One sensor. Multiple data layers. Greater precision.
The Altum-PT Pro combines a 640 × 512 FLIR Boson® 640R radiometric thermal sensor, five dedicated multispectral bands, high-resolution panchromatic imaging and RGB output in a single UAV payload.
Built for professional users who need accurate, repeatable and highly detailed aerial data across agriculture, research, environmental monitoring and industrial inspection.
Altum-PT Pro brings multiple imaging technologies together in one integrated payload, allowing operators to collect complementary datasets without flying separate sensor missions.
Because the image data is designed to be pixel-aligned, spectral and thermal information can be compared more consistently during analysis — particularly valuable when looking for subtle crop, environmental or asset changes.
Detect and measure subtle temperature variations using the integrated FLIR Boson 640R thermal sensor.
Capture five purpose-built spectral bands for advanced vegetation, crop and environmental analysis.
Produce detailed visual imagery and high-resolution spatial data for mapping, inspection and machine-learning workflows.
Five dedicated multispectral bands work alongside the panchromatic sensor to generate high-resolution datasets reaching approximately 1.2 cm GSD at 60 m AGL with appropriate post-processing.
This level of spatial detail supports individual-plant analysis, crop counting, early stress investigation and other workflows where small features matter.
| Spectral band | Spectral band | Bandwidth |
| Blue | 475 nm | 32 nm |
| Green | 560 nm | 27 nm |
| Red | 668 nm | 14 nm |
| Red-Edge | 668 nm | 12 nm |
| Near-IR | 842 nm | 57 nm |
Altum-PT Pro produces 12.4 MP RGB output alongside its multispectral and thermal information.
The high-resolution panchromatic sensor can be used with the multispectral data to produce finer spatial detail, while the global shutter helps prevent the geometric distortion associated with rolling-shutter image capture from a moving UAV.
| 640 × 512 Radiometric Thermal | High-resolution FLIR thermal data for advanced temperature analysis. |
| Pixel-Aligned Data | Thermal, spectral and visual information captured within one integrated sensor architecture. |
| Up to 2 Captures / Second | Rapid raw DNG capture supports efficient aerial data collection. |
| Magnification | Distortion-free image capture for accurate mapping from moving UAVs. |
| Global Shutter | DLS2 and CRP2 support repeatable radiometric workflows. |
| Calibrated Data | Designed for integration across multirotor and VTOL platforms. |
| Flexible UAV Integration | Focus-free |
| Professional Connectivity | Focus-free |
| NDAA Compliant | Focus-free |
Included:
The Downwelling Light Sensor (DLS2) is an advanced incident light sensor. It measures the ambient light and sun angle for each of the five multispectral bands of the camera. This information can then be used by specialized processing tools to correct global lighting changes in the middle of a flight, such as those that can happen due to clouds covering the sun.
The Calibrated Reflectance Panel (CRP2) is a compact on the ground radiometric calibration tool. The panel has pre-measured reflectance values across the visible and near-infrared light spectrum and therefore acts as a “control”. Taking a picture of the calibration panel allows you to assign the known reflectance values and adjust your dataset accordingly during post-processing. As a best practice, CRP images should be captured before and after each flight to provide an accurate representation of light conditions during the flight.
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