YANGDA Sky Eye-HT50 Thermal Drone Camera with a 50mm Lens

Keep detector resolution and delivery format separate

The detector specification describes the source thermal image. The manufacturer's video table separately lists Ethernet 1080p/720p at 30fps, with MP4 recording and 1920 × 1080 JPG photographs. These are different stages of the picture. A larger saved or displayed raster is not an additional thermal detector, and changing the output size does not turn digital enlargement into an optical zoom lens.

The HT50 lens is fixed, with 8x digital zoom listed. This makes the camera a particular optical choice rather than a variable-focal-length thermal system. Evaluate the scene coverage you need before buying. A facility overview and a smaller component examination may place different demands on the lens, even when both jobs use infrared imagery.

Match the thermal camera to the inspection task

For example, a customer reviewing thermal differences across a roof needs to understand both the image coverage and how the files will be examined. The purchasing decision should describe that required result. For temperature reporting, specify the measurement range, accuracy and exported data format with the enquiry.

Allow for the payload beyond the lens

The manufacturer lists a 12V supply, 1060g ±5g for the camera and gimbal, and S.Bus, UART and Ethernet control interfaces. Those values help an integration team decide whether to continue evaluating the payload. Any added mounting plate, cabling or other aircraft hardware belongs in the complete installation review.

Choose the video receiver and controller alongside the camera. A suitable payload must fit the aircraft and deliver a usable picture at the intended endpoint. It is more useful to identify the exact viewing hardware now than to assume that every Ethernet-capable ground station accepts the same video configuration.

Common purchasing questions