Advanced Radiometric Thermal Imaging

The FLIR Boson 640R integrated system provides radiometrically calibrated infrared thermal images with a resolution of 640 × 512 pixels.

With a thermal spatial resolution of 8.75 cm / 3.44 inches at 60 m / 200 feet, the Altum-PT Pro reveals subtle temperature variations for applications ranging from crop water stress analysis to environmental monitoring and asset inspection.

High-resolution multispectral and RGB analysis

Five specific multispectral bands work in conjunction with a high-resolution panchromatic sensor to produce detailed results with a spatial resolution of up to 1.2 cm / 0.47 inches at 60 m / 200 feet with appropriate post-processing.

The RGB output reaches 12.4 MP, providing high-resolution images with a global shutter that are aligned across all bands.

Pixel-aligned data

The Altum-PT Pro captures multispectral, panchromatic, RGB, and thermal data using a unified sensor designed to provide pixel-aligned data.

This provides a solid foundation for detailed analysis in agricultural, environmental, industrial, and government applications.

Frame rate of up to 2 frames per second

A fast shooting speed of up to two frames per second in raw DNG format enables efficient data capture without compromising image quality.

Global Shutter

Altum-PT Pro uses a global shutter to capture distortion-free images, enabling accurate mapping and analysis from moving UAV platforms.

Flexible Integration

Designed to offer flexibility for drones, the Altum-PT Pro can be integrated into a wide range of multirotor and fixed-wing unmanned aerial vehicle (UAV) platforms.

Its interfaces include configurable GPIO, USB 2.0 for Wi-Fi, serial connectivity, 10/100/1000 Ethernet, and CFexpress storage.

Calibrated data

Altum-PT Pro includes DLS2 + CRP2, which enables the collection of calibrated data for applications where measurement accuracy and repeatability are critical.

Made in the U.S.

Altum-PT Pro is manufactured in the U.S. and complies with the National Defense Authorization Act (NDAA), allowing it to be deployed in government, defense, and security-sensitive applications where reliable supply and compliance with procurement regulations are essential.

Precision Irrigation Management and Canopy Temperature

Scientifically accurate thermography enables detailed monitoring of canopy temperature and irrigation performance.

The FLIR Boson 640R camera can capture subtle changes associated with water stress and irrigation leaks, helping users identify variations that may require further investigation.

Automated Plant Counting

With high-resolution results of up to 1.2 cm / 0.47 inches GSD at 60 m / 200 feet, Altum-PT Pro provides detailed imagery suitable for automated plant-counting workflows.

Detection of Presymptomatic Diseases and Stress

High-resolution multispectral, RGB, and thermal data provide users with multiple layers of information to identify subtle changes in the condition of plants.

Altum-PT Pro is designed to facilitate the detection and analysis of plant stress and diseases before symptoms become apparent.

Infrastructure Inspection

Altum-PT Pro goes beyond agriculture. Its advanced thermal capabilities enable asset inspection applications, including the inspection of solar panels and power lines.

Advanced Estimation of Yield and Biomass

Leaf-level multispectral data and high-resolution RGB data provide detailed information for advanced yield and biomass estimation.

The sensor’s combination of spectral, spatial, and thermal data enables detailed analysis of crops throughout the entire growing season.

Tracking small changes throughout the season

Pixel-by-pixel calibrated and aligned images allow users to track small changes over time.

This makes Altum-PT Pro well-suited for full-season monitoring programs where repeatable measurements and the identification of subtle changes are essential.

Environmental Monitoring

Scientific-grade thermal, multispectral, and RGB data provide a versatile dataset for environmental monitoring, enabling users to observe and analyze subtle spatial and thermal changes.

Analysis of Soil Moisture and Foliar Moisture Levels

The combination of thermal imagery and high-resolution multispectral data allows for a detailed assessment of soil moisture, canopy temperature, and plant health at the leaf level.