Panorama vs 360° Photo: What's the Difference?
How standard photos, wide panoramas, horizontal 360° panoramas and full spherical images differ, how equirectangular format works and when to use each.
By Panorama 360 Team · · 5 min read
In this article
- Standard photographs
- Wide panoramas
- Horizontal 360° panoramas
- Full spherical 360° × 180° images
- Equirectangular projection
- Interactive versus static viewing
- Choosing the right format
- How each format is usually captured
- The shapes of the files
- Common misconceptions
- Sharing and compatibility
- What this means in practice
A panorama is a wide image. A 360° photo is an image that wraps all the way around you. A full spherical photo goes further and covers the floor and ceiling too. People use the words interchangeably, but the differences affect what you can capture, how you view it and what you can promise a client. This article defines each type, explains the format used to store spheres, and helps you pick the right one.
Standard photographs
A standard photo is a single exposure through one lens with a fixed field of view. A typical phone main camera sees roughly the width of a doorway from across a room. An ultra-wide lens sees more, but stretches the edges and still has limits.
Wide panoramas
A wide panorama combines several overlapping photos into one long image, so its width is set by how far you turn instead of by the lens. The result is still a flat picture, usually much wider than it is tall. You view it the way you view any photo, by scrolling or zooming. The general concept is described on Wikipedia's page on panoramic photography.
Wide panoramas are ideal for skylines, mountain ranges and long interiors where you want one image you can print or post.
Horizontal 360° panoramas
A horizontal 360° panorama takes the idea all the way round: you turn through a full circle, and the left edge of the image is the same direction as the right edge. In a viewer, you can spin continuously. The image is still only a band tall, because that is all a phone sees when held upright, so there is no floor and no ceiling.
In Panorama 360 this is the Horizontal 360° mode, typically about 10 to 14 photos. It is a good compromise for rooms and landscapes where the vertical extent matters less.
Full spherical 360° × 180° images
A spherical image covers 360° horizontally and 180° vertically. When you open it in a viewer, you can look straight up and straight down. Capturing one takes several rings of photos plus the floor and ceiling, usually around 25 to 35 photos on a phone. Our spherical 360° panorama page describes what a complete sphere requires.
It is important not to mix up the two 360° types. A horizontal 360° is not a sphere. Panorama 360 only labels an image as a full sphere when the whole sphere was covered, and saves anything with gaps as a partial panorama.
Equirectangular projection
A sphere cannot be laid flat without distortion. The standard solution is equirectangular projection, where horizontal position equals longitude and vertical position equals latitude. A full sphere becomes a 2:1 image. Near the horizon things look normal; near the top and bottom, features are stretched across the full width. That is why a flat 360° image looks odd when you view it as a picture, but looks correct inside a 360° viewer. For the technical definition see Wikipedia's article on the equirectangular projection.
Software recognises such files through metadata. Google's spherical metadata specification describes the fields, including how to describe a partial panorama as a cropped area of a full sphere.
Interactive versus static viewing
A wide panorama is a static picture. A 360° photo is interactive: you drag to look around, pinch to zoom and, in some viewers, tilt your phone. That makes a 360° image feel more like standing in the place, but it needs a viewer that understands the format. A static export from a 360° photo, such as a cropped view, loses the interactivity.
Choosing the right format
| You want… | Choose |
|---|---|
| One picture to print or post | A wide panorama |
| A quick, immersive look around a room or view | Horizontal 360° |
| Viewers to see everything, including floor and ceiling | Full sphere |
| Several linked viewpoints | Panoramas or spheres linked into a virtual tour |
Think about where the image will be shown. A property listing site might embed an interactive viewer; a social post may only show a flat crop. Check the platform's support for 360° images before committing to a format.
How each format is usually captured
A wide panorama is often made with a phone's sweep mode: you move the phone slowly across the scene and the camera builds a strip. A guided app takes separate photos instead and lets you review them. A horizontal 360° uses a full turn of photos. A full sphere needs rings of photos plus the floor and ceiling. Dedicated 360° cameras skip the turning altogether by using two or more lenses at once. Each method trades speed for control, and none is right for every job.
The shapes of the files
The aspect ratio tells you a lot about what you are looking at. A wide panorama can be anything from about 2:1 to 6:1 or wider. A horizontal 360° is usually a long, short strip because it covers the full circle but only a band of height. A full sphere is always 2:1, because 360° across and 180° down gives exactly that ratio. If a file claims to be a full sphere but is not 2:1, something is wrong with it, or it is only part of a sphere.
Common misconceptions
- "Wider means 360°." A very wide panorama can still cover only a sweep of the view.
- "360° means a sphere." A horizontal 360° has no floor or ceiling.
- "A 360° photo always looks interactive." It only does in a viewer that understands the format; elsewhere it looks like a stretched strip.
- "A phone cannot do spheres." It can, with many photos and careful technique; it just takes longer than a dedicated camera.
Sharing and compatibility
Whether people can look around your image depends on where you share it. Some platforms recognise the spherical metadata inside a JPEG and show an interactive viewer; others display it flat. If you need people to explore the image, test it on the platform first, or embed a viewer on your own site. If you only need a picture, export a normal wide crop.
What this means in practice
If you are photographing a landscape, a wide or horizontal 360° panorama is usually enough, because the sky and ground add little. If you are photographing an interior where the ceiling is part of the story, a full sphere is worth the extra photos. If you are not sure, take a horizontal 360° first, since it is quicker, and take a sphere only where it adds value.
To learn the capture steps, read how to take a 360° panorama photo with your phone, or see how the app handles both modes on the 360° panorama camera app page. If you want a gentler introduction to spheres, start with what is a spherical panorama.
Frequently asked questions
Is a 360° photo always a sphere?
No. A 360° photo can be horizontal only, wrapping around you but covering a band of the view. A sphere also covers the full vertical range, 180°.
Why does a 360° image look stretched?
Spherical images are stored as flat equirectangular images, which stretch the top and bottom. Viewers map the image back onto a sphere, so it looks correct when you look around.
Which format should I use for social media?
Many platforms accept 360° images with the right metadata, but support varies. A standard wide panorama is safest if you only need a flat picture.
Keep reading
- 5 min readWhat Is a Spherical Panorama? A Beginner's GuideA spherical panorama records everything around you, including up and down. Learn how it is stored, captured and viewed, and why it is harder than a flat panorama.
- 5 min readHow to Take a 360° Panorama Photo with Your PhoneChoose a capture mode, turn on the spot, overlap each photo by about a third and let the app stitch them. Here is the full workflow and how to avoid the usual problems.
- 5 min readCan You Create 360° Photos with an Android Phone?An Android phone can produce 360° photos by taking and stitching many shots. Here is how it works, what limits the quality and how it compares with a dedicated camera.
360° Panorama Camera AppPanorama Camera AppSpherical 360° Panoramas