Knowledge — ROV

When exploring the use of thermal imaging in underwater applications, we can't fail to mention an exciting product: the APISQUEEN resolution 640*512 LWIR 12um temperature measurement miniature thermal imaging camera. Designed specifically for FPV/UAV/ROV applications, this camera provides high resolution and accurate temperature measurement capabilities for underwater exploration and monitoring. The 640*512 resolution of the APISQUEEN camera ensures clear and detailed images, enabling you to capture subtle features and temperature changes of underwater objects. Long-wave infrared 12um technology penetrates turbid water and low visibility environments to provide more accurate temperature measurements.Whether for marine scientific research, underwater archaeology, environmental monitoring or...

In today's rapid technological development, thermal imaging cameras are emerging as a non-contact temperature measurement tool. Its ability to convert thermal energy into a visible image shows us a whole new world of vision. The working principle of a thermal imaging camera is based on infrared radiation. By detecting the infrared energy emanating from the surface of an object, it shows the temperature distribution of the object in real time. This makes thermal imaging cameras have a wide range of applications in many fields, such as industrial inspection, building diagnostics, security monitoring and so on. When describing the features of...

When designing an ROV, it is common to use light weight components to keep the entire submersible from exceeding the desired weight limit, so aluminum or other lightweight materials are used. The weight of the submersible consists primarily of the following components: subsystem components, loads, and the buoyancy system used to establish the desired operational specific gravity.