When you are taking pictures with a drone, you should first decide whether you want to take stills or videos. Still images are generally easier to manage, whereas videos are much easier to share online. If you are going to take both still and video images, then you should keep your camera steady. This is especially true when you are taking pictures in windy environments. If you are having trouble keeping your camera steady, then you should invest in a gimbal stabilizer. A gimbal stabilizer helps stabilize your camera and keeps it steady even in difficult conditions.
- Aerial photography: This is a type of photography where images are captured from above using aircraft. Aerial photographs have many uses and are often helpful in planning construction projects and urban planning. These types of photographs are taken by either professional pittsburgh drone company photographers who work directly with clients, or aerial drone operators who capture images for companies that don't want to spend money on hiring professionals.
- Drone photogrammetry: Drone photogrammetry is a subtype of aerial photography. Drone photogrammetry involves taking pictures from drones, which are small, remote-controlled planes. Drones are able to take high-resolution aerial shots, which makes them useful for capturing detailed views of landscapes, buildings, and structures.
- Stereoscopy: Stereoscopy is any form of photography that adds depth to images. This technique is commonly done by combining two different images together; one image shows objects at a certain angle while the second image shows objects from the same perspective but at a slightly different angle. A camera with stereoscopic capabilities lets users create three dimensional effects without special equipment.
- LIDAR: LIDAR stands for Light Detection And Ranging. This technology measures distance by bouncing a laser off of surfaces and analyzing how long it takes the laser to return which is also very popular among the Drone Service Companies PA. It's similar to radar in that it sends out a pulse of light and then analyzes how long it took for the light to reflect back.
- Ortho-mapping: Ortho-mapping is a process of generating a 3D model from 2D images. This process creates a digital replica of real world objects based on several photographs taken from various angles around the object. Ortho-mappers use computers to match points between photos and generate a 3D representation of the scene.
6. Structure From Motion: Structure from Motion (SfM) is a process of extracting information about a structure from a series of images. SfM software can identify specific features in each photo taken and combine them to create a 3D map of the building. This mapping system can be applied to almost anything that has identifiable parts.