![]() They have all the challenges of daytime photography along with the need for higher ISO settings to deal with lower light levels. Night time aerial shots are both popular and difficult for drone cameras to capture. Color detail, as measured by our Portrait score, is also very important for ascertaining a camera’s ability to capture subtle color differences in natural scenes.īoth of those scores are also important for architectural and industrial photography applications, where detail preservation and color rendering play an important role. Since most aerial landscape shots include both brightly lit and shaded areas, more stops (EVs) of dynamic range means that more detail can be preserved in both the shadows and the highlights. Use cases for DxOMark sensor scores in drone photographyįor drone cameras, our Landscape (dynamic range) score is directly applicable to outdoor photography in good light. Finally, for real time applications such as drone racing, the quality and latency of broadcast preview images is critical. For videographers, additional variables come into play, including recording resolution, electronic rolling shutter or flight-path programmability, encoding and compression, and stability of imaging settings as the scene changes.įlexible maneuvering of the camera from the ground is also important in some applications. There are a number of other factors that come into play for still photography, and of course for video, that DxOMark does not measure.įor still photography, white balance, exposure, frame rate, and stabilization are all important. Raw sensor output is only one part of evaluating overall drone camera quality. Architectural photographers will find this score particularly relevant, as will those using drones to detect subtle defects or other issues as part of industrial applications.ĭxOMark Sensor score measures only RAW sensor image quality Our Portrait score is a guide to the color depth and definition that a camera captures.Of course, as for other camera type, it is worth noting that there are other attributes to take into account, such as image stabilization, that our sensor score doesn’t take into account. So the Sports score is particularly important if you are flying at dusk or dawn, or capturing live events with lots of action. Our Sports score is an indication of how well a camera performs in low light – or at the high ISOs often needed to capture fast action.For high-contrast outdoor scenes, you’ll want as much dynamic range as you can get to capture details in both lit and shaded areas. ![]() ![]() Our Landscape score evaluates the overall dynamic range a camera can capture.Our use case scores highlight different performance metrics covering different user experiences: Our focus is on the native image quality coming out of the sensor in its purist form – in other words, the RAW files. We begin by testing several models of drones that are popular with photographers. At DxOMark we specialize in measuring the image quality of sensors, lenses, and mobile devices – so naturally we want to help you evaluate the image quality of drone camera sensors. And that eye is only as good as the camera it carries. Why use DxOMark sensor scores for drone cameras?Ī drone is your eye in the sky. And for reference, we also provide some comparisons with standalone cameras with similar-sized sensors. This said, we found interesting differences even between drone cameras with similarly-sized sensors. Since DxOMark sensor scores strongly depends on sensor noise and dynamic range, both of which are strongly influenced by sensor size, it is not surprising that larger sensors scored higher than smaller ones.
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