Trinity Pro
Next-generation eVTOL mapping UAV Mapping platformSurvey large areas and work with different sensors on one platform. Trinity Pro combines vertical takeoff and landing with fixed-wing efficiency and integrated mission planning.

A wider perspective. Greater field efficiency.
Vertical takeoff, fixed-wing flight
Runway-independent eVTOL architecture brings flexibility to large-area and corridor surveys.
Sensors for the mission
Quick payload changes between RGB, oblique, multispectral and LiDAR options.
Integrated workflow
Mission planning with QBase 3D; PPK processing using iBase reference data.

From the field to measurable data
The Quantum-Skynode autopilot supports operations with preflight checks and terrain awareness. Select sensors to match the requirements of your maps and models.
Applications



Product and application images: Atay Mühendislik / Quantum Systems.
Technical specifications
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Flight performance
| Specification | Trinity Pro |
|---|---|
| Maximum flight time | 90 minutes* |
| Maximum area coverage | 700 ha* |
| Maximum altitude (MSL) | 5,500 m |
| Command and control range | 5–7.5 km |
| Optimal cruise speed | 17 m/s |
| Wind resistance — hovering | 11 m/s |
| Wind — sustained / gusts | 14 / 18 m/s* |
Airframe and operating conditions
| Specification | Trinity Pro |
|---|---|
| Maximum takeoff weight | 5.75 kg |
| Wingspan | 2.394 m |
| Operating temperature | −12 °C to +50 °C |
| Protection rating | IP55 |
| Transport case | 100.2 × 83 × 27 cm |
Mission planning and sensors
| Specification | Trinity Pro |
|---|---|
| Mission software | QBase 3D |
| Reference station | iBase — PPK workflow |
| Sensor types | RGB, oblique, multispectral, LiDAR |
*Flight time and coverage depend on the sensor, flight plan and environmental conditions. Stated flight time and cruise wind values are subject to the manufacturer's export regulation note.
Let us define the right solution for your project.
Contact Atay Mühendislik for Trinity Pro product selection, system configuration and technical support.
