Dublin, May 22, 2024 (GLOBE NEWSWIRE) -- The "Power Laser Sources for Defence and Space Applications - Market and Technology Forecast to 2032" report has been added to ResearchAndMarkets.com's offering.
A comprehensive and forward-looking report that not only outlines the current state of the industry but also provides insights into the road ahead.
The research report emphasises the critical importance of high-power laser sources, 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.
Power laser sources are becoming increasingly vital in defence and space applications due to their unique capabilities and versatility. In defence, these lasers offer precise and effective solutions for targeting and neutralizing threats such as missiles, drones, and other airborne objects. Laser systems can disrupt enemy communications and electronic systems, providing tactical advantages on the battlefield. Moreover, in space applications, high-power lasers have the potential to revolutionize satellite protection, space debris removal, and propulsion systems, opening new frontiers for exploration and defence.
In the realm of defence, power laser sources are explored as cost-effective alternatives to traditional air defence systems like missiles, especially for countering unmanned aerial vehicles (UAVs). With UAVs becoming increasingly common and affordable, the use of expensive missiles for their interception poses financial challenges. Soft-kill solutions, such as radio frequency (RF) jamming, have been developed, but for more effective defence against drones and emerging threats like hypersonic missiles, directed energy weapons (DEWs) such as lasers and microwaves are being considered.
Similarly, in space applications, power laser sources are emerging as alternatives or supplements to radio frequency (RF) communication systems. Ground-to-space and space-to-space communication systems are being enhanced with laser technology, promising improved performance and reliability.
The advancements in power laser sources have led to the development of systems capable of effectively countering small drones, IEDs, and other similar threats, positioning them as a crucial component of short-range air defence systems. Moving forward, the focus is on enhancing scalability to achieve even higher power outputs, ranging from 500 kW to 1 megawatt, which would significantly expand their operational capabilities against larger or more distant targets.
In the domain of space applications, the scalability of power laser sources aims to achieve data transmission rates of up to 200 Gbps, enabling efficient communication systems for deep space missions. These advancements will facilitate faster and more reliable data transfer, supporting various space exploration and communication objectives with greater efficiency and effectiveness.
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 Power Laser Sources technology in the military 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 Power Laser Sources market and a detailed analysis of the changing preferences of governments around the world. It also analyses changing industry structure 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 Power Laser Sources 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
Key Topics Covered:
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 Critical Technologies
3.2.1 Beam Combining Techniques
3.2.2 Optical Amplifiers
3.2.3 Laser Cooling Technology
3.2.4 Advancements in Fabrication Techniques
3.3 Critical Space-based Laser Technologies
3.3.1 High-power, Narrow-linewidth Infrared (IR) Lasers
3.3.2 Free-Space Optical Communication (FSOC)
3.3.3 Compact Laser Communication Terminals
3.3.4 Laser Inter-Satellite Links (ISLs)
3.3.5 Adaptive Optics Systems
3.3.6 Quantum Key Distribution (QKD)
4 Market Overview
4.1 Introduction
4.2 Power Laser Sources market volume distribution over the forecast period by Region
4.3 Main Market Players Overview
4.4 Leading Prototypes and Products
4.4.1 The USA
4.4.2 The UK
4.4.3 France
4.4.4 China
4.4.5 Russia
4.4.6 Israel
4.4.7 Turkiye
4.4.8 Laser-based Space Systems
4.5 Recent Contracts Overview
4.5.1 nLight to Develop 1 MegaWatt Laser
4.5.2 Lockheed Martin to Develop 500kW Laser System
4.5.3 The US Navy Contracts for US$75 million for HEL
4.5.4 Northrop Grumman Received a Contract to Develop an Affordable HEL
4.6 Market Activity
4.6.1 Raytheon Opened HEL Testing Facility in Scotland
4.6.2 Dragonfire Achieved Next Milestone
4.6.3 Northrop Grumman Delivered Phantom to the US Government
4.6.4 Lockheed Martin to deliver four Valkyrie systems to the US Army
4.6.5 AFSOC Will not test AHEL
4.6.6 Australia to Open HEL Manufacturing Capability
4.7 Main Customers Overview
4.8 Critical Raw Materials
4.8.1 Solid-state Lasers
4.8.2 Semiconductor Lasers
4.9 CRM Geo-political Factors
4.9.1 CRM Production Statistics
4.9.2 Alternative Sourcing Strategies
4.9.3 Developments for Alternate Laser Sources
4.9.4 Technologies to Improve Power and Range of Available CRMs
5 Market Dynamics and Forecast Factors
5.1 Market Segmentation
5.2 Drivers
5.3 Trends
5.4 Opportunities
5.5 Challenges
6 Country Analysis
6.1 United States
6.1.1 Directed Energy Systems Integration Laboratory (DESIL
6.1.2 Relevant programmes - Defence
6.1.3 Relevant R&D Programmes - Defence
6.1.4 Relevant programmes (Space)
6.1.5 Prototype Development Partners
6.2 European Defence Agency
6.2.1 Relevant Programmes
6.2.2 European Defence Fund (EDF): Relevant Call for Proposals
6.2.3 Relevant Space Programmes
6.2.4 Key Prototype Developers
6.3 The UK
6.4 Germany
6.5 France
6.6 The Netherlands
6.7 Israel
6.8 China
6.9 Russia
6.10 Tukey
6.11 Australia
6.12 India
6.13 Japan
7 Global and Regional Market Forecast to 2032
7.1 Introduction
7.2 Power Laser Sources Market by Region Overview
7.3 Power Laser Sources for Defence Market Regions by Power
7.4 Power Laser Sources Defence Market Regions by Platform
7.5 Power Laser Sources Defence Market Regions by Application
7.6 Power Laser Sources in Space Markets
7.7 Power Laser Sources Market for Space Platforms by Regions
7.8 Power Laser Sources Market for Space Applications by Regions
7.9 Opportunity Analysis
8 Market Forecast to 2032 by Power
8.1 Introduction
8.2 Power Laser Sources market by Power overview
8.3 Power Laser Sources Market by Region
8.4 Power Laser Sources End-Users Market by Platform
8.5 Opportunity Analysis
9 Market Forecast to 2032 by Platform
9.1 Introduction
9.2 Power Laser Sources Market by Defence Platform Overview
9.3 Power Laser Sources Market by Defence Platform
9.4 Power Laser Sources Market by Space Platform
9.5 Opportunity Analysis
10 Market Forecast to 2032 by Application
10.1 Introduction
10.2 Power Laser Sources Market by Defence Applications
10.3 Defence Application Market by Region
10.4 Power Laser Sources Market by Space Applications
10.6 Opportunity Analysis
11 Impact Analysis
11.1 Introduction
11.2 Forecast Factors and Market Impact
12 Leading Companies
12.1 Astrolight
12.1.1 Introduction
12.1.2 Power laser Sources - Products and Services
12.1.3 Recent Developments and Contracts
12.1.4 SWOT Analysis
12.2 CAILABS
12.3 Coherent Inc.
12.4 General Atomics
12.5 IPG Photonics
12.6 Lockheed Martin
12.7 MBDA
12.8 Mynaric
12.9 Northrop Grumman
12.10 nLIGHT DEFENCE Systems, Inc.
12.11 QinetiQ
12.12 Raytheon Technologies
12.13 Tesat-Spacecom GmbH & Co. KG
12.14 Other Companies
12.14.1 Altechna
12.14.2 BWT
12.14.3 Changchun New Industries Optoelectronics Technology Co., Ltd.
12.14.4 LAS Photonics
12.15 Lumbird
12.16 NKT Photonics
12.17 TE Connectivity (TE)
12.18 Textron
12.18.1 Thorlabs
12.18.2 Toptica
12.18.3 TRUMPF
13 Results and Conclusions
For more information about this report visit https://www.researchandmarkets.com/r/ll7snq
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