Dublin, January 22, 2023 /PRNewswire/ — The “Remotely Controlled Weapon Station – Market and Technology Forecast to 2031” report has been added to ResearchAndMarkets.com’s supply.
After more than 20 years of actual combat application, the remote control weapon station has become a mature market. The advantages they offer are significant and include crew protection, increased accuracy, first-round hit probability, target identification and recognition, and low production, integration, and operating costs. Most importantly, they can significantly enhance the firepower of small and legacy platforms, extending their range of capabilities or extending their utility on the modern battlefield.
war broke out in Ukraine It has been shown that rivalry between peers or near-peer competitors is not a possibility in the distant future, but a very similar situation. Fires, long-range fires, and ISR are key elements in this confrontation.
However, the defense industry was unprepared for the demands of high-intensity warfare, and they struggled to provide the required capabilities. This problem is further exacerbated by the risks posed by the current economic and political climate affecting defense budgets and supply chains.
In such a compact framework, ROWS can provide important functionality to platforms old and new in a timely and affordable manner. There is another important development in the ROWS market that no one should ignore, as they promise to change the way combat operations are conducted.
Just as radio brought about a small revolution in technology and military affairs when it was used as a medium to guide weapons, ROWS will bring about a similar change, not only as a stand-alone system but as part of a networked environment, on unmanned or ground-based Get on the ground vehicle.
The current global security environment also presents many challenges in the form of low-intensity conflicts. As major forces around the world need to deploy disruptive technologies with firepower projection capabilities, platforms or unmanned systems with ROWS, interconnected over the C2 backbone via IoMT, will do so efficiently and economically.
Recognizing the potential of the market, a large number of manufacturers around the world are positioning themselves by developing their own ROWS. This creates a highly competitive environment for businesses which will be better served by creating economies of scale.
The market forecast provides a detailed analysis of the Remotely Operated Weapon Station (ROWS) market to 2031 in terms of technology, end users and platforms, acquisition plans, leading companies and opportunities for manufacturers. The report also provides case studies that help readers to better understand the nature of the market and potential factors influencing the procurement of ROWS.
This report covers
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Global market share assessment by volume and value of all types of deliveries till 2031.
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Market share assessment for each segment and region to 2031.
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A snapshot of global security issues, defense budgets, spending patterns, and how these impact procurement of ROWS systems.
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Focus on the US, Europe, Asia Pacific and middle East Shopping list.
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Case studies of some of the world’s largest acquisition programs where ROWS are an integral part of the equation.
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Market Dynamics: Insights into the latest technological developments in the ROWS market and which countries are changing their preferences in order to be able to assimilate new technologies and adjust the way they operate.
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Applicable to all types of roles: Insights into how ROWS fit into military or security operational concepts, and how they are revolutionizing military affairs.
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Major military ROWS technology trends.
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Market Trends: Drivers, trends, opportunities and risks for stakeholders looking to stay ahead of the competition.
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Introduction of leading companies.
Who is this report for?
This report is required, especially if you are one of the following:
Leading enterprises
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depositary receipt Malaysia
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Aselsan
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British Aerospace Systems
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bohemian interactive solutions
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CTA International
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john cockerill
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fringe group
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Elbit system
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EOS Australia
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Escribano Mechanical and Engineering
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FN Herstal
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General Dynamics Land Systems
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Gigawatt
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Kongsberg
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Leonardo
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Milrem Robot
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moog
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MSI-Defense System
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Nexter
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motherland
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QinetiQ
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Raphael
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Ritek
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Rheinmetall
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Saab
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Thales
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Valhalla Turret
Key topics covered:
1 Introduction
2 Executive summary
2.1 Trends and Insights
2.2 Main findings
2.3 Main conclusions
2.3.1 Capability and technology-based
2.3.2 Industrialization and marketization
2.4 Important Charts
3 Technology and Development
3.1 Technical overview
3.2 Basic composition of ROWS
3.3 Important elements of ROWS design and operation
3.3.1 Stability
3.3.2 Sensors
3.3.3 Fire control unit
3.3.4 Firearms, weapons and ammunition
3.3.5 Integration of ROWS on the platform
3.4 ROWS vs manned turrets
3.4.1 ROWS – advantages and limitations
3.5 Types of lines
3.5.1 Land platform
3.5.2 Wheeled and tracked vehicles
3.5.3 Case Study – British Army Strike Brigade
3.5.4 Case Study – French Army Scorpion Program
3.5.5 Case Study – US Army Europe
3.5.6 Unmanned Platform with ROWS
3.5.7 C-UAV ROWS
3.5.8 Naval platforms with ROWS
3.5.9 Static row
3.5.10 Airborne row
3.6 Training and Simulation of ROWS Market
4 Market Overview
4.1 Introduction
4.2 Nature of ROWS Market
4.3 Competitive Landscape
4.4 Company Profile
4.5 Risk factors
5 Market Analysis and Forecasting Factors
5.1 Market Segmentation
5.2 Drivers
5.2.1 Defense Budget
5.2.2 Requirements for continuous ISR
5.2.3 Asymmetric Threats
5.2.4 The Navy is increasingly operating offshore
5.2.5 Importance of Homeland Security Agencies
5.2.6 Crew survivability
5.2.7 Need to upgrade legacy platforms
5.2.8 Urban warfare
5.3 Trends
5.3.1 Increasing trend of wheeled armored vehicles
5.3.2 Developing Indigenous Defense Industry Capabilities
5.3.3 Increased engagement range and accuracy
5.3.4 Composite Capabilities
5.3.5 Rights and signature management
5.3.6 Diffusion of UGVs and UUVs
5.3.7 Technology Drivers
5.3.8 ROWS using non-lethal weapons
5.4 Opportunities
5.4.1 EO/IR Technology Development
5.4.2 Cost Availability of ROWS
5.4.3 Improve unmanned system test and evaluation
5.4.4 Improve manned and unmanned formation
5.4.5 Improve marketing and value-added information
5.4.6 Developing methods to extend platform life and capabilities
5.4.7 Multiple effects of a single ROWS
5.4.8 ROWS for Homeland Security
5.4.9 ROWS as a system
5.4.10 ROWS training requires simulators and virtual environments
5.4.11 On-site additive manufacturing of spare parts
5.5 Challenges
5.5.1 Lack of a proven operating concept
5.5.2 Trust in manned solutions
5.5.3 Defense Budget
5.5.4 Artificial Intelligence and Ethics
5.5.5 Rules of engagement and international law
5.5.6 Defense export controls
6 Country Analysis
6.1 United States
6.2 Europe
6.2.1 United Kingdom
6.2.2 France
6.2.3 Poland
6.3 Israel
6.4 Australia
7 Global and Regional Market Forecasts to 2031
7.1 Introduction
7.2 ROWS Market by Regions
7.3 ROWS Market Forecast by Application
7.3.1 Americas ROWS Market by Application
7.3.2 European ROWS Market by Application
7.3.3 Asia Pacific ROWS Market by Application
7.3.4 middle East and African ROWS market applications
7.4 ROWS Market Area by End-Use
7.4.1 United States ROWS Market by End Use
7.4.2 Europe ROWS Market by End Use
7.4.3 Asia Pacific ROWS Market by End Use
7.4.4 middle East And Africa Analysis Market By End Use
8 Application Market Forecast to 2031
8.1 Introduction
8.2 ROWS Market Overview by Application
8.3 Total ROWS Market by Application
8.3.1 HLS ROWS Market by Application
8.3.2 Military ROWS Market by Application
8.3.3 Total Land ROWS Market
8.3.4 Total Naval ROWS by End Use
9 End User Market Forecast to 2031
9.1 Introduction
9.2 ROWS for Defense and HLS Sectors
9.2.1 Improving Accuracy
9.2.2 Improved Firepower
9.2.3 System of systems
9.2.4 ROWS and new platforms
9.2.5 ROWS and legacy platforms
9.2.6 ROWS and unmanned platforms
9.2.7 Protecting critical infrastructure
9.3 Global ROWS Market Overview by End Use
9.4 HLS ROWS Market by Regions
9.4.1 Global Military ROWS Market by Regions
9.4.2 HLS ROWS Market Application
9.4.3 Military ROWS Market by Application
10 Impact Analysis
10.1 Introduction
10.2 Forecast Factors and Market Impact
10.3 Scenario 2 Global ROWS Market Forecast by Region to 2031 [US$ million]
10.4 Scenario 2 – Global ROWS Market Forecast to 2031 by Application [US$ Million]
11 leading companies
11.1 Introduction
11.2 ROWS Products and Services
11.3 Recent Developments and Contracts
11.4 Recently completed projects
11.5 Strategic Alliance
11.6 SWOT analysis
For more information on this report, please visit https://www.researchandmarkets.com/r/npn7ai
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