DJI Zenmuse XT 336x256 Resolution 30Hz Fast Framerate FLIR Tau2 Thermal Camera
The Zenmuse XT is available with support from OmniView Tech. Please contact us to place the order.
336x256 30Hz Performance Version
Exclusive OVT Promotion: Purchase any Zenmuse XT camera and get a ResearchIR Max license key free!
UNLOCK THE POSSIBILITIES OF SIGHT
Thermal imaging from the air has never been as easy as it is with the DJI Zenmuse XT. By combining DJI’s unrivaled expertise in gimbal technology and image transmission with the industry leading thermal imaging technology of FLIR, the Zenmuse XT is the ultimate solution for rapid and reliable aerial thermal imaging. Capture faster, with pinpoint precision, over large areas, then save them for analysis and reporting.
INTEGRATED THERMAL CAMERA
The camera on the DJI Zenmuse XT is developed by FLIR. It provides high-sensitivity (50mK) infrared scanning at 640/30 fps or 336/60 fps depending on the camera model. This sensitivity provides accurate temperature measurements ideal for analytics and telemetry. Both cameras are available with four lens options to meet different business needs. Stabilized and controlled by a custom DJI gimbal, it provides smooth, clear imagery and 360 degrees of seamless rotational movement.
PRECISION FULL SCREEN TEMPERATURE MEASUREMENT
The Zenmuse XT Advanced Radiometry camera provides twice the temperature measurement accuracy of the standard Zenmuse XT along with new analysis and recording functions. Simply tap any point in an on-screen image to view the temperature of that point or select an area to measure the average, highest and lowest temperatures as well as their location. The camera can also be calibrated to further increase temperature measurement precision by setting external parameters including background temperature, scene emissivity and more. If photos are captured in the TIFF format, the temperature of each pixel can be recorded for further processing and analysis. A temperature alert threshold can be set, automatically activating when that temperature is detected. This capability could simplify and accelerate search and rescue and inspection activities.
See the unseen. FLIR cameras reveal details invisible to the naked eye by making subtle differences in temperature visible. This new view on the world can reveal when equipment or buildings are damaged, the location of lost people and much more.
IMAGE ENHANCEMENT SOFTWARE
Infra-red imagery requires optimization to ensure maximum definition for capturing information. The Zenmuse XT features a suite of image enhancements designed by FLIR including Digital Detail Enhancement™ (DDE); Smart Scene Optimization™ (SSO), which enhances extremes in bi-modal scenes; Active Contrast Enhancement™ (ACE) that adjusts scene contrast relative to its temperature difference; and Information Based HEQ™ (IBHEQ) which compresses complex image data to create the best quality image.
The Zenmuse XT can be controlled completely through the DJI GO app, providing a real-time, low latency view of what the camera sees, and instant access to core camera functions including:
Spot metering, temperature measurement at the mid-point
Single or interval shooting modes
Photo, video preview and download
Take photos while recording video
Various camera settings and parameters including:
Palette, also referred to as Look-up Table (LUT)
Scene, also referred to as Automatic Gain Correction (AGC)
Region of Interest (ROI)
When used with either the Inspire 1 or the Matrice 100, the Zenmuse XT can be put into the air in seconds. It is seamlessly integrated, giving it complete access to key features including the powerful Lightbridge video transmission system (providing up to 3.1 miles (5KM*) of HD range), automated Point of Interest, Course and Home Lock, Follow Me, and the DJI SDK.
When combined with the Inspire 1, the Zenmuse XT works with incredible speed, efficiency and convenience. If used with the Matrice 100, the Zenmuse XT can stay in-flight for up to 35 minutes*, ideal for large scale inspections and especially useful in search and rescue scenarios.