)
Optics11
Photonis (Exosense)
Polyot
QinetiQ
Raytheon Technologies
Rheinmetall
RIEGL
Roketsan
Rostec State Corporation
Russian Federal Space Agency (ROSCOSMOS)
Russian Satellite Communications Company (RSCC)
SAAB
Safran Electronics & Defence
Sener
SES S.A.
Shvabe Holding
Sierra Nevada Corporation
Surrey Satellite Technology
Teledyne Optech
Thales Group
Topcon Positioning Systems
TRUMPF
UAE Defence Forces
Ultra Electronics
Zala Aero
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| Report Code: | MF242250 |
| Published: | November 4, 2024 |
| Pages: | 188 (A4) |
MF Intelligencebase
