FLIR Vue Pro Drone Thermal Camera

86,016 pixels (336 x 256), -13 to 1022°F, <0.1C, thermal imager with optional radiometric data gathering & color camera .

FLIR Vue Pro R Drone Thermal Camera
FLIR Vue Pro Drone Thermal Camera
The FLIR Vue Pro: Thermal Imaging Camera for sUAS

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Manufactured

By Teledyne FLIR

Includes

FREE Ground Shipping
FREE Lifetime Tech Support

Product Manual Product Specs

Features

2 detectanble temperature ranges
- -13 to 275°F (-25 to 135°C)
- -40 to 1022°F (-40 to 550°C)
2 thermal sensor resolution options
- 336 x 256
- 640 x 512
8-bit digital video
14-bit still images
Uncooled VOx Microbolometer thermal imager
30 Hz thermal frame rate
RS-232 MAVLink interface
7.5 – 13.5 µm spectral band
+/-5°C or 5% of reading accuracy

What's in the Box

FLIR Vue Pro Camera with camera mount
Bench cable
MicroSD card
Accessory cable

The FLIR Vue Pro Drone Thermal Camera and Vue Pro R Radiometric Drone Thermal Camera are thermal measurement instruments and data recorders designed for professional sUAS operations and services. They offer full data recording of thermal video and 14-bit still imagery. These cameras integrate simply into many of the world's leading airframes and provide data collection tools to enable informed decision making.

The Vue Pro Thermal Camera records digital video and still imagery to a removable micro-SD card, eliminating data transmission loss. Image settings are optimized for airborne operations and record real-time thermal videos in MOV format. Aircraft flight information is saved in each still image. In addition to MAVLink compatibility for image geotagging, the accessory port allows remote in-fight camera function control. The mobile app can be used for PWM configurations in the field

The Vue Pro R Radiometric Drone Thermal Camera gives drone operators and certified thermographers the power to gather accurate, non-contact temperature measurements from an aerial perspective. Every still image the Vue Pro R saves contains accurate, calibrated temperature data embedded in every pixel, adding fully radiometric data-gathering to sUAS applications.