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Blueye Robotics Blueye X3vsSaildrone Voyager

Side-by-side comparison of Blueye Robotics Blueye X3 and Saildrone Voyager: specs, price, use cases and SDKs.

Specifications

SpecBlueye X3Voyager
Price (USD)
$16,000
$0
Category
drone
drone
Runtime
2 h
8760 h
Speed
1 m/s
4 m/s
Weight
9 kg
750 kg
Battery
Internal LiPo + tether power option
Solar + wind hybrid
Shared use cases
No shared use cases
Only on Blueye X3
  • Hull + propeller inspection
  • Aquaculture net inspection
  • Search & rescue
  • Offshore structural inspection
Only on Voyager
  • Maritime domain awareness (Navy)
  • Hydrographic survey
  • Illegal fishing detection
  • Ocean carbon monitoring

When to pick which

When to pick Blueye X3

Choose the Blueye X3 for localized, high-resolution underwater inspections where visual clarity and maneuverability are paramount. It is the ideal choice for ship owners performing hull and propeller inspections or aquaculture managers monitoring net integrity. At only 9kg, it is man-portable and deployable from small vessels or docks, unlike the heavy Voyager. The 305m depth rating and 4K camera allow for detailed structural analysis of offshore assets or search and rescue operations. Developers should favor the X3 for custom automation tasks using the Python SDK or ROS bridge to integrate specific sensor payloads for close-quarters subsea work.

When to pick Voyager

Opt for the Saildrone Voyager for large-scale maritime domain awareness and long-duration oceanographic missions. Its hybrid solar and wind power system enables a massive 8,760-hour runtime, making it suitable for persistent monitoring of illegal fishing or carbon levels across open oceans where human intervention is impossible. While the X3 is limited to short-range subsea tasks, the Voyager’s 4m/s speed and 750kg frame support hydrographic surveys and naval surveillance over thousands of nautical miles. Choose this platform for persistent deployments requiring live telemetry and mission-scale data collection rather than localized visual inspection.

AI-generated buyer guidance based on public specs.

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