Yes. It’s simple to swap batteries and continue your mission. Bring the drone back to its home point when the battery is low on power, swap in the new battery and restart your plan from the exact point where you left off.

While Android and iOS work well with DroneDeploy, Apple products offer a smoother experience than because of how Android handles a USB connection.

If you lose connection, press and hold the Return to Home button on the controller to call back the drone. Once it returns, begin the mission again after power cycling the drone and restart your mobile device.

Yes. You can also press the Home button on the RC or in the DroneDeploy app. Alternatively, you flip the mode switch to disengage autonomous flight.

The DroneDeploy mobile app allows you to capture oblique photos of objects using the Orbit at End of Mission tool. For best results, we do still recommend conducting some manual flying with your drone and then processing those images with DroneDeploy’s software.

Yes, the DroneDeploy mobile app automatically controls the camera to tilt down in a base position after reaching your preferred altitude. For areas where you need to tilt the angle of your camera, such as when conducting 3D models, you will need to fly manually.

If you're flying on a bright day, the images may be washed out unless the white balance is adjusted to "Sunny" in the DJI Go app. For these settings to apply, you must turn off Automatic Camera Settings in the DroneDeploy app in the advanced section of the flight plan.

We recommend that all images should have significant overlap (at least 70% side and front). The greater the image overlap, the easier it is for the software to process your image. Higher overlap gives you greater map detail.

Yes, you can generate 3D models by using your drone for 3D mapping. Upload your geo-tagged drone imagery to DroneDeploy, and the software will take care of the rest. One of the big differences between DroneDeploy and other alternatives is that they carry out the processing for you in the cloud, so it doesn’t require a lot of desktop processing power.

Yes, you can upload additional images to a processed map.

No. Elevation maps are created using standard geo-referenced cameras on drones. DroneDeploy does some advanced maths to figure out elevations by looking at differences in perspective between two overlapping images.

No, but the camera settings should compensate if you choose to attach one. Filters can be useful for taking some of the glare and reflection out of imagery which can help improve the final product.

Currently, the software stitches geo-tagged thermal imagery in the colourized JPG format. There are plans to support radiometric JPG and TIFF files moving forward.

A high-speed SD Card with at least 16GB storage is recommended for the best result.

DroneDeploy supports exporting in many file formats. Each data export format is different and you can use them in a wide variety of software.

Extensive testing has found volume measurements to be accurate to within 1-2% when compared to traditional ground-based laser measurements.

Ground Control Points (GCP) are an effective way to increase accuracy on a global level. However, the data you are getting from a standard drone flight without GCPs will produce highly accurate volume measurements as those measurements are at the local level. These measurements are typically 98-99% accurate so GCPs are not necessarily needed. Learn more about accuracy here.