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Saildrone, Inc. Saildrone SurveyorvsSaildrone Voyager

Side-by-side comparison of Saildrone, Inc. Saildrone Surveyor and Saildrone Voyager: specs, price, use cases and SDKs.

Specifications

SpecSaildrone SurveyorVoyager
Price (USD)
$7,500,000
$0
Category
drone
drone
Payload
null kg
Runtime
8640 h
8760 h
Speed
3.08667 m/s
4 m/s
Weight
13607.8 kg
750 kg
Reach
Global, up to 12 months
Degrees of Freedom
null
Battery
Wind, solar, and diesel generator
Solar + wind hybrid
Shared use cases
No shared use cases
Only on Saildrone Surveyor
  • Deep-ocean mapping
  • Maritime intelligence, surveillance, and reconnaissance (ISR)
  • Anti-submarine warfare (ASW)
  • Cable route surveys
  • Environmental characterization
Only on Voyager
  • Maritime domain awareness (Navy)
  • Hydrographic survey
  • Illegal fishing detection
  • Ocean carbon monitoring

When to pick which

When to pick Saildrone Surveyor

Choose the Saildrone Surveyor for large-scale national security or infrastructure projects requiring deep-water capabilities, such as anti-submarine warfare (ASW) or transoceanic cable route surveys. Its 13,607 kg frame and integrated diesel generator provide the power density necessary for high-resolution multibeam sonar systems that map the seabed at depths up to 7,000 meters. While the Voyager is limited by solar/wind power, the Surveyor’s hybrid system ensures continuous operation of energy-intensive sensors in remote, high-latitude environments where solar gain is insufficient. It is the primary choice for defense contractors and telecommunications firms needing heavy-duty, long-endurance maritime intelligence.

When to pick Voyager

Opt for the Saildrone Voyager for persistent maritime domain awareness and environmental monitoring tasks where agility and zero-emission endurance are prioritized. At 750 kg, it is significantly more deployable than the Surveyor and achieves a higher top speed of 4 m/s, making it ideal for intercepting illegal fishing vessels or monitoring coastal borders. The solar and wind hybrid power system supports a full year of runtime without diesel refueling, reducing operational complexity for fisheries enforcement and ocean carbon research. Choose this model for high-frequency hydrographic surveys and near-shore surveillance where a smaller, purely renewable footprint is more cost-effective.

AI-generated buyer guidance based on public specs.

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