Crazy Price Caddx Irc-640ca Irc-384ca 640x512 384×288 Analog Thermal Imaging Camera For Fpv Drone Save 45% + Free Ship [Lf5dWFqb]

Top-Notch FPV Thermal Imaging Cameras

The Caddx IRC-640CA and IRC-384CA are cutting-edge thermal imaging cameras designed to elevate the performance of FPV drones and various other applications. These compact and lightweight cameras are equipped with uncooled vanadium oxide detection technology, delivering sharp and reliable thermal imagery under diverse conditions. The IRC-640CA boasts a high-resolution 640×512 sensor, while the IRC-384CA offers a 384×288 resolution, ensuring superior clarity and precision. With their high sensitivity and compact design, these cameras are perfect for seamless integration with drones and other equipment.

Key Specifications and Features

The Caddx IRC-640CA and IRC-384CA are packed with impressive features and specifications. Both models feature an uncooled vanadium oxide detection technology with a wavelength range of 8~14 μm and a NETD of ≤40mK, providing accurate thermal detection with minimal noise. The IRC-640CA and IRC-384CA come with a frame rate of 50 Hz, ensuring smooth and real-time thermal imagery. The lens specifications include F1.0 / 4.0 mm for the IRC-384CA and F1.0 / 9.1 mm for the IRC-640CA, offering flexibility in different applications. Additionally, the cameras support a wide power input range of 5 to 16 V, making them adaptable to various power sources.

Applications and Benefits

The Caddx IRC-640CA and IRC-384CA are versatile and ideal for a wide range of applications. Whether it's industrial inspections, search and rescue missions, security and surveillance, or drone-mounted imaging, these cameras provide the necessary tools for professionals. Their high sensitivity and wide temperature range of -20°C to 60°C ensure reliable performance in various environments. With standardized video output in PAL format, these cameras are compatible with a wide range of video systems. The Caddx IRC-640CA and IRC-384CA are perfect for professionals seeking unparalleled thermal imaging performance in a compact and efficient design.