The Insta360 X5 is no longer the newest model in the X series in 2026 – but it remains a very interesting 8K 360° camera. Especially if you don't just want to shoot social media clips, but 360° footage as a starting point for immersive productions, virtual tours, or even Gaussian-Splatting workflows considered.
Important note: This is not a long-term test of my own. We currently do not have an X5 in our agency fleet and therefore do not want to provide any practical experience that we do not have. We assign the camera based on its technical specifications and our experience with 360° cameras, VR video and 3D capture. We can supplement this with a real practical impression from our own environment later.
Insta360 X5: the most important data
| Feature | Insta360 X5 |
|---|---|
| Sensors | 2 × 1/1.28 inches |
| 360° Video | up to 8K at 30 fps |
| 5.7K video | up to 60 fps |
| 360° photos | up to approx. 72 MP |
| Blender | f/2.0 |
| Low Light | PureVideo mode |
| Lentils | interchangeable |
| Weight | about 200 g |
| Waterproof | up to 15 m |
Is the Insta360 X5 just an incremental upgrade?
In essence: yes – and that is not meant in a negative way. The X5 is not reinventing the 360° camera. It improves what is crucial in this camera class in practice: image quality, low-light performance, processing, handling, and robustness.
With 360° cameras, one must not be misled by resolution figures. 8K may at first sound like an extremely high resolution, but it is actually distributed over the entire sphere. When this is later exported as a normal 16:9 image, only a portion of this total resolution remains. Therefore, with 360° cameras, the combination of resolution, sensor size, optics, stitching, and image processing is more important than with conventional cameras.
This is where the X5 comes into play. Two 1/1.28-inch sensors and PureVideo mode are intended to provide more headroom, especially in low light conditions. For indoor use, events or documentary footage, this is more relevant than simply chasing even higher numbers.
What do we like about the X5 concept?
8K is actually useful in 360°
With a normal camera, 8K can quickly look like overkill. With a 360° camera, it’s different: You film the entire environment and decide the image section later. The stronger you zoom into a section, the more resolution you lose. Therefore, high initial resolution creates real reserves for reframing and post-processing.
Replaceable lenses are a practical advancement
360° lenses are positioned far outside the housing and are sensitive. Therefore, for professional use, it is a real advantage if damaged lenses do not automatically mean an economic total loss of the camera.
Low light is more important than you think
Many 360° productions do not take place in perfect daylight. Interiors, trade shows, museums or evening events are significantly more demanding. Larger sensors and better image processing help here more than some spectacular marketing gimmick.
Insta360 X5 and Gaussian Splatting
In our view, the X5 becomes interesting for a second reason in 2026: 360° cameras are increasingly becoming capture devices for spatial reconstruction. Insta360 is now supporting the X5 with: Spatial Capture. In this case, 360° material is converted into a 3D Gaussian scattering model processed.
This does not automatically make the X5 a professional 3D scanner. However, it clearly shows where the technology is heading. A camera that already captures the entire environment has a logical advantage for 3D reconstruction: From any camera position, there are many viewing angles available.
Insta360 is also working with Splatica on automated 360° to 3DGS workflows. For example, a short 360° tour with an X5 can serve as the starting material for a photorealistic 3D scene.
Why 360° material is interesting for 3DGS
A classic photogrammetry or Gaussian splatting dataset thrives on overlapping and many different viewpoints. A 360° camera provides a complete sphere for each camera position. This can significantly simplify Capture.
The disadvantage remains the optics: Two extreme fisheye lenses distribute the available resolution over a very wide field of view. Therefore, perspective-exported individual images are usually less sharp than images from a high-quality normal camera. That is exactly why we do not see 360° cameras as a replacement for every professional capture workflow, but as a A very efficient tool for certain scenarios.
More about the practical limits can be found in our article. about the challenges of Gaussian Splatting.
X5 or X6?
The X6 continues the development of the X5. It features larger 1/1.1-inch sensors, 8K with up to 50 fps, 10-bit I-Log, 120 MP photos, and more internal processing. Therefore, anyone who buys a new model in 2026 and wants maximum quality should choose the X6. Insta360 X6 First, look at it.
The X5 remains interesting if it is offered significantly cheaper and if 8K30, PureVideo, and the established X-Series workflow are sufficient. It is by no means outdated technically, especially for 360° documentation and initial 3DGS experiments.
X5 or ONE RS 1-Inch 360?
The older one Insta360 ONE RS 1-Inch 360 It works with larger 1-inch sensors and therefore remains interesting in difficult lighting conditions. The X5 is more modern, compact, and much more geared towards today’s creator and app workflows.
Those who already own an ONE RS do not have to automatically switch. Those who are new to 360° today will receive the more modern overall system with the X5.
For whom is the Insta360 X5 2026 useful?
- for 360° video and high output resolution reframing,
- for virtual tours and documentary footage,
- for creators who need low-light shots and simple mobile workflows,
- for first experiments with 360°-based Gaussian Splatting,
- if the X5 is significantly cheaper than the X6.
Conclusion
The Insta360 X5 is not a revolutionary product in 2026, but rather a sophisticated 360° camera. That is what makes it interesting. 8K, larger sensors, PureVideo, and interchangeable lenses solve the real problems of this camera class.
However, for us, the second development is now more exciting than the classic camera generation comparison: 360° cameras are increasingly becoming part of 3D capture and Gaussian splatting workflows. The X5 is thus not just a camera for full-frame video, but potentially a very straightforward capture tool for spatial content.
A broader overview of current models can be found in our article. 360° Cameras Compared.
FAQ about the Insta360 X5
Is the Insta360 X5 still available in 2026?
Yes. Although it is no longer the top model, it still offers 8K 360° video, large sensors, PureVideo, and interchangeable lenses.
Can the Insta360 X5 create Gaussian Splatting?
Yes. Insta360 supports the X5 in select modes with Spatial Capture. In this mode, 360° footage can be converted into a 3D Gaussian splatting model within the app.
Is the X6 much better than the X5?
The X6 is clearly more technically advanced, including larger sensors, 8K50, 10-bit I-Log, and 120MP photos. For many normal 360° productions, the X5 still remains sufficient.
Is the X5 a professional 3D scanner?
No. It can provide very good starting material for 3DGS, but it does not replace specialized scan or photogrammetry workflows when maximum quality, precision, or large scenes are required.
