High energy military laser systems are already being deployed and expected increase of defense budget will likely accelerate developments along entire lifecycle chain of this promising military technology. The technology for high energy military lasers has been in development for decades. In just a few years the high energy military laser technology will become a game changer at the tactical and strategic level, moving from labs to the battlefield of the 21st century.
“Spending about $1 per shot of a directed-energy source that never runs out gives us an alternative to firing costly munitions at inexpensive threats”, said Chief of Naval Research Rear Adm. Matthew Klunder.
U.S. Navy Zumwalt-class destroyers will soon be armed with laser weapons.
There has never been a better time for defense industry to capitalize on new technology by bringing it to the market:
- Geopolitical tensions are at all-time high in the 21st century
- Highly probable shift of the next US administration to restoring leading US military role and increasing defense budgets
- Significant US lead in technology development
- Game changing nature of technology, superior defensive capabilities, “doing more with less”, cost advantage.
Altogether these factors will ensure that the high energy military technology market will emerge in the coming decade.
The report provides detailed year-by-year forecasts for the following High Energy Military Laser market segments
By technology ecosystem segments:
- R&D
- Hardware
- Control System
- Power system
- Integration Services
- Support & Maintenance Services
- Training
By power level of laser systems
- About 10 kW
- Tens of kilowatts
- About 100 kW
- Hundreds of kilowatts
- Megawatts
The report also provides deployment scenario for the next 6 years in terms of naval, land mobile, land stationary and airborne deployment of high energy military lasers.
Table of Contents
1. Market Report Scope & Methodology
1.1. Scope
1.2. Research Methodology
2. Executive Summary
2.1. High Energy Military Laser Market: Key Findings and Forecasts
2.2. Types of High Energy Lasers and Potential Military Applications
2.3. High Energy Military Lasers by Deployment
2.4.1 Naval Deployment
2.4.2 Land Mobile Deployment
2.4.3 Land Stationary Deployment
2.4.4 Airborne Deployment
3. High Energy Military Laser Market in Numbers
3.1. High Energy Military Laser Market by Technology Ecosystem Segments
3.2. High Energy Military Laser Market by Power Levels
List of Figures
Fig. 1- Cumulative High Energy Military Laser Market by Deployment: Naval, Land Mobile, Land Stationary, Airborne
Fig. 2- High Energy Military Laser Market Forecast, $Mln
Fig. 3- Cumulative High Energy Military Laser Market, Market Share by Technology Ecosystem Segments, %
Fig. 4- High Energy Military Laser Market Dynamics by Ecosystem Segments, $Mln
Fig. 5- High Energy Military Laser Market Growth Rates by Ecosystem Segments, CAGR %
Fig. 6- High Energy Military Laser Market Dynamics by Ecosystem Segments
Fig. 7- Cumulative High Energy Military Laser Market, Market Share by Power Levels, %
Fig. 8- High Energy Military Laser Market Dynamics by Power Levels, $Mln
Fig. 9- High Energy Military Laser Market Growth Rates by Power Levels, CAGR %
Fig. 10- High Energy Military Laser Market Dynamics by Power Levels
List of Tables
Table 1 – Lasers by Power Level, Potential Targets and Type
Table 2 – High Energy Military Laser Market Forecast, $Mln
Table 3 – High Energy Military Laser Market by Technology Ecosystem Segments, $Mln
Table 4 – High Energy Military Laser Market by Power Levels, $Mln
