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Blueye Robotics Blueye X3vsDJI DJI Inspire 3

Side-by-side comparison of Blueye Robotics Blueye X3 and DJI DJI Inspire 3: specs, price, use cases and SDKs.

Specifications

SpecBlueye X3DJI Inspire 3
Price (USD)
$16,000
$16,499
Category
drone
drone
Payload
null kg
Runtime
2 h
0.466 h
Speed
1 m/s
26.13 m/s
Weight
9 kg
3.995 kg
Degrees of Freedom
null
Battery
Internal LiPo + tether power option
TB51 Intelligent Battery (4280 mAh)
Shared use cases
No shared use cases
Only on Blueye X3
  • Hull + propeller inspection
  • Aquaculture net inspection
  • Search & rescue
  • Offshore structural inspection
Only on DJI Inspire 3
  • Professional filmmaking
  • Aerial cinematography
  • Building inspections
  • Surveying
  • Mapping

When to pick which

When to pick Blueye X3

Choose the Blueye X3 for maritime and subsea operations where physical access below the waterline is mandatory. For shipowners performing hull and propeller inspections or aquaculture managers monitoring net integrity, the X3’s 305m depth rating and 2-hour runtime provide the endurance needed for detailed structural assessments that aerial drones cannot perform. The inclusion of a ROS bridge and Python SDK makes it a superior choice for research institutions or offshore energy firms requiring custom sensor payloads or automated navigation patterns. Its 9kg portable frame allows for rapid deployment from small vessels or docksides.

When to pick DJI Inspire 3

Select the DJI Inspire 3 for professional cinematography, large-scale land surveying, or high-altitude infrastructure inspections. In the film industry or for urban planning projects, the 8K full-frame imaging system and high-speed flight capability (26.13 m/s) are critical for capturing cinematic-grade footage and mapping large geographic areas quickly. While the 28-minute runtime is shorter than the X3, its agility and aerial perspective are essential for building facade inspections or monitoring construction progress across expansive sites. It is the definitive choice when visual fidelity and rapid aerial mobility across wide distances are the primary operational requirements.

AI-generated buyer guidance based on public specs.

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