Sentera 6X Thermal
The Sentera 6X Thermal is a high-precision, all-in-one imaging sensor that combines multispectral, RGB, and radiometric thermal imaging in a single payload. This powerful combination enables advanced aerial mapping, crop health diagnostics, environmental monitoring, inspections, and more—all from one flight. Ideal for farmers, researchers, and UAV operators who need rich, co-registered data for actionable insights.
🌟 Key Features
| Feature | Details |
|---|---|
| Sensor Types | 4× 3.2 MP monochrome global shutter (multispectral) + 20.1 MP RGB (rolling shutter) + radiometric thermal (FLIR Boson module) |
| Spectral Bands | Green (~550nm), Red (~670nm), Red Edge (~715nm), NIR (~840nm) + RGB visible + LWIR thermal (8-14 µm) |
| Ground Sample Distance (GSD) @ 60 m / 200 ft | • Multispectral: ~2.6 cm • RGB: ~1.0 cm • Thermal: ~8.75 cm |
| Field of View (HFOV) | Multispectral & RGB: ~47° Thermal: ~50° |
| Frame Rate / Capture Speed | ~5 FPS sustained (every 0.2 seconds) for synchronized captures |
| Storage | 512 GB internal SSD NVMe |
| Power Consumption | ~15W typical, up to ~18W max; input voltage ~10.5-26V |
| Weight & Size | Sensor only: ~280-290 g Size: ~79.5 × 66 × 67.5 mm With gimbal: ~500-525 g depending on mount |
🌱 Applications & Benefits
Precision Agriculture: Monitor crop health, detect foliar stress, water stress, or disease early using multispectral + thermal data.
Environmental Monitoring: Track temperature changes, water distribution, heat anomalies.
Infrastructure & Inspection: Thermal anomalies in solar panels, pipelines, or building structures with high-res RGB + thermal overlay.
Research & Mapping: Produce high quality orthomosaics combining visible, NIR, red edge, and thermal data in one flight.
Efficient Workflow: Data from all sensors (thermal, multispectral, RGB) is co-registered (aligned) in post-processing, reducing effort and error.
⚙️ Ideal Use Conditions & Tips
Fly at ~60m (200 ft) for optimal resolution vs coverage trade-off.
Ensure proper lighting and thermal contrast, especially for thermal mapping.
Use a calibrated reflectance panel for multispectral sensor calibration.
Select appropriate flight overlap and speed, particularly for thermal stitching.
Mount sensor on stabilized gimbal setup for accurate aligned data.
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