Hydrographic Survey Equipment Market: Global Industry Analysis and Forecasting 2023-2029


Hydrographic Survey Equipment Market size is expected to reach US$ 4.86 Bn. by 2029, growing at a CAGR of 5.6% during the forecast period.

The report includes an analysis of the impact of COVID-19 lockdown on the revenue of market leaders, followers, and disruptors. Since the lockdown was implemented differently in various regions and countries; the impact of the same is also seen differently by regions and segments. The report has covered the current short-term and long-term impact on the market, and it would help the decision-makers to prepare the outline and strategies for companies by region.Hydrographic Survey Equipment Market

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Definition of Hydrographic Survey Equipment:

Hydrographic survey is a process used to measure and describe the physical features of the earth’s surface, such as oceans, lakes, and rivers. The equipment used in such surveys is known as hydrographic equipment.

Global Hydrographic Survey Equipment Market Dynamics:
Increasing demand from the offshore oil & gas industries is driving the growth of the Hydrographic Survey Equipment market during the forecast period. The development of offshore marine infrastructure fields such as bridges, effluent disposal systems, and ports for various industries and coastal thermal power plants are driving the market growth.

Advanced techniques, modularization, and standardization in the construction, defense sectors, aerospace, and offshore oil and gas exploration are preferred choices for engineers. These techniques will lead to complete work on time and cost-effectiveness is the key factor that drives the growth of the global hydrographic survey equipment market growth. However, the cost associated with carrying the hydrographic surveys and the time taken to conduct hydrographic can act as the main restraint on the growth of the hydrographic equipment market.

Segment Analysis of the Hydrographic Survey Equipment Market:

The global hydrographic survey equipment market is segmented into the application as charting application, seabed feature mapping, offshore oil & gas survey, hydrographic survey, pipeline route survey, port & harbor management, and dredge operations. Among all segments, the pipeline route survey segment is expected to be the highest during the forecast period, thanks to its increasing demand from oil & gas, telecommunication, and energy & power industries. Hydrographic survey exactly observes the topography of seafloor and identifies attaching zones and optimum routes. In terms of end-user, the Global Hydrographic Survey Equipment Market is segmented into Commercial, Research, and Defense.

Regional Insights of the Hydrographic Survey Equipment Market:

On the basis of region, Global Hydrographic Survey Equipment Market divided into five regions such as Asia Pacific, North America, Europe, Latin America, and Middle East Africa. Among all the regions, Asia Pacific had the largest market share in 2022 and is projected to lead the market during the forecast period, by reason of growth in the maritime trade in developing economies such as India and other Asian countries. The rise in exploration and production, port & harbor management, along the development of offshore wind energy parks in the region is fuelling the growth of the hydrographic survey equipment market in the Asia Pacific.

The objective of the report is to present a comprehensive analysis of the Global Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with the dedicated study of key players that includes market leaders, followers, and new entrants by region.

External as well as internal factors that are supposed to affect the business positively or negatively have been analyzed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Hydrographic Survey Equipment Market dynamics, structure by analyzing the market segments and project the Global  Market size. Clear representation of competitive analysis of key players by Global Hydrographic Survey Equipment Type, price, financial position, product portfolio, growth strategies, and regional presence in the Global Hydrographic Survey Equipment Market make the report investor’s guide.

Hydrographic Survey Equipment Market, Key Highlights:

Global Market analysis and forecast, in terms of value.

Comprehensive study and analysis of market drivers, restraints and opportunities influencing the growth of the Global  Market

Global  Market segmentation on the basis of type, source, end-user, and region (country-wise) has been provided.

Global  Market strategic analysis with respect to individual growth trends, future prospects along with the contribution of various sub-market stakeholders have been considered under the scope of study.

Global Market analysis and forecast for five major regions namely North America, Europe, Asia Pacific, the Middle East & Africa (MEA) and Latin America along with country-wise segmentation.

Profiles of key industry players, their strategic perspective, market positioning and analysis of core competencies are further profiled.

Competitive developments, investments, strategic expansion and competitive landscape of the key players operating in the Global Market are also profiled.

Hydrographic Equipment Market Report Scope: Inquire before buying






Global Market




Report Coverage
Details




Base Year:
2022
Forecast Period:
2023-2029




Historical Data:
2018 to 2022
Market Size in 2022:
US $ 3.32 Bn.




Forecast Period 2023 to 2029 CAGR:
5.6%
Market Size in 2029:
US $ 4.86 Bn.




 Segments Covered:
by Type
Sensing Systems
Positioning Systems
Water level league
Software
Unmanned Vehicles
ADCP




by Depth
Shallow Water
Deep Water




by Platform
Surface Vehicles
UUVs & USVs
Aircraft




by Application
Charting Application
Offshore Oil & Gas Survey
Port & Harbor Management
Cable/Pipeline Route Survey
Hydrographic/Bathymetric Survey




by End User
Commercial
Research
Defense






Hydrographic Survey Equipment Market, by Region

Asia Pacific (China, South Korea, Japan, India, Australia, Indonesia, Malaysia, Vietnam, Taiwan, Bangladesh, Pakistan and Rest of APAC)
Europe (UK, France, Germany, Italy, Spain, Sweden, Austria and Rest of Europe)
North America (United States, Canada and Mexico)
Middle East and Africa (South Africa, GCC, Egypt, Nigeria and Rest of ME&A)
South America (Brazil, Argentina Rest of South America)

Hydrographic Survey Equipment Market Key Players:

1. Kongsberg Maritime (Norway)
2. Teledyne Technologies (US)
3. INNOMAR Technologie GmbH (Germany),
4. Edgetech (US)
5. Sonardyne International (UK)
6. IXblue SaS (France)
7. SyQwest Inc. (UK)
8. Atlas Electronics
9. Teledyne Marine
10. Fugro
12. Raytheon Company
13. Thales
14. Teledyne Reson A/S
15. Atlas Elektronik Gmbh
16. Ohmex
17. Seafloor Systems
18. IIC Technologies
19. Teledyne Odom Hydrographic
20. Lic Technology,
21. Teledyne Odom Hydrographic

Frequently Asked Questions:

1. Which region has the largest share in Global Hydrographic Survey Equipment Market?
Ans: Asia Pacific region holds the highest share in 2022.

2. What is the growth rate of Global Hydrographic Survey Equipment Market?
Ans: The Global  Market is growing at a CAGR of 5.6% during forecasting period 2023-2029.

3. What is scope of the Global Hydrographic Survey Equipment market report?
Ans: Global Market report helps with the PESTEL, PORTER, COVID-19 Impact analysis, Recommendations for Investors & Leaders, and market estimation of the forecast period.

4. Who are the key players in Global Hydrographic Survey Equipment market?
Ans: The important key players in the Global  Market are – Kongsberg Maritime (Norway), Teledyne Technologies (US), INNOMAR Technologie GmbH (Germany),, Edgetech (US), Sonardyne International (UK), IXblue SaS (France), SyQwest Inc. (UK), Atlas Electronics, Teledyne Marine, Fugro, Raytheon Company, Thales, Teledyne Reson A/S, Atlas Elektronik Gmbh, Ohmex, Seafloor Systems, IIC Technologies, Teledyne Odom Hydrographic, Lic Technology,, and Teledyne Odom Hydrographic

5. What is the study period of this market?
Ans: The Global  Market is studied from 2022 to 2029. 




1. Preface
1.1. Report Scope and Market Segmentation
1.2. Research Highlights
1.3. Research Objectives

2. Assumptions and Research Methodology
2.1. Report Assumptions
2.2. Abbreviations
2.3. Research Methodology
2.3.1. Secondary Research
2.3.1.1. Secondary data
2.3.1.2. Secondary Sources
2.3.2. Primary Research
2.3.2.1. Data from Primary Sources
2.3.2.2. Breakdown of Primary Sources

3. Executive Summary : Global Hydrographic Survey Equipment Size, by Market Value (US$ Bn)

4. Market Overview
4.1. Introduction
4.2. Market Indicator
4.2.1. Drivers
4.2.2. Restraints
4.2.3. Opportunities
4.2.4. Challenges
4.3. Porter’s Analysis
4.4. Value Chain Analysis
4.5. Market Risk Analysis
4.6. SWOT Analysis
4.7.Industry Trends in Global Hydrographic Survey Equipment Market
4.8. Patent Registration

5. Supply Side and Demand Side Indicators

6. Global Hydrographic Survey Equipment Analysis and Forecast
6.1. Global Hydrographic Survey Equipment Size & Y-o-Y Growth Analysis
6.1.1. North America
6.1.2. Europe
6.1.3. Asia Pacific
6.1.4. Middle East & Africa
6.1.5. South America

7. Global Hydrographic Survey Equipment Analysis and Forecast, by Type
7.1. Introduction and Definition
7.2. Key Findings
7.3. Global Hydrographic Survey Equipment Value Share Analysis, by Type
7.4. Global Hydrographic Survey Equipment Size (US$ Bn) Forecast, by Type
7.5. Global Hydrographic Survey Equipment Analysis, by Type
7.6. Global Hydrographic Survey Equipment Attractiveness Analysis, by Type

8. Global Hydrographic Survey Equipment Analysis and Forecast, By Depth
8.1. Introduction and Definition
8.2. Key Findings
8.3. Global Hydrographic Survey Equipment Value Share Analysis, By Depth
8.4. Global Hydrographic Survey Equipment Size (US$ Bn) Forecast, By Depth
8.5. Global Hydrographic Survey Equipment Analysis, By Depth
8.6. Global Hydrographic Survey Equipment Attractiveness Analysis, By Depth

9. Global Hydrographic Survey Equipment Analysis and Forecast, By Platform
9.1. Introduction and Definition
9.2. Key Findings
9.3. Global Hydrographic Survey Equipment Value Share Analysis, By Platform
9.4. Global Hydrographic Survey Equipment Size (US$ Bn) Forecast, By Platform
9.5. Global Hydrographic Survey Equipment Analysis, By Platform
9.6. Global Hydrographic Survey Equipment Attractiveness Analysis, By Platform

10. Global Hydrographic Survey Equipment Analysis and Forecast, by Application
10.1. Introduction and Definition
10.2. Key Findings
10.3. Global Hydrographic Survey Equipment Value Share Analysis, by Application
10.4. Global Hydrographic Survey Equipment Size (US$ Bn) Forecast, by Application
10.5. Global Hydrographic Survey Equipment Analysis, by Application
10.6. Global Hydrographic Survey Equipment Attractiveness Analysis, by Application

11. Global Hydrographic Survey Equipment Analysis and Forecast, by End User
11.1. Introduction and Definition
11.2. Key Findings
11.3. Global Hydrographic Survey Equipment Value Share Analysis, by End User
11.4. Global Hydrographic Survey Equipment Size (US$ Bn) Forecast, by End User
11.5. Global Hydrographic Survey Equipment Analysis, by End User
11.6. Global Hydrographic Survey Equipment Attractiveness Analysis, by End User

12. Global Hydrographic Survey Equipment Analysis, by Region
12.1. Global Hydrographic Survey Equipment Value Share Analysis, by Region
12.2. Global Hydrographic Survey Equipment Size (US$ Bn) Forecast, by Region
12.3. Global Hydrographic Survey Equipment Attractiveness Analysis, by Region

13. North America Hydrographic Survey Equipment Analysis
13.1. Key Findings
13.2. North America Hydrographic Survey Equipment Overview
13.3. North America Hydrographic Survey Equipment Value Share Analysis, by Type
13.4. North America Hydrographic Survey Equipment Forecast, by Type
13.4.1. Sensing Systems
13.4.2. Positioning Systems
13.4.3. Water level league
13.4.4. Software
13.4.5. Unmanned Vehicles
13.4.6. ADCP
13.5. North America Hydrographic Survey Equipment Value Share Analysis, By Depth
13.6. North America Hydrographic Survey Equipment Forecast, By Depth
13.6.1. Shallow Water
13.6.2. Deep Water
13.7. North America Hydrographic Survey Equipment Value Share Analysis, By Platform
13.8. North America Hydrographic Survey Equipment Forecast, By Platform
13.8.1. Surface Vehicles
13.8.2. UUVs & USVs
13.8.3. Aircraft
13.9. North America Hydrographic Survey Equipment Value Share Analysis, by Application
13.10. North America Hydrographic Survey Equipment Forecast, by Application
13.10.1. Charting Application
13.10.2. Offshore Oil & Gas Survey
13.10.3. Port & Harbor Management
13.10.4. Cable/Pipeline Route Survey
13.10.5. Hydrographic/Bathymetric Survey
13.11. North America Hydrographic Survey Equipment Value Share Analysis, by End User
13.12. North America Hydrographic Survey Equipment Forecast, by End User
13.12.1. Commercial
13.12.2. Research
13.12.3. Defense
13.13. North America Hydrographic Survey Equipment Value Share Analysis, by Country
13.14. North America Hydrographic Survey Equipment Forecast, by Country
13.14.1. U.S.
13.14.2. Canada
13.15. North America Hydrographic Survey Equipment Analysis, by Country
13.16. U.S. Hydrographic Survey Equipment Forecast, by Type
13.16.1. Sensing Systems
13.16.2. Positioning Systems
13.16.3. Water level league
13.16.4. Software
13.16.5. Unmanned Vehicles
13.16.6. ADCP
13.17. U.S. Hydrographic Survey Equipment Forecast, By Depth
13.17.1. Shallow Water
13.17.2. Deep Water
13.18. U.S. Hydrographic Survey Equipment Forecast, By Platform
13.18.1. Surface Vehicles
13.18.2. UUVs & USVs
13.18.3. Aircraft
13.19. U.S. Hydrographic Survey Equipment Forecast, by Application
13.19.1. Charting Application
13.19.2. Offshore Oil & Gas Survey
13.19.3. Port & Harbor Management
13.19.4. Cable/Pipeline Route Survey
13.19.5. Hydrographic/Bathymetric Survey
13.20. U.S. Hydrographic Survey Equipment Forecast, by End User
13.20.1. Commercial
13.20.2. Research
13.20.3. Defense
13.21. Canada Hydrographic Survey Equipment Forecast, by Type
13.21.1. Sensing Systems
13.21.2. Positioning Systems
13.21.3. Water level league
13.21.4. Software
13.21.5. Unmanned Vehicles
13.21.6. ADCP
13.22. Canada Hydrographic Survey Equipment Forecast, By Depth
13.22.1.1. Shallow Water
13.22.1.2. Deep Water
13.23. Canada Hydrographic Survey Equipment Forecast, By Platform
13.23.1. Surface Vehicles
13.23.2. UUVs & USVs
13.23.3. Aircraft
13.24. Canada Hydrographic Survey Equipment Forecast, by Application
13.24.1. Charting Application
13.24.2. Offshore Oil & Gas Survey
13.24.3. Port & Harbor Management
13.24.4. Cable/Pipeline Route Survey
13.24.5. Hydrographic/Bathymetric Survey
13.25. Canada Hydrographic Survey Equipment Forecast, by End User
13.25.1. Commercial
13.25.2. Research
13.25.3. Defense
13.26. North America Hydrographic Survey Equipment Attractiveness Analysis
13.26.1. By Type
13.26.2. By Depth
13.26.3. By Platform
13.26.4. By Application
13.26.5. By End User
13.27. PEST Analysis

14. Europe Hydrographic Survey Equipment Analysis
14.1. Key Findings
14.2. Europe Hydrographic Survey Equipment Overview
14.3. Europe Hydrographic Survey Equipment Value Share Analysis, by Type
14.4. Europe Hydrographic Survey Equipment Forecast, by Type
14.4.1. Sensing Systems
14.4.2. Positioning Systems
14.4.3. Water level league
14.4.4. Software
14.4.5. Unmanned Vehicles
14.4.6. ADCP
14.5. Europe Hydrographic Survey Equipment Value Share Analysis, By Depth
14.6. Europe Hydrographic Survey Equipment Forecast, By Depth
14.6.1.1. Shallow Water
14.6.1.2. Deep Water
14.7. Europe Hydrographic Survey Equipment Value Share Analysis, By Platform
14.8. Europe Hydrographic Survey Equipment Forecast, By Platform
14.8.1. Surface Vehicles
14.8.2. UUVs & USVs
14.8.3. Aircraft
14.9. Europe Hydrographic Survey Equipment Value Share Analysis, by Application
14.10. Europe Hydrographic Survey Equipment Forecast, by Application
14.10.1. Charting Application
14.10.2. Offshore Oil & Gas Survey
14.10.3. Port & Harbor Management
14.10.4. Cable/Pipeline Route Survey
14.10.5. Hydrographic/Bathymetric Survey
14.11. Europe Hydrographic Survey Equipment Value Share Analysis, by End User
14.12. Europe Hydrographic Survey Equipment Forecast, by End User
14.12.1. Commercial
14.12.2. Research
14.12.3. Defense
14.13. Europe Hydrographic Survey Equipment Value Share Analysis, by Country
14.14. Europe Hydrographic Survey Equipment Forecast, by Country
14.14.1. Germany
14.14.2. U.K.
14.14.3. France
14.14.4. Italy
14.14.5. Spain
14.14.6. Rest of Europe
14.15. Europe Hydrographic Survey Equipment Analysis, by Country
14.16. Germany Hydrographic Survey Equipment Forecast, by Type
14.16.1. Sensing Systems
14.16.2. Positioning Systems
14.16.3. Water level league
14.16.4. Software
14.16.5. Unmanned Vehicles
14.16.6. ADCP
14.17. Germany Hydrographic Survey Equipment Forecast, By Depth
14.17.1.1. Shallow Water
14.17.1.2. Deep Water
14.18. Germany Hydrographic Survey Equipment Forecast, By Platform
14.18.1. Surface Vehicles
14.18.2. UUVs & USVs
14.18.3. Aircraft
14.19. Germany Hydrographic Survey Equipment Forecast, by Application
14.19.1. Charting Application
14.19.2. Offshore Oil & Gas Survey
14.19.3. Port & Harbor Management
14.19.4. Cable/Pipeline Route Survey
14.19.5. Hydrographic/Bathymetric Survey
14.20. Germany Hydrographic Survey Equipment Forecast, by End User
14.20.1. Commercial
14.20.2. Research
14.20.3. Defense
14.21. U.K. Hydrographic Survey Equipment Forecast, by Type
14.21.1. Sensing Systems
14.21.2. Positioning Systems
14.21.3. Water level league
14.21.4. Software
14.21.5. Unmanned Vehicles
14.21.6. ADCP
14.22. U.K. Hydrographic Survey Equipment Forecast, By Depth
14.22.1.1. Shallow Water
14.22.1.2. Deep Water
14.23. U.K. Hydrographic Survey Equipment Forecast, By Platform
14.23.1. Surface Vehicles
14.23.2. UUVs & USVs
14.23.3. Aircraft
14.24. U.K. Hydrographic Survey Equipment Forecast, by Application
14.24.1. Charting Application
14.24.2. Offshore Oil & Gas Survey
14.24.3. Port & Harbor Management
14.24.4. Cable/Pipeline Route Survey
14.24.5. Hydrographic/Bathymetric Survey
14.25. U.K. Hydrographic Survey Equipment Forecast, by End User
14.25.1. Commercial
14.25.2. Research
14.25.3. Defense
14.26. France Hydrographic Survey Equipment Forecast, by Type
14.26.1. Sensing Systems
14.26.2. Positioning Systems
14.26.3. Water level league
14.26.4. Software
14.26.5. Unmanned Vehicles
14.26.6. ADCP
14.27. France Hydrographic Survey Equipment Forecast, By Depth
14.27.1.1. Shallow Water
14.27.1.2. Deep Water
14.28. France Hydrographic Survey Equipment Forecast, By Platform
14.28.1. Surface Vehicles
14.28.2. UUVs & USVs
14.28.3. Aircraft
14.29. France Hydrographic Survey Equipment Forecast, by Application
14.29.1. Charting Application
14.29.2. Offshore Oil & Gas Survey
14.29.3. Port & Harbor Management
14.29.4. Cable/Pipeline Route Survey
14.29.5. Hydrographic/Bathymetric Survey
14.30. France Hydrographic Survey Equipment Forecast, by End User
14.30.1. Commercial
14.30.2. Research
14.30.3. Defense
14.31. Italy Hydrographic Survey Equipment Forecast, by Type
14.31.1. Sensing Systems
14.31.2. Positioning Systems
14.31.3. Water level league
14.31.4. Software
14.31.5. Unmanned Vehicles
14.31.6. ADCP
14.32. Italy Hydrographic Survey Equipment Forecast, By Depth
14.32.1.1. Shallow Water
14.32.1.2. Deep Water
14.33. Italy Hydrographic Survey Equipment Forecast, By Platform
14.33.1. Surface Vehicles
14.33.2. UUVs & USVs
14.33.3. Aircraft
14.34. Italy Hydrographic Survey Equipment Forecast, by Application
14.34.1. Charting Application
14.34.2. Offshore Oil & Gas Survey
14.34.3. Port & Harbor Management
14.34.4. Cable/Pipeline Route Survey
14.34.5. Hydrographic/Bathymetric Survey
14.35. Italy Hydrographic Survey Equipment Forecast, by End User
14.35.1. Commercial
14.35.2. Research
14.35.3. Defense
14.36. Spain Hydrographic Survey Equipment Forecast, by Type
14.36.1. Sensing Systems
14.36.2. Positioning Systems
14.36.3. Water level league
14.36.4. Software
14.36.5. Unmanned Vehicles
14.36.6. ADCP
14.37. Spain Hydrographic Survey Equipment Forecast, By Depth
14.37.1.1. Shallow Water
14.37.1.2. Deep Water
14.38. Spain Hydrographic Survey Equipment Forecast, By Platform
14.38.1. Surface Vehicles
14.38.2. UUVs & USVs
14.38.3. Aircraft
14.39. Spain Hydrographic Survey Equipment Forecast, by Application
14.39.1. Charting Application
14.39.2. Offshore Oil & Gas Survey
14.39.3. Port & Harbor Management
14.39.4. Cable/Pipeline Route Survey
14.39.5. Hydrographic/Bathymetric Survey
14.40. Spain Hydrographic Survey Equipment Forecast, by End User
14.40.1. Commercial
14.40.2. Research
14.40.3. Defense
14.41. Rest of Europe Hydrographic Survey Equipment Forecast, by Type
14.41.1. Sensing Systems
14.41.2. Positioning Systems
14.41.3. Water level league
14.41.4. Software
14.41.5. Unmanned Vehicles
14.41.6. ADCP
14.42. Rest of Europe Hydrographic Survey Equipment Forecast, By Depth
14.42.1.1. Shallow Water
14.42.1.2. Deep Water
14.43. Rest of Europe Hydrographic Survey Equipment Forecast, By Platform
14.43.1. Surface Vehicles
14.43.2. UUVs & USVs
14.43.3. Aircraft
14.44. Rest Of Europe Hydrographic Survey Equipment Forecast, by Application
14.44.1. Charting Application
14.44.2. Offshore Oil & Gas Survey
14.44.3. Port & Harbor Management
14.44.4. Cable/Pipeline Route Survey
14.44.5. Hydrographic/Bathymetric Survey
14.45. Rest Of Europe Hydrographic Survey Equipment Forecast, by End User
14.45.1. Commercial
14.45.2. Research
14.45.3. Defense
14.46. Europe Hydrographic Survey Equipment Attractiveness Analysis
14.46.1. By Type
14.46.2. By Depth
14.46.3. By Platform
14.46.4. By Application
14.46.5. By End User
14.47. PEST Analysis

15. Asia Pacific Hydrographic Survey Equipment Analysis
15.1. Key Findings
15.2. Asia Pacific Hydrographic Survey Equipment Overview
15.3. Asia Pacific Hydrographic Survey Equipment Value Share Analysis, by Type
15.4. Asia Pacific Hydrographic Survey Equipment Forecast, by Type
15.4.1. Sensing Systems
15.4.2. Positioning Systems
15.4.3. Water level league
15.4.4. Software
15.4.5. Unmanned Vehicles
15.4.6. ADCP
15.5. Asia Pacific Hydrographic Survey Equipment Value Share Analysis, By Depth
15.6. Asia Pacific Hydrographic Survey Equipment Forecast, By Depth
15.6.1.1. Shallow Water
15.6.1.2. Deep Water
15.7. Asia Pacific Hydrographic Survey Equipment Value Share Analysis, By Platform
15.8. Asia Pacific Hydrographic Survey Equipment Forecast, By Platform
15.8.1. Surface Vehicles
15.8.2. UUVs & USVs
15.8.3. Aircraft
15.9. Asia Pacific Hydrographic Survey Equipment Value Share Analysis, by Application
15.10. Asia Pacific Hydrographic Survey Equipment Forecast, by Application
15.10.1. Charting Application
15.10.2. Offshore Oil & Gas Survey
15.10.3. Port & Harbor Management
15.10.4. Cable/Pipeline Route Survey
15.10.5. Hydrographic/Bathymetric Survey
15.11. Asia Pacific Hydrographic Survey Equipment Value Share Analysis, by End User
15.12. Asia Pacific Hydrographic Survey Equipment Forecast, by End User
15.12.1. Commercial
15.12.2. Research
15.12.3. Defense
15.13. Asia Pacific Hydrographic Survey Equipment Value Share Analysis, by Country
15.14. Asia Pacific Hydrographic Survey Equipment Forecast, by Country
15.14.1. China
15.14.2. India
15.14.3. Japan
15.14.4. ASEAN
15.14.5. Rest of Asia Pacific
15.15. Asia Pacific Hydrographic Survey Equipment Analysis, by Country
15.16. China Hydrographic Survey Equipment Forecast, by Type
15.16.1. Sensing Systems
15.16.2. Positioning Systems
15.16.3. Water level league
15.16.4. Software
15.16.5. Unmanned Vehicles
15.16.6. ADCP
15.17. China Hydrographic Survey Equipment Forecast, By Depth
15.17.1.1. Shallow Water
15.17.1.2. Deep Water
15.18. China Hydrographic Survey Equipment Forecast, By Platform
15.18.1. Surface Vehicles
15.18.2. UUVs & USVs
15.18.3. Aircraft
15.19. China Hydrographic Survey Equipment Forecast, by Application
15.19.1. Charting Application
15.19.2. Offshore Oil & Gas Survey
15.19.3. Port & Harbor Management
15.19.4. Cable/Pipeline Route Survey
15.19.5. Hydrographic/Bathymetric Survey
15.20. China Hydrographic Survey Equipment Forecast, by End User
15.20.1. Commercial
15.20.2. Research
15.20.3. Defense
15.21. India Hydrographic Survey Equipment Forecast, by Type
15.21.1. Sensing Systems
15.21.2. Positioning Systems
15.21.3. Water level league
15.21.4. Software
15.21.5. Unmanned Vehicles
15.21.6. ADCP
15.22. India Hydrographic Survey Equipment Forecast, By Depth
15.22.1.1. Shallow Water
15.22.1.2. Deep Water
15.23. India Hydrographic Survey Equipment Forecast, By Platform
15.23.1. Surface Vehicles
15.23.2. UUVs & USVs
15.23.3. Aircraft
15.24. India Hydrographic Survey Equipment Forecast, by Application
15.24.1. Charting Application
15.24.2. Offshore Oil & Gas Survey
15.24.3. Port & Harbor Management
15.24.4. Cable/Pipeline Route Survey
15.24.5. Hydrographic/Bathymetric Survey
15.25. India Hydrographic Survey Equipment Forecast, by End User
15.25.1. Commercial
15.25.2. Research
15.25.3. Defense
15.26. Japan Hydrographic Survey Equipment Forecast, by Type
15.26.1. Sensing Systems
15.26.2. Positioning Systems
15.26.3. Water level league
15.26.4. Software
15.26.5. Unmanned Vehicles
15.26.6. ADCP
15.27. Japan Hydrographic Survey Equipment Forecast, By Depth
15.27.1.1. Shallow Water
15.27.1.2. Deep Water
15.28. Japan Hydrographic Survey Equipment Forecast, By Platform
15.28.1. Surface Vehicles
15.28.2. UUVs & USVs
15.28.3. Aircraft
15.29. Japan Hydrographic Survey Equipment Forecast, by Application
15.29.1. Charting Application
15.29.2. Offshore Oil & Gas Survey
15.29.3. Port & Harbor Management
15.29.4. Cable/Pipeline Route Survey
15.29.5. Hydrographic/Bathymetric Survey
15.30. Japan Hydrographic Survey Equipment Forecast, by End User
15.30.1. Commercial
15.30.2. Research
15.30.3. Defense
15.31. ASEAN Hydrographic Survey Equipment Forecast, by Type
15.31.1. Sensing Systems
15.31.2. Positioning Systems
15.31.3. Water level league
15.31.4. Software
15.31.5. Unmanned Vehicles
15.31.6. ADCP
15.32. ASEAN Hydrographic Survey Equipment Forecast, By Depth
15.32.1.1. Shallow Water
15.32.1.2. Deep Water
15.33. ASEAN Hydrographic Survey Equipment Forecast, By Platform
15.33.1. Surface Vehicles
15.33.2. UUVs & USVs
15.33.3. Aircraft
15.34. ASEAN Hydrographic Survey Equipment Forecast, by Application
15.34.1. Charting Application
15.34.2. Offshore Oil & Gas Survey
15.34.3. Port & Harbor Management
15.34.4. Cable/Pipeline Route Survey
15.34.5. Hydrographic/Bathymetric Survey
15.35. ASEAN Hydrographic Survey Equipment Forecast, by End User
15.35.1. Commercial
15.35.2. Research
15.35.3. Defense
15.36. Rest of Asia Pacific Hydrographic Survey Equipment Forecast, by Type
15.36.1. Sensing Systems
15.36.2. Positioning Systems
15.36.3. Water level league
15.36.4. Software
15.36.5. Unmanned Vehicles
15.36.6. ADCP
15.37. Rest of Asia Pacific Hydrographic Survey Equipment Forecast, By Depth
15.37.1.1. Shallow Water
15.37.1.2. Deep Water
15.38. Rest of Asia Pacific Hydrographic Survey Equipment Forecast, By Platform
15.38.1. Surface Vehicles
15.38.2. UUVs & USVs
15.38.3. Aircraft
15.39. Rest of Asia Pacific Hydrographic Survey Equipment Forecast, by Application
15.39.1. Charting Application
15.39.2. Offshore Oil & Gas Survey
15.39.3. Port & Harbor Management
15.39.4. Cable/Pipeline Route Survey
15.39.5. Hydrographic/Bathymetric Survey
15.40. Rest of Asia Pacific Hydrographic Survey Equipment Forecast, by End User
15.40.1. Commercial
15.40.2. Research
15.40.3. Defense
15.41. Asia Pacific Hydrographic Survey Equipment Attractiveness Analysis
15.41.1. By Type
15.41.2. By Depth
15.41.3. By Platform
15.41.4. By Application
15.41.5. By End User
15.42. PEST Analysis

16. Middle East & Africa Hydrographic Survey Equipment Analysis
16.1. Key Findings
16.2. Middle East & Africa Hydrographic Survey Equipment Overview
16.3. Middle East & Africa Hydrographic Survey Equipment Value Share Analysis, by Type
16.4. Middle East & Africa Hydrographic Survey Equipment Forecast, by Type
16.4.1. Sensing Systems
16.4.2. Positioning Systems
16.4.3. Water level league
16.4.4. Software
16.4.5. Unmanned Vehicles
16.4.6. ADCP
16.5. Middle East & Africa Hydrographic Survey Equipment Value Share Analysis, By Depth
16.6. Middle East & Africa Hydrographic Survey Equipment Forecast, By Depth
16.6.1.1. Shallow Water
16.6.1.2. Deep Water
16.7. Middle East & Africa Hydrographic Survey Equipment Value Share Analysis, By Platform
16.8. Middle East & Africa Hydrographic Survey Equipment Forecast, By Platform
16.8.1. Surface Vehicles
16.8.2. UUVs & USVs
16.8.3. Aircraft
16.9. Middle East & Africa Hydrographic Survey Equipment Value Share Analysis, by Application
16.10. Middle East & Africa Hydrographic Survey Equipment Forecast, by Application
16.10.1. Charting Application
16.10.2. Offshore Oil & Gas Survey
16.10.3. Port & Harbor Management
16.10.4. Cable/Pipeline Route Survey
16.10.5. Hydrographic/Bathymetric Survey
16.11. Middle East & Africa Hydrographic Survey Equipment Value Share Analysis, by End User
16.12. Middle East & Africa Hydrographic Survey Equipment Forecast, by End User
16.12.1. Commercial
16.12.2. Research
16.12.3. Defense
16.13. Middle East & Africa Hydrographic Survey Equipment Value Share Analysis, by Country
16.14. Middle East & Africa Hydrographic Survey Equipment Forecast, by Country
16.14.1. GCC
16.14.2. South Africa
16.14.3. Rest of Middle East & Africa
16.15. Middle East & Africa Hydrographic Survey Equipment Analysis, by Country
16.16. GCC Hydrographic Survey Equipment Forecast, by Type
16.16.1. Sensing Systems
16.16.2. Positioning Systems
16.16.3. Water level league
16.16.4. Software
16.16.5. Unmanned Vehicles
16.16.6. ADCP
16.17. GCC Hydrographic Survey Equipment Forecast, By Depth
16.17.1.1. Shallow Water
16.17.1.2. Deep Water
16.18. GCC Hydrographic Survey Equipment Forecast, By Platform
16.18.1. Surface Vehicles
16.18.2. UUVs & USVs
16.18.3. Aircraft
16.19. GCC Hydrographic Survey Equipment Forecast, by Application
16.19.1. Charting Application
16.19.2. Offshore Oil & Gas Survey
16.19.3. Port & Harbor Management
16.19.4. Cable/Pipeline Route Survey
16.19.5. Hydrographic/Bathymetric Survey
16.20. GCC Hydrographic Survey Equipment Forecast, by End User
16.20.1. Commercial
16.20.2. Research
16.20.3. Defense
16.21. South Africa Hydrographic Survey Equipment Forecast, by Type
16.21.1. Sensing Systems
16.21.2. Positioning Systems
16.21.3. Water level league
16.21.4. Software
16.21.5. Unmanned Vehicles
16.21.6. ADCP
16.22. South Africa Hydrographic Survey Equipment Forecast, By Depth
16.22.1.1. Shallow Water
16.22.1.2. Deep Water
16.23. South Africa Hydrographic Survey Equipment Forecast, By Platform
16.23.1. Surface Vehicles
16.23.2. UUVs & USVs
16.23.3. Aircraft
16.24. South Africa Hydrographic Survey Equipment Forecast, by Application
16.24.1. Charting Application
16.24.2. Offshore Oil & Gas Survey
16.24.3. Port & Harbor Management
16.24.4. Cable/Pipeline Route Survey
16.24.5. Hydrographic/Bathymetric Survey
16.25. South Africa Hydrographic Survey Equipment Forecast, by End User
16.25.1. Commercial
16.25.2. Research
16.25.3. Defense
16.26. Rest of Middle East & Africa Hydrographic Survey Equipment Forecast, by Type
16.26.1. Sensing Systems
16.26.2. Positioning Systems
16.26.3. Water level league
16.26.4. Software
16.26.5. Unmanned Vehicles
16.26.6. ADCP
16.27. Rest of Middle East & Africa Hydrographic Survey Equipment Forecast, By Depth
16.27.1.1. Shallow Water
16.27.1.2. Deep Water
16.28. Rest of Middle East & Africa Hydrographic Survey Equipment Forecast, By Platform
16.28.1. Surface Vehicles
16.28.2. UUVs & USVs
16.28.3. Aircraft
16.29. Rest of Middle East & Africa Hydrographic Survey Equipment Forecast, by Application
16.29.1. Charting Application
16.29.2. Offshore Oil & Gas Survey
16.29.3. Port & Harbor Management
16.29.4. Cable/Pipeline Route Survey
16.29.5. Hydrographic/Bathymetric Survey
16.30. Rest of Middle East & Africa Hydrographic Survey Equipment Forecast, by End User
16.30.1. Commercial
16.30.2. Research
16.30.3. Defense
16.31. Middle East & Africa Hydrographic Survey Equipment Attractiveness Analysis
16.31.1. By Type
16.31.2. By Depth
16.31.3. By Platform
16.31.4. By Application
16.31.5. By End User
16.32. PEST Analysis

17. South America Hydrographic Survey Equipment Analysis
17.1. Key Findings
17.2. South America Hydrographic Survey Equipment Overview
17.3. South America Hydrographic Survey Equipment Value Share Analysis, by Type
17.4. South America Hydrographic Survey Equipment Forecast, by Type
17.4.1. Sensing Systems
17.4.2. Positioning Systems
17.4.3. Water level league
17.4.4. Software
17.4.5. Unmanned Vehicles
17.4.6. ADCP
17.5. South America Hydrographic Survey Equipment Value Share Analysis, By Depth
17.6. South America Hydrographic Survey Equipment Forecast, By Depth
17.6.1.1. Shallow Water
17.6.1.2. Deep Water
17.7. South America Hydrographic Survey Equipment Value Share Analysis, By Platform
17.8. South America Hydrographic Survey Equipment Forecast, By Platform
17.8.1. Surface Vehicles
17.8.2. UUVs & USVs
17.8.3. Aircraft
17.9. South America Hydrographic Survey Equipment Value Share Analysis, by Application
17.10. South America Hydrographic Survey Equipment Forecast, by Application
17.10.1. Charting Application
17.10.2. Offshore Oil & Gas Survey
17.10.3. Port & Harbor Management
17.10.4. Cable/Pipeline Route Survey
17.10.5. Hydrographic/Bathymetric Survey
17.11. South America Hydrographic Survey Equipment Value Share Analysis, by End User
17.12. South America Hydrographic Survey Equipment Forecast, by End User
17.12.1.1. Commercial
17.12.1.2. Research
17.12.1.3. Defense
17.13. South America Hydrographic Survey Equipment Value Share Analysis, by Country
17.14. South America Hydrographic Survey Equipment Forecast, by Country
17.14.1. Brazil
17.14.2. Mexico
17.14.3. Rest of South America
17.15. South America Hydrographic Survey Equipment Analysis, by Country
17.16. Brazil Hydrographic Survey Equipment Forecast, by Type
17.16.1. Sensing Systems
17.16.2. Positioning Systems
17.16.3. Water level league
17.16.4. Software
17.16.5. Unmanned Vehicles
17.16.6. ADCP
17.17. Brazil Hydrographic Survey Equipment Forecast, By Depth
17.17.1.1. Shallow Water
17.17.1.2. Deep Water
17.18. Brazil Hydrographic Survey Equipment Forecast, By Platform
17.18.1.1. Surface Vehicles
17.18.1.2. UUVs & USVs
17.18.1.3. Aircraft
17.19. Brazil Hydrographic Survey Equipment Forecast, by Application
17.19.1. Charting Application
17.19.2. Offshore Oil & Gas Survey
17.19.3. Port & Harbor Management
17.19.4. Cable/Pipeline Route Survey
17.19.5. Hydrographic/Bathymetric Survey
17.20. Brazil Hydrographic Survey Equipment Forecast, by End User
17.20.1. Commercial
17.20.2. Research
17.20.3. Defense
17.21. Mexico Hydrographic Survey Equipment Forecast, by Type
17.21.1. Sensing Systems
17.21.2. Positioning Systems
17.21.3. Water level league
17.21.4. Software
17.21.5. Unmanned Vehicles
17.21.6. ADCP
17.22. Mexico Hydrographic Survey Equipment Forecast, By Depth
17.22.1.1. Shallow Water
17.22.1.2. Deep Water
17.23. Mexico Hydrographic Survey Equipment Forecast, By Platform
17.23.1. Surface Vehicles
17.23.2. UUVs & USVs
17.23.3. Aircraft
17.24. Mexico Hydrographic Survey Equipment Forecast, by Application
17.24.1. Charting Application
17.24.2. Offshore Oil & Gas Survey
17.24.3. Port & Harbor Management
17.24.4. Cable/Pipeline Route Survey
17.24.5. Hydrographic/Bathymetric Survey
17.25. Mexico Hydrographic Survey Equipment Forecast, by End User
17.25.1. Commercial
17.25.2. Research
17.25.3. Defense
17.26. Rest of South America Hydrographic Survey Equipment Forecast, by Type
17.26.1. Sensing Systems
17.26.2. Positioning Systems
17.26.3. Water level league
17.26.4. Software
17.26.5. Unmanned Vehicles
17.26.6. ADCP
17.27. Rest of South America Hydrographic Survey Equipment Forecast, By Depth
17.27.1.1. Shallow Water
17.27.1.2. Deep Water
17.28. Rest of South America Hydrographic Survey Equipment Forecast, By Platform
17.28.1. Surface Vehicles
17.28.2. UUVs & USVs
17.28.3. Aircraft
17.29. Rest of South America Hydrographic Survey Equipment Forecast, by Application
17.29.1. Charting Application
17.29.2. Offshore Oil & Gas Survey
17.29.3. Port & Harbor Management
17.29.4. Cable/Pipeline Route Survey
17.29.5. Hydrographic/Bathymetric Survey
17.30. Rest of South America Hydrographic Survey Equipment Forecast, by End User
17.30.1. Commercial
17.30.2. Research
17.30.3. Defense
17.31. South America Hydrographic Survey Equipment Attractiveness Analysis
17.31.1. By Type
17.31.2. By Depth
17.31.3. By Platform
17.31.4. By Application
17.31.5. By End User
17.32. PEST Analysis

18. Company Profiles
18.1. Market Share Analysis, by Company
18.2. Competition Matrix
18.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications and R&D investment
18.2.2. New Product Launches and Product Enhancements
18.2.3. Market Consolidation
18.2.3.1. M&A by Regions, Investment and Applications
18.2.3.2. M&A Key Players, Forward Integration and Backward
Integration
18.3. Company Profiles: Key Players
18.3.1. Kongsberg Maritime (Norway)
18.3.1.1. Company Overview
18.3.1.2. Financial Overview
18.3.1.3. Product Portfolio
18.3.1.4. Business Strategy
18.3.1.5. Recent Developments
18.3.1.6. Company Footprint
18.3.2. Teledyne Technologies (US)
18.3.3. INNOMAR Technologie GmbH (Germany),
18.3.4. Edgetech (US)
18.3.5. Sonardyne International (UK)
18.3.6. IXblue SaS (France)
18.3.7. SyQwest Inc. (UK)
18.3.8. Atlas Electronics
18.3.9. Teledyne Marine
18.3.10. Fugro
18.3.11. Raytheon Company
18.3.12. Thales
18.3.13. Teledyne Reson A/S
18.3.14. Atlas Elektronik Gmbh
18.3.15. Ohmex
18.3.16. Seafloor Systems
18.3.17. IIC Technologies
18.3.18. Teledyne Odom Hydrographic
18.3.19. Lic Technology,
18.3.20. Teledyne Odom Hydrographic

19. Primary Key Insights
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