FlyMind 640X512 FPV Infrared Thermal Imaging Camera Compatible Drone Parts
FAQ About Infrared Thermal Imaging Camera
What is this product? Can it be used with drones and racing drones?
This is a 640×512 high-definition drone infrared thermal imaging camera, equipped with vanadium oxide uncooled focal plane detector and 8μm-14μm spectral response. It is specially developed for drones and FPV racing drones. Widely used in power inspection, fire rescue, field detection, security monitoring and industrial temperature measurement. It can also work as a standard camera module and match with common FPV devices perfectly.
What are the resolution, frame rate and pixel size? Is the imaging clear?
It features effective pixels of 640(H)×512(V), 12μm pixel size and up to 50fps frame rate for smooth video. With high resolution and professional image processing technology, it captures clear thermal details and identifies temperature differences accurately, which is a high-quality module for drone thermal imaging cameras.
What focal lengths and apertures are optional? How to choose lenses for different scenarios?
Multiple focal lengths are available: 4.1mm, 9.1mm, 13mm, 19mm, 25mm, matched with F1.0/F1.1/F1.2 large aperture. Corresponding FOV: 102°×83°, 45.9°×36.9°, 32.9°×26.6°, 22.6°×18.2°. Wide-angle lenses are for large-area patrol, while telephoto lenses suit long-distance fixed-point temperature measurement. You can select lenses according to the working distance of your drone thermal imaging camera.
What are the advantages of large aperture? How does it perform at night and in low light?
F1.0 and above large aperture greatly increase light intake. Combined with 2DNR+3DNR dual noise reduction technology, it delivers clean images without noise in dim and night environments. It greatly enhances the all-weather working capability of drone thermal imaging cameras.
What video output and hardware interfaces does this thermal camera support? Does it support CVBS, USB and MIPI?
Video output supports UVC, BT.656, MIPI, LVDS and CVBS. Hardware ports include CVBS, MIPI, USB and Type-C. It also has UART serial port and USB virtual serial port for communication. The full-range interfaces are highly compatible with FPV transmitters, display screens, embedded development boards and airborne terminals, adapting to various integration solutions of drone thermal imaging cameras.
What is the difference between different interfaces? Which one is recommended for long-distance transmission?
CVBS is an analog interface, plug-and-play for traditional FPV devices and long-distance transmission. USB, UVC, MIPI and LVDS are digital interfaces with higher image quality and strong anti-interference, ideal for high-definition data collection. Choose CVBS for FPV racing drones, and USB/MIPI for high-definition temperature measurement and data recording.
Do you provide OEM and ODM customization services? Can you customize solutions for drone thermal imaging devices?
We provide one-stop professional OEM & ODM services. We can customize focal length, aperture, interfaces, firmware, pseudo-color modes, LOGO and shell structure as required. We also support in-depth customization for industry solutions, special temperature measurement requirements and communication protocols of drone infrared thermal imaging cameras. Bulk orders and project cooperation are warmly welcomed.
How to fix inaccurate temperature reading and abnormal thermal image contrast?
① Clean the lens with professional dust-free cloth to remove dust and water mist. ② Switch pseudo-color palette and temperature measurement mode according to actual environment. ③ Preheat the device fully before use. Avoid long-time direct exposure under extreme high or low temperature.
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