Emilie Meyer
The DJI Mavic Pro drone is a powerful tool for capturing 360-degree panoramic photos and videos. With its 12MP camera, it offers sharp and rich colours, as well as impressive 4K video quality. To create a 360-degree panorama, users can utilise the drone's Panorama mode or manually fly it and capture images at intervals around a full circle. The images can then be stitched together using third-party software or the drone's automatic stitching feature. This guide will explore the steps and tools needed to capture, process, and share immersive 360-degree panoramas using the Mavic Pro.
| Characteristics | Values |
|---|---|
| Camera Maker | RICOH |
| Camera Model | RICOH THETA S |
| File Format | RAW or JPEG |
| Image Stitching Software | Photoshop, Panovolo, PTGUI, Hugin, Lightroom, Luminar Neo, GIMP |
| Image Resolution | 200 MPix, 128 MPix, 32 MPix, 688 MPix |
| Panorama Modes | Vertical, Wide-Angle, 180°, Sphere |
| Number of Stills | 26 |
| Number of Rows | 3 |
| Exposure Setting | Manual |
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What You'll Learn
Use the Litchi App to automatically capture stills
The Litchi app is a third-party app that can be used to fly your drone and capture 360-degree panoramas. Here is a step-by-step guide on how to use the Litchi app to automatically capture stills for a 360-degree panorama with your Mavic Pro:
First, ensure you have the latest public firmware on both your aircraft and remote controller. Make sure no other apps are running in the background, including screen recorders. For lightbridge-based drones, set the preview quality to 4Mbps.
Next, fly your drone to the desired location. It is recommended to have plenty of battery power remaining. You can use the DJI app to position your drone. Ensure you are using the desired capture method for stills; Raw and HDR modes are good options.
Once your drone is hovering in position, switch to the Litchi app. Choose ""Pano" from the upper left menu and tap the start capture button. The Litchi app will then automatically capture the necessary stills by turning the drone and adjusting the gimbal/camera. On a Mavic Pro, it typically captures 26 stills in 3 rows.
After the capture is complete, switch back to the DJI 4 Go app to continue flying or landing your drone. Remove the MicroSD card from your drone and insert it into your computer to access the captured images.
From here, you can use post-processing software to edit and stitch together your images. Adobe Lightroom CC is a popular option, where you can apply lens correction, dehaze, sharpening, and other adjustments. Finally, export your edited stills as full-resolution JPGs.
The Litchi app provides an efficient way to capture the necessary stills for creating immersive 360-degree panoramas with your Mavic Pro. With its automatic capture feature, you can easily obtain the required images for stitching, taking your aerial photography to the next level.
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Save images as RAW or JPEG files
When it comes to saving images as RAW or JPEG files, there are a few things to consider. RAW photos are ideal for professional editing and provide more flexibility in post-processing. They are produced by capturing all the raw data from the camera sensor, resulting in minimally processed images. RAW files typically have higher resolution and are larger in size compared to JPEGs. They are better suited for professional photo work, as they offer more detailed information in the shadows and respond well to editing applications like Photoshop, Lightroom, or Luminar Neo.
On the other hand, JPEG is a compressed image format that reduces file size by removing redundant data. It is a good option for new photographers as it is widely compatible and requires less storage space. JPEG images are also easier to share and upload, making them convenient for social media or quick sharing with family and friends.
The DJI Mavic series offers the option to save images in both RAW and JPEG formats. This gives users the flexibility to choose the format that best suits their needs. When shooting in RAW, make sure your SD card is compatible and has sufficient storage capacity, as RAW files can be significantly larger in size.
To create a 360-degree panorama, you can capture a series of images and stitch them together using third-party editing software. Saving each photo as a RAW file before stitching them together will yield the best results. However, if you prefer the convenience of an autogenerated panorama, the JPEG format will also produce good-quality results.
Additionally, when using the DJI Go 4 app, keep in mind that it saves low-resolution images and videos to your mobile device during the flight. To access the full-resolution images, you'll need to copy the files from the drone's SD card to your computer.
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Use third-party editing software to stitch images
When it comes to stitching images for a 360 panorama, there are several third-party software options available to help you achieve the desired result. Here is an overview of some popular choices and their features:
PTGui:
PTGui is a fast, flexible, and accurate photo stitching software that can handle RAW files and 16-bit files. It can stitch photographs into a seamless 360-degree spherical or gigapixel panoramic image. While PTGui is a paid software, it offers a free trial to let you test its capabilities before committing to a purchase.
Hugin:
Hugin is a free and reliable option for stitching 360 panoramas. It has a reputation for being error-free or providing rescue options when needed, especially for images captured on windy days.
Lightroom:
Lightroom is a popular image editing software that also offers panorama stitching capabilities. It can assemble panoramas from individual photos and is often used in conjunction with other software like PTGui as an external editor.
PanoVolo:
PanoVolo is a dedicated panorama stitching software that excels at handling a large number of images. It creates panoramas with slightly higher resolutions than some other options and can handle images taken on windy days with minimal errors.
Microsoft ICE:
Microsoft ICE (Image Composite Editor) is a free program for Windows that has received positive reviews for its speed and performance. It can stitch together multiple images to create a panorama.
Affinity Photo:
Affinity Photo is an affordable photo editing software that includes a mode for stitching panoramas. It offers a seamless editing experience, allowing you to easily edit the zenith and nadir of spherical panoramas and fill in missing sky elements.
Each of these third-party software options provides unique features and capabilities for stitching images into 360 panoramas. Experimenting with these tools and finding the one that best suits your workflow and requirements is essential for achieving the desired results.
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Change file properties to be recognised as 360 photos
When you want your 360-degree photos to be recognised as such, you need to ensure that the necessary metadata is included. This is because software recognises and processes 360-degree photos and videos by looking for camera-specific metadata found when taken using 360-ready cameras. This information is embedded in the Exif (Exchangeable image file format) metadata tags.
To change the file properties of your 360-degree photos, follow these steps:
- Open the File Explorer on your computer.
- Navigate to the folder containing your 360-degree photos.
- Right-click on the photo you want to edit and select "Properties" from the menu.
- Go to the "Details" tab and scroll down to the "Camera" section.
- Change the camera maker and model to "RICOH" and "RICOH THETA S", respectively.
- Click "OK" to save the changes.
By changing the camera maker and model in the file properties, you are essentially adding the necessary metadata to the photo. This helps platforms like Facebook recognise the photo as a 360-degree image rather than a panorama.
It is worth noting that there are other tools available for editing Exif data and metadata, such as ExifTool, Metadata ++, ExifToolGUI, and AnalogExif. These tools offer more advanced features and support various file formats, including JPEG, TIFF, and RAW. Additionally, they can be used to edit other types of metadata, such as GPS location, tags, and copyright information.
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Manually fly the drone and capture images at intervals
The DJI Mavic Pro is a popular drone model, owing to its compact, foldable design and intelligent flight modes. These modes allow for new levels of creativity and functionality, either by supplementing user flights or letting the aircraft fly autonomously. The Mavic Pro is equipped with a 12MP camera that shoots in RAW format, enabling users to capture sharp and rich visuals.
To manually fly the drone and capture images at intervals, users can utilise the intelligent flight modes available on the DJI Mavic Pro. These modes can be accessed through the DJI Go 4 app on a mobile device or the remote controller. After powering on the drone and opening the app, users can switch from RC to Wi-Fi mode to control the drone with their mobile device. The app interface provides access to various intelligent flight modes, including Active Track, Gesture Mode, Tapfly, Tripod, and Cinematic modes.
Active Track mode enables the drone to follow the movement of its subject, making it ideal for capturing stills or videos of moving objects. Gesture Mode is similar, responding to gestures and following the user if they move. Tapfly allows users to tap on a subject in the application for the drone to lock onto and track. Cinematic mode slows down yaw and braking speed, preventing a hard stop at the end of a shot.
Additionally, users can manually fly the drone using the remote controller. However, it is important to note that the controls for manual flight can be slightly laggy and less precise than the remote controller. The manual flight option may not be suitable for extended or complicated flights.
When capturing images at intervals, users can utilise the waypoints feature available on the DJI Mavic 3. Waypoints are predefined points on a map that the drone can navigate between while capturing photos or videos. By drawing waypoints on the map, users can control the flight path and spacing between grid lines. The vertical overlap and horizontal overlap between rows can be adjusted to achieve the desired level of overlap for the images.
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Frequently asked questions
You can save each photo as a RAW or JPEG file and then stitch them together using third-party editing programs like Lightroom, Luminar Neo, or Photoshop.
PTGUI is highly recommended for stitching 360-degree panorama photos, but it is a little pricey. You can also try out Hugin, which is free stitching software that can handle equirectangular projections.
In the file explorer, go to the file properties and change the camera maker to "RICOH" and the camera model to "RICOH THETA S".
If you are manually flying your drone, start at the horizon and capture images at intervals around a full circle. For best results, you want around a 50% overlap between images.
In the settings, swipe over to camera settings and turn on 'save RAW/JPEG' under panorama to save the photos in both formats.
