Ocean Mapping

High-resolution Seafloor Intelligence Delivered Autonomously

Autonomous systems engineered for precise bathymetric mapping and environmental characterization—expanding access to the seafloor while reducing the cost, complexity, and risk of traditional survey operations.

3D multicolor bathymetric map showing an underwater canyon with depth scale on the right from -150 to -900 meters.

Saildrone delivers accurate, scalable ocean mapping using long-endurance unmanned surface vehicles equipped with professional-grade hydrographic sensor suites. By combining autonomous navigation, advanced multibeam systems, and continuous environmental measurements, Saildrone provides high-quality geospatial data across the world’s oceans—without the logistics burden or carbon impact of manned survey ships.

WHAT SAILDRONE DELIVERS

Mission-ready Solutions for High-fidelity Ocean Mapping

Saildrone provides high-resolution bathymetric mapping from nearshore to full ocean depths. Designed for persistence and data quality, these autonomous platforms operate continuously to deliver survey-grade results in remote or challenging environments.

  • High-resolution multibeam bathymetry across coastal and deep-ocean regions
  • Water-column backscatter and environmental measurements
  • Autonomous survey patterns maintained without human engagement
  • Wide-area coverage that accelerates large-scale mapping timelines
  • Continuous, quality-controlled data flow for hydrographic and geospatial teams
Unmanned Saildrone with sail number 3004 floating on ocean waves under clear sky.

SENSOR & DATA ARCHITECTURE

Integrated Hydrography for Accurate Seafloor Mapping

Saildrone USVs carry industry-standard hydrographic payloads combining deep-water and coastal multibeam systems, sound-velocity measurement, and precision navigation. These sensors operate continuously to acquire accurate, high-fidelity seafloor and water-column data.

3D topographic map showing underwater terrain with color gradient from purple deep areas to red shallow peaks.

Multibeam Echosounder (MBES)

High-resolution bathymetry and water-column imaging using survey-standard sonar systems calibrated to meet international specifications.

Sound Velocity Measurement

Real-time sound speed profiles ensure accurate depth sounding in dynamic ocean conditions.

Positioning & Motion Reference

GNSS, inertial sensors, and motion compensation maintain data integrity in rough seas.

Environmental Measurements

Temperature, salinity, currents, and other oceanographic variables provide contextual environmental intelligence.

Data Delivery

Encrypted data transfer to the Saildrone Mission Portal or direct integration into your hydrographic or GIS workflow.

WHY SAILDRONE

Proven Performance from Nearshore to the Open Ocean

Endurance without refueling

The Saildrone Wing, in addition to augmenting propulsion systems, enables long-duration survey missions, reducing the logistical and carbon footprint of ocean mapping.

Superior platform stability

Hull designs optimized for deep-water multibeam acquisition maintain data quality in high sea states.

Access to remote environments

Autonomous operations extend survey reach into challenging or expensive-to-access areas.

Scalable coverage

Deploy vehicles individually or as coordinated fleets to accelerate regional or national mapping campaigns.

RECENT MISSIONS

Demonstrated Performance in Real-world Mapping Campaigns

Saildrone platforms have delivered deep-water surveys, coastal mapping, and environmental characterization missions globally—operating through extreme weather and remote zones without local support.

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Vehicles

109.83 knots

Highest wind speed recorded

14.15 meters

Highest significant wave height

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3D topographic map with colorful elevation gradients and a spotlight highlighting a red peak.

Access Faster, Safer Seafloor Intelligence

Discover how Saildrone accelerates ocean mapping, reduces cost and risk, and delivers the high-quality geospatial data needed for navigation, offshore development, and maritime security.