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

Trinity Pro
Advanced eVTOL fixed-wing drone for professional mapping and surveying.

Voyager
Autonomous ocean USV for maritime domain awareness
Specifications
| Spec | Trinity Pro | Voyager |
|---|---|---|
| Price (USD) | $21,260 | $0 |
| Category | drone | drone |
| Payload | 0.7 kg | — |
| Runtime | 1.5 h | 8760 h |
| Speed | 17 m/s | 4 m/s |
| Weight | 5.75 kg | 750 kg |
| Degrees of Freedom | null | — |
| Battery | 3 battery packs, ~1 hour charge time | Solar + wind hybrid |
- Large-area mapping
- Surveying and monitoring
- Agriculture and forestry analytics
- Environmental monitoring
- Defense and reconnaissance
- Disaster risk monitoring
- Maritime domain awareness (Navy)
- Hydrographic survey
- Illegal fishing detection
- Ocean carbon monitoring
When to pick which
Choose the Quantum Systems Trinity Pro for terrestrial surveying and rapid aerial data collection in industries like civil engineering or forestry. If your task involves mapping a 500-hectare site for land development or monitoring crop health across vast agricultural fields, this eVTOL drone is the superior choice. Its 17 m/s flight speed and 1.5-hour runtime allow for quick sorties and high-resolution imaging that a surface-bound vessel cannot provide. The QBase 3D SDK enables precise mission planning for complex terrain, making it ideal for projects requiring frequent, high-altitude perspectives and rapid deployment in land-locked or coastal environments.
Select the Saildrone Voyager for long-duration maritime surveillance and oceanographic research where persistent presence is critical. This USV is designed for naval operations, illegal fishing detection, and carbon monitoring across open oceans. While its 4 m/s speed is slower than an aircraft, its 8,760-hour runtime—powered by a solar and wind hybrid system—allows for year-long autonomous missions without human intervention. At a weight of 750kg, it provides a stable, heavy-duty platform for deep-water hydrographic sensors and live telemetry API integration, making it the only viable option for continuous, large-scale maritime domain awareness.
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