Overall, these specifications are ideal for mapping but represent only minor improvements over prior generations. This means that the Mavic 3 should have slightly improved performance in low light scenarios. This is nearly identical to the Phantom 4 RTK, which had the same specifications on a 1” image sensor. The primary camera on the Mavic 3E is a 4/3” CMOS sensor with 20 megapixels, a mechanical global shutter, and an 84° field of view. That is because, in order to work at its best, the Mavic 3 Enterprise still needs to be paired with a GPS base station, which will take up much more room than the drone itself. While this takes up much less space than the Phantom 4 RTK and its associated equipment, it actually doesn’t make a huge overall difference over prior generations. In fact, most of what you need to fly can be fit into a hard case the size of a briefcase. The software that it runs is DJI Pilot 2, which is plenty good enough for all surveying and mapping needs, including terrain aware flights, without additional 3rd party software.Īs previously mentioned, the Mavic 3 Enterprise has folding legs to make the drone much smaller and easy to transport, and this size is a major benefit. It runs software on a version of Android, and is much more responsive than previous generations of controllers. The 5.5” screen is bright and easy to use outdoors. The controller that comes with the drone is the “DJI RC Pro.” This controller will be familiar to anyone who has worked with an M300, and is a substantial upgrade over the integrated controller on the Phantom 4 RTK. Likewise, you actually will need to add the “RTK Module” to the base “Mavic 3E” in order to get the results we are talking about. The “Mavic 3T” (Thermal) will not work for survey quality mapping. The “Mavic 3 Enterprise” is the name of a group of drones, and the “Mavic 3E” is the version with the survey-capable camera. The first thing we have to address with the “Mavic 3 Enterprise 3E with the RTK module” is the incredibly confusing name. But if you want to know how this drone works for surveying and mapping, then read on. If you are looking for how this drone can apply to other industries like public safety or agriculture, then you might be in the wrong place. One last caveat is that this review is intended solely for producing survey-quality maps and measurements. We will discuss all of these considerations throughout this review. ![]() Likewise, the quality of the equipment doesn’t mean that much if it requires months of specialized training to use it properly. This means that raw technical specifications, while important, are far less meaningful to us if they don’t reliably produce high-quality final accuracy. Total Cost of Ownership: including the cost of equipment, operation, and data processing ![]() Instead, we look at the drone based on how well it will fit into a real-world workflow. We believe that a good drone is about much more than just the hardware. Review Methodologyīefore we get into the actual details about the hardware, workflow, and data from the Mavic 3E RTK, it is important to understand our review methodology. We expect that the Mavic 3 Enterprise will become the workhorse drone for surveying and mapping applications for the next few years. The Mavic 3 Enterprise is not a revolutionary drone, and only provides minor improvements over the previous generation of drones, however it is a worthy successor to the phantom 4 RTK. The Mavic 3 Enterprise meets or exceeds the performance, capabilities, and value of the Phantom 4 RTK in nearly every way. Until now, the DJI Phantom 4 RTK has been the gold standard for drone surveying. When configured properly, the Mavic 3 Enterprise is an excellent surveying and mapping drone and will become the new standard for both performance and value in aerial mapping.
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