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Quantum Systems Trinity ProvsSaildrone, Inc. Saildrone Surveyor

Side-by-side comparison of Quantum Systems Trinity Pro and Saildrone, Inc. Saildrone Surveyor: specs, price, use cases and SDKs.

Specifications

SpecTrinity ProSaildrone Surveyor
Price (USD)
$21,260
$7,500,000
Category
drone
drone
Payload
0.7 kg
null kg
Runtime
1.5 h
8640 h
Speed
17 m/s
3.08667 m/s
Weight
5.75 kg
13607.8 kg
Reach
Global, up to 12 months
Degrees of Freedom
null
null
Battery
3 battery packs, ~1 hour charge time
Wind, solar, and diesel generator
Shared use cases
No shared use cases
Only on Trinity Pro
  • Large-area mapping
  • Surveying and monitoring
  • Agriculture and forestry analytics
  • Environmental monitoring
  • Defense and reconnaissance
  • Disaster risk monitoring
Only on Saildrone Surveyor
  • Deep-ocean mapping
  • Maritime intelligence, surveillance, and reconnaissance (ISR)
  • Anti-submarine warfare (ASW)
  • Cable route surveys
  • Environmental characterization

When to pick which

When to pick Trinity Pro

Choose the Quantum Systems Trinity Pro for terrestrial projects requiring rapid, high-resolution aerial data collection, such as precision agriculture monitoring or forestry inventory. Its eVTOL capability allows for deployment in confined areas without runways, while the $21,260 price point makes it accessible for regional surveying firms. With a flight speed of 17 m/s and a 90-minute runtime, it is optimized for covering hundreds of hectares in a single day. This drone is the practical choice for land-based professionals who need frequent, repeatable mapping cycles and 3D modeling via the QBase 3D SDK without the logistical overhead of maritime vessels.

When to pick Saildrone Surveyor

Opt for the Saildrone Surveyor for large-scale maritime operations, such as deep-ocean bathymetry or long-term maritime intelligence, surveillance, and reconnaissance (ISR). At a $7.5 million investment, this 13.6-ton uncrewed surface vehicle is designed for global reach and extreme endurance, capable of staying at sea for up to 12 months. Its hybrid power system—utilizing wind, solar, and a diesel generator—enables persistent monitoring and cable route surveys in remote offshore environments where aerial drones cannot operate. Choose this platform for national defense, anti-submarine warfare, or environmental characterization tasks that require months of autonomous presence in high-seas conditions.

AI-generated buyer guidance based on public specs.

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