Home Aerospace & Defense Unmanned Systems Unmanned Surface Vehicles Market

Unmanned Surface Vehicles Market Size, Share & Trends Analysis Report By Vehicle Type (Remotely Operated, Autonomous, Semi-Autonomous Surface Vehicles, Waterborne Autonomous Guided Vessels), By Size (Small, Medium, Large), By Technology Component (Hull Design, Propulsion Systems, Communication Networks, Onboard Sensors), By Application (Environmental Monitoring, Scientific Research, Asset Inspection, Military & Defense, Communication & Navigation, Survey & Mapping, Logistics, Others), By Region (North America, Europe, APAC, Middle East and Africa, LATAM), Forecasts, 2026-2034

Last Updated: August 24, 2026 | Author: Sumanta Mahato | Format:
Overview TOC Segmentation Methodology
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Market Segmentation

  1. Unmanned Surface Vehicles Market, By Vehicle Type 2022-2034 (USD MILLION/ Units)
    1. Remotely Operated Surface Vehicles
    2. Autonomous Surface Vehicles
    3. Semi-Autonomous Surface Vehicles
    4. Waterborne Autonomous Guided Vessels
  2. Unmanned Surface Vehicles Market, By Size 2022-2034 (USD MILLION/ Units)
    1. Small (< 2 meters)
    2. Medium (2 meters < 24 meters)
    3. Large ( ≥ 24 meters)
  3. Unmanned Surface Vehicles Market, By Technological Components 2022-2034 (USD MILLION/ Units)
    1. Hull Design
    2. Propulsion Systems
    3. Communication Networks
    4. Onboard Sensors
  4. Unmanned Surface Vehicles Market, By Applications 2022-2034 (USD MILLION/ Units)
    1. Environmental monitoring
    2. Scientific research
    3. Asset inspection
    4. Military and defense;
    5. Communication and navigation;
    6. Survey and mapping
    7. Logistics
    8. Others
  5. Regional Unmanned Surface Vehicles Market
    1. North America
      1. North America Unmanned Surface Vehicles Market By Vehicle Type 2022-2034 (USD MILLION/ Units)
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
      2. North America Unmanned Surface Vehicles Market By Size 2022-2034 (USD MILLION/ Units)
        1. Small (< 2 meters)
        2. Medium (2 meters < 24 meters)
        3. Large ( ≥ 24 meters)
      3. North America Unmanned Surface Vehicles Market By Technological Components 2022-2034 (USD MILLION/ Units)
        1. Hull Design
        2. Propulsion Systems
        3. Communication Networks
        4. Onboard Sensors
      4. North America Unmanned Surface Vehicles Market By Applications 2022-2034 (USD MILLION/ Units)
        1. Environmental monitoring
        2. Scientific research
        3. Asset inspection
        4. Military and defense;
        5. Communication and navigation;
        6. Survey and mapping
        7. Logistics
        8. Others
      5. U.S.
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      6. Canada
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
    2. Europe
      1. Europe Unmanned Surface Vehicles Market By Vehicle Type 2022-2034 (USD MILLION/ Units)
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
      2. Europe Unmanned Surface Vehicles Market By Size 2022-2034 (USD MILLION/ Units)
        1. Small (< 2 meters)
        2. Medium (2 meters < 24 meters)
        3. Large ( ≥ 24 meters)
      3. Europe Unmanned Surface Vehicles Market By Technological Components 2022-2034 (USD MILLION/ Units)
        1. Hull Design
        2. Propulsion Systems
        3. Communication Networks
        4. Onboard Sensors
      4. Europe Unmanned Surface Vehicles Market By Applications 2022-2034 (USD MILLION/ Units)
        1. Environmental monitoring
        2. Scientific research
        3. Asset inspection
        4. Military and defense;
        5. Communication and navigation;
        6. Survey and mapping
        7. Logistics
        8. Others
      5. U.K.
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      6. Germany
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      7. France
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      8. Spain
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      9. Italy
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      10. Russia
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      11. Nordic
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      12. Benelux
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      13. Rest of Europe
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
    3. APAC
      1. APAC Unmanned Surface Vehicles Market By Vehicle Type 2022-2034 (USD MILLION/ Units)
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
      2. APAC Unmanned Surface Vehicles Market By Size 2022-2034 (USD MILLION/ Units)
        1. Small (< 2 meters)
        2. Medium (2 meters < 24 meters)
        3. Large ( ≥ 24 meters)
      3. APAC Unmanned Surface Vehicles Market By Technological Components 2022-2034 (USD MILLION/ Units)
        1. Hull Design
        2. Propulsion Systems
        3. Communication Networks
        4. Onboard Sensors
      4. APAC Unmanned Surface Vehicles Market By Applications 2022-2034 (USD MILLION/ Units)
        1. Environmental monitoring
        2. Scientific research
        3. Asset inspection
        4. Military and defense;
        5. Communication and navigation;
        6. Survey and mapping
        7. Logistics
        8. Others
      5. China
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      6. Korea
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      7. Japan
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      8. India
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      9. Australia
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      10. Taiwan
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      11. South East Asia
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      12. Rest of Asia-Pacific
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
    4. Middle East and Africa
      1. Middle East and Africa Unmanned Surface Vehicles Market By Vehicle Type 2022-2034 (USD MILLION/ Units)
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
      2. Middle East and Africa Unmanned Surface Vehicles Market By Size 2022-2034 (USD MILLION/ Units)
        1. Small (< 2 meters)
        2. Medium (2 meters < 24 meters)
        3. Large ( ≥ 24 meters)
      3. Middle East and Africa Unmanned Surface Vehicles Market By Technological Components 2022-2034 (USD MILLION/ Units)
        1. Hull Design
        2. Propulsion Systems
        3. Communication Networks
        4. Onboard Sensors
      4. Middle East and Africa Unmanned Surface Vehicles Market By Applications 2022-2034 (USD MILLION/ Units)
        1. Environmental monitoring
        2. Scientific research
        3. Asset inspection
        4. Military and defense;
        5. Communication and navigation;
        6. Survey and mapping
        7. Logistics
        8. Others
      5. UAE
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      6. Turkey
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      7. Saudi Arabia
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      8. South Africa
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      9. Egypt
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      10. Nigeria
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      11. Rest of MEA
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
    5. LATAM
      1. LATAM Unmanned Surface Vehicles Market By Vehicle Type 2022-2034 (USD MILLION/ Units)
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
      2. LATAM Unmanned Surface Vehicles Market By Size 2022-2034 (USD MILLION/ Units)
        1. Small (< 2 meters)
        2. Medium (2 meters < 24 meters)
        3. Large ( ≥ 24 meters)
      3. LATAM Unmanned Surface Vehicles Market By Technological Components 2022-2034 (USD MILLION/ Units)
        1. Hull Design
        2. Propulsion Systems
        3. Communication Networks
        4. Onboard Sensors
      4. LATAM Unmanned Surface Vehicles Market By Applications 2022-2034 (USD MILLION/ Units)
        1. Environmental monitoring
        2. Scientific research
        3. Asset inspection
        4. Military and defense;
        5. Communication and navigation;
        6. Survey and mapping
        7. Logistics
        8. Others
      5. Brazil
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      6. Mexico
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      7. Argentina
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      8. Chile
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      9. Colombia
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
      10. Rest of LATAM
        1. Remotely Operated Surface Vehicles
        2. Autonomous Surface Vehicles
        3. Semi-Autonomous Surface Vehicles
        4. Waterborne Autonomous Guided Vessels
        5. Small (< 2 meters)
        6. Medium (2 meters < 24 meters)
        7. Large ( ≥ 24 meters)
        8. Hull Design
        9. Propulsion Systems
        10. Communication Networks
        11. Onboard Sensors
        12. Environmental monitoring
        13. Scientific research
        14. Asset inspection
        15. Military and defense;
        16. Communication and navigation;
        17. Survey and mapping
        18. Logistics
        19. Others
Report Details
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