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FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras – 30Hz

FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras – 30Hz
sku: FLIRVueProR336-30Hz

Free UK Delivery On Orders Over £40
  • Suitable for public safety applications, infrastructure analysis, precision agriculture, and building, roof and power grid inspections
  • Thermal sensor resolution: 336 x 256 pixels
  • Available in three models with different lens sizes and FOVs

£3,349.00 Incl. VAT £4,018.80
£3,349.00 Incl. VAT £4,018.80
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Description

FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras – 30Hz Details

The FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras can be used with sUAS such as drones. They are optimised for gathering aerial, non-contact thermal data making them suitable for building, roof and power grid inspections, as well as infrastructure analysis, precision agriculture and public safety applications.

The FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras are available in three models with different lens sizes and fields of view; please see the table below for further details. 

Model Code Model Name Lens Size FOV 
436-0019-00 FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera, 6.8mm, 45 x 34 6.8mm 45° x 34°
436-0020-00 FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera, 9mm, 35 x 27 9mm 35° x 27°
436-0021-00 FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera, 13 mm, 25 x 19 13mm 25° x 19°

All of the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras have a thermal sensor resolution of 336 x 256 pixels and are able to capture thermal images with accurate, calibrated, radiometric temperature information in each pixel.

Radiometric thermal images captured using the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras can be saved as JPEGs to the onboard micro-SD card; when saved in a radiometric JPEG format thermal information is retained and embedded in each pixel. Alternatively, images may be saved in a 14-bit TIFF format.

In addition to this, the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras can be used to record thermal videos in real-time. Thermal videos may be saved in a MOV format to the micro-SD card. It is possible to export analogue video via a 10-pin mini-USB connector. Via this interface, the user can also power the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras.

As the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras are fully compatible with the FLIR Tools Software (NOT included), the images and footage captured using these instruments can be used to create post-flight reports and may be subjected to comprehensive post-flight analysis.

The FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras’ image settings are configured for airborne applications. However, it is possible to alter the cameras recording and control settings via the FLIR Vue Pro App. Moreover, the user can adjust the camera functions using the PWM inputs emitted from the drone’s controller.

The FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras can be integrated into MAVLink systems. These thermal cameras also support field upgradeability, ensuring that they remain up-to-date with the demands of the industry.

The FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras are ideal for drone operators and thermographers requiring a method by which to gather accurate, aerial, radiometric thermal information.  

FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras Key Features

  • Use with drones and other sUAS
  • Gather aerial, non-contact thermal data
  • Suitable for building, roof and power grid inspections
  • Suitable for infrastructure analysis, precision agriculture and public safety applications
  • Available in three models with different lens sizes and FOVs
  • Thermal sensor resolution: 336 x 256 pixels
  • Calibrated, accurate, radiometric thermal data is saved in each pixel
  • Save radiometric thermal images as JPEGs
  • Saved radiometric JPEG images include thermal information embedded in each pixel
  • Thermal images may be saved in 14-bit TIFF formats
  • Media is saved to the onboard micro-SD card
  • Record thermal videos in real-time
  • Thermal videos may be recorded in a MOV format
  • Export analogue video via a 10-pin mini-USB connector
  • The 10-pin mini-USB connector can also be used to power the camera
  • Compatible with FLIR Tools Software
  • Image settings are configured for airborne applications
  • Alter recording and control settings using the FLIR Vue Pro R App
  • Adjust the camera functions using PWM inputs emitted from the drone controller
  • Supports integration into MAVLink systems
  • Field upgradeability
  • Ideal for drone operators and thermographers requiring a method by which to gather accurate, aerial, radiometric thermal data

What’s Included?

  • Your Choice of FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera
Technical Specs

Part Code: 436-0019-00

FLIR Vue Pro R Radiometric Drone Thermal Imaging Cameras Technical Specifications 

Specifications  Vue Pro R 640 Vue Pro R 336
Thermal Imager Uncooled VOx Microbolometer
Sensor Resolution 640 × 512 336 × 256
Lens Options (FOV for Full-Sensor Digital Output) 9 mm; 69° × 56° 6.8 mm; 45° × 35°
13 mm; 45° × 37° 9 mm; 35° × 27°
19 mm; 32° × 26° 13 mm; 25° × 19°
Lens Options* (FOV for NTSC Analog Output) 9 mm; 62° × 49° 6.8 mm; 44° × 33°
13 mm; 45° × 35° 9 mm; 34° × 26°
19 mm; 32° × 24° 13 mm; 24° × 18°
Spectral Band 7.5 - 13.5 μm
Full Frame Rates 30 Hz (NTSC); 25 Hz (PAL)
Exportable Frame Rates 7.5 Hz (NTSC); 8.3 Hz (PAL)
Measurement Accuracy +/-5°C or 5% of reading
Physical Attributes
Size 2.26" x 1.75" (including lens)
Weight 3.25 - 4 oz (Configuration Dependant)
Precision Mounting Holes Two M2x0.4 on each of two sides & bottom One 1/4-20 threaded hole on top
Image Processing and Display Controls 
Image Optimization for sUAS Yes
Scene Presets & Image Processing? Yes - Adjustable in App
Invertible Image?  Yes- Adjustable in App
Colour Palettes Yes – Adjustable in App and via PWM
Zoom Yes – Adjustable in App and via PWM
Interfacing
Input Voltage 4.8-6.0 VDC
Power Dissipation (Peak) 2.1 W (3.9 W)
Environmental 
Operating Temperature Range -20°C to +50°C
Non-Operating Temperature Range -55°C to +95°C
Operational Altitude +40,000 feet
OPTIONAL Power/ HDMI Video Module Accessory
Input Power Range 5 VDC – 28 VDC
Reverse Polarity Protection? Yes
Analog Video Output? Yes
HDMI Output 1280x720 @ 50hz, 60hz
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