When Panoramic Cameras Do More Than Just Record 360^°

By/VR Gyro Wickey

Insta360 Launches New Product, Another Exploration in Panoramic Imaging.

At the previous media exchange event marking a decade of Insta360 panoramic technology, Liu Jingkang (JK), the founder and chairman of Insta360, stated, 'In the coming period, we will redefine panoramic cameras, as well as stealth cameras, sports cameras, and more, with significant updates and definitions. Please stay tuned.'

On August 12th, Insta360 unveiled the redefined 'Decade Masterpiece'—the Insta360 X6. As the latest flagship product in the X series, the X6 builds on Insta360's expertise in panoramic imaging and further upgrades image quality, shooting experience, and AI creation capabilities.

Notably, the Insta360 X6 introduces the 3DGS function, which transforms panoramic images into 3D spatial models through 2D panoramic footage collection and cloud rendering, adding new content value and application scenarios for panoramic cameras.

In terms of pricing, the standard version of the Insta360 X6 is priced at 3,999 yuan for the domestic market, including the camera body, data cable, and protective case. The Pro version is priced at 4,699 yuan and includes a 114cm extension pole, fast-charging hub, and an additional battery, suitable for travel, outdoor activities, and other scenarios requiring extended shooting times.

(Note: Images and videos in the article may experience quality loss after compression on internet platforms. The actual effect should be based on real-device experience.)

01 More Compact Body, More Intuitive Controls: X6 Achieves Form Upgrade

The most noticeable upgrade of the Insta360 X6 comes from its appearance.

The X6 features a redesigned body with a more compact horizontal layout compared to the X5. Its vertical length is significantly reduced, and its width is increased, making it closer in size to a sports camera. The overall impression is one of simplicity, with no redundant function buttons. The two function buttons originally located at the bottom of the X5 have been removed, leaving only a 2.32-inch OLED full-screen display on the front, with increased screen brightness compared to the previous generation.

Image Source: VR Gyro

The battery compartment on the left side has abandoned the plug-and-pull design of the X5 in favor of a traditional camera-style open-cover removal method. Compared to the X5, which required simultaneous manipulation of two latches and was somewhat cumbersome for single-handed operation, the X6 features a press-button sliding cover mechanism, consistent with the right-side Type-C charging port, making battery replacement more convenient. Additionally, the power and recording buttons are now unified on the same side, allowing for smoother operation regardless of whether the camera is held in the left or right hand, further enhancing everyday shooting ease.

Image Source: VR Gyro

For camera-front interaction, the X6 retains frequently used functions as virtual buttons via an under-screen pressure sensor. There is also a recording button on the left side of the camera and a menu bar on the right. When pressed, the built-in linear motor provides vibration feedback similar to that of physical buttons, maintaining a seamless body design while ensuring tactile feedback for blind operation.

For panoramic cameras, quick startup is also a crucial factor affecting the user experience. The X6 retains interactive features from the X5, such as 'twist-to-shoot,' voice control, and gesture recognition, and further introduces a 'full-screen press-to-shoot' function. With a high-sensitivity pressure sensor, shooting can be quickly initiated by pressing any part of the screen, even while wearing gloves, reducing the chance of missing Wonderful Moments ( Wonderful Moments - wonderful moments) due to searching for buttons.

Image Source: VR Gyro

In addition to upgraded interaction methods, the X6 further expands its body interfaces. While retaining the traditional 1/4-inch thread and quick-release mount on the bottom, a magnetic contact point has been added. This not only reserves more space for subsequent accessory ecosystems but also introduces the first matching products ( matching products - supporting product)—a charging remote selfie stick. Through the magnetic contact point, the selfie stick can connect to the X6 instantly and continuously power the camera during shooting, enhancing endurance for extended creative sessions.

In terms of battery life, the X6 is equipped with a built-in 2600mAh battery. In room temperature testing, continuous recording of 8K 30fps panoramic video on a full charge consumed approximately 20% battery in 30 minutes, translating to about 0.66% per minute, resulting in a total continuous recording time of approximately 143 minutes, largely consistent with the official claim of 140 minutes. When used with the charging remote selfie stick that supports simultaneous charging and shooting, the X6 can further extend its continuous shooting time, meeting the needs of travel, outdoor sports, and long-duration recording scenarios.

Image Source: VR Gyro (Testing conducted at room temperature. Actual battery performance may vary due to environmental factors such as temperature.)

If battery life remains a concern, the X6 Pro version includes an additional 2600mAh battery, further enhancing endurance for extended shooting sessions. In actual testing, the X6 supports fast charging, taking approximately 23 minutes to charge from 0% to 80% and about 35 minutes to reach 100%. Meanwhile, the included fast-charging hub has been redesigned, upgrading from the previous generation's plug-in structure to an open-cover plug-and-pull design, making battery replacement more convenient. Additionally, the charging hub comes with a built-in Type-C data cable and Type-C charging port, allowing it to charge not only the battery but also serve as a power bank to recharge the X6 body, further enhancing flexibility for outdoor use.

Image Source: VR Gyro

However, the new fast-charging hub no longer includes a MicroSD card storage slot, which may be a slight disappointment for users accustomed to carrying storage cards with them. Fortunately, the X6 body has 47GB of built-in storage, allowing for a certain duration of shooting even if a MicroSD card is temporarily forgotten, reducing the risk of being unable to record due to forgetting the storage card.

Image Source: VR Gyro

From its initial role as a phone accessory to its expansion into outdoor scenarios like skiing by users, panoramic cameras have gradually broken through the usage boundaries of traditional shooting devices with their unique shooting perspectives and all-scenario recording capabilities. This places higher demands on the X6. In response to complex and variable outdoor environments, the X6 provides IP68-rated protection and enhances its naked-machine waterproof capability to 20 meters, achieving 60-meter waterproofing when paired with a diving case, further expanding underwater shooting scenarios.

To address concerns about drops and lens wear during outdoor use, the X5 pioneered a detachable lens design, offering users a more flexible maintenance solution. The X6 further upgrades this with a removable and replaceable lens scheme, continuously optimizing durability and ease of use. According to official laboratory test data, the new lens's scratch resistance has improved by 300% compared to the previous generation, withstanding 2,500 wire wool frictions. Additionally, lens replacement has been upgraded from a rotational to a snap-fit mechanism, requiring only 1.5 minutes for single-sided operation, a 20% improvement over the X5. Meanwhile, the new lens is priced approximately 60% lower than the X5, and its packaging adopts a more lightweight travel design.

Image Source: Insta360

02 One Device, Three Shooting Logics: Panoramic, Gimbal, and Wide-Angle Integration

In terms of shooting functions, the X6 further expands its versatility by integrating three shooting modes: panoramic, gimbal, and wide-angle. Spec-wise, the X6 supports 8K 50fps panoramic video recording, 120-megapixel panoramic photo shooting, Gimbal Mode 2.0 for unlimited framing and 4K 30fps planar video output, and Planar Mode supporting 5K 60fps and 4K 120fps ultra-wide-angle video, covering various shooting scenarios such as travel and sports.

Image Source: VR Gyro

The 8K 50fps panoramic video captures more details, providing greater flexibility for post-production creativity. After cropping, enlarging, or reframing the image, the cropped sections can still maintain 4K or even higher clarity. In extreme sports scenarios like skiing, racing, and surfing, where moments pass quickly, playing 50fps footage on a 25fps timeline achieves 2x smooth slow-motion, effectively capturing details in rapid movements.

Video Source: VR Gyro

In terms of imagery, the X6's 120-megapixel resolution offers stronger Analytical power ( Analytical power - resolving power) and post-production freedom. Combined with the characteristics of panoramic cameras, it also significantly lowers the operational threshold for users, eliminating the need to worry about perfect composition during shooting, as cropping can later highlight the subject and optimize composition. The X6 also features built-in AI composition for panoramic photos, allowing users to view AI-composed images in the in-camera gallery and quickly view and export AI-composed images through the Insta360 mobile app.

Image Source: VR Gyro (AI Composition)

Since the introduction of the 'Virtual Gimbal' in the X5, Insta360 has opened up a new direction for panoramic imaging by simulating gimbal stabilization through algorithms. The X6 further upgrades Gimbal Mode 2.0, allowing users to double-tap the screen to intelligently track people, pets, or objects. In actual use, tracking is rapid, object recognition is accurate, and even if the object exits and re-enters the frame, it can be re-recognized and followed.

Image Source: VR Gyro

The video demonstrates that Gimbal Mode 2.0 on the X6 provides smooth tracking and camera movement. Thanks to the 360-degree panoramic imaging, the subject can be followed regardless of its position. Gimbal Mode 2.0 supports ultra-wide-angle to natural wide-angle to linear zoom, with distortion correction. Additionally, when paired with the Pocket Folding Selfie Stick (Gimbal Edition), the remote allows for camera movement, zooming, and tracking, enabling direct output of 4K 30fps planar video. This function transforms the panoramic camera into a gimbal camera with unlimited positioning while retaining the panoramic video for post-production creativity.

Image Source: Insta360

In the accessories menu, Gyro Tab also discovered that the X6 supports a first-person head-tracking module, which was initially only compatible with the Insta360 Luna Ultra gimbal camera. On the X6, this module will also support Gimbal Mode 2.0, potentially freeing up hands and being ideal for activities requiring Two handed operation ( Two handed operation - two-handed operation), such as cycling, hiking, and walking pets, enabling 'look-where-you-shoot' functionality.

Image Source: Insta360

In Planar Recording Mode, the X6 can record single-lens 5K 60fps video or 4K 120fps slow-motion video. Paired with a 170° ultra-wide-angle view, the X6 further expands its applicability for daily sports shooting. As shown in the sample images below, the 0.7x perspective provides broader coverage, retaining more surrounding environmental information when recording sports processes.

Image Source: VR Gyro (Top: Planar Mode 0.7x; Bottom: Planar Mode 1x)

03 Dual 1/1.1-Inch Square Sensors Enhance Panoramic Image Quality on the X6

To enhance image performance in complex scenarios, the X6 has undergone a comprehensive upgrade in terms of its sensor, chip architecture, and image processing capabilities.

According to reports, the Insta360 X6 is equipped with an exclusive three-chip architecture, including one Qualcomm 4nm SoC and two professional imaging chips (ISP chips). The Qualcomm 4nm chip delivers a 500% increase in computing power compared to the X5, reduces power consumption by 35%, and boosts the chip's main frequency by 106%. After the sensor captures the image information, the two ISP chips handle noise reduction and color calibration separately, while the 4nm chip completes comprehensive image processing, stitching, and stabilization. The collaboration of these three chips provides a superior image quality experience.

Image Source: Insta360

At the same time, Insta360 has collaborated exclusively with Sony to create dual 1/1.1-inch square sensors designed specifically for panoramic cameras, achieving equivalent 1-inch-level panoramic imaging. Compared to traditional rectangular sensors, square sensors are better suited to the imaging characteristics of panoramic cameras. Since the effective imaging area produced by dual fisheye lenses is nearly circular, traditional sensors tend to waste corner light-sensitive areas, while square sensors make better use of the light-sensitive regions, improving sensor utilization within the same dimensions while reducing power consumption, heat generation, and the design pressure on the camera body.

Based on the sensor upgrade, the X6 further enhances its imaging performance in low-light and complex environments. In 8K mode, its pixel size reaches 2.44μm, a 100% increase over the previous generation. The 1/1.1-inch sensor it carries provides a 300% increase in light intake per pixel compared to the X5's 1/1.28-inch sensor. Meanwhile, its 14.5-stop dynamic range provides greater exposure tolerance for panoramic images, allowing for better preservation of highlights and shadow details in complex scenes such as high-contrast environments, nightscapes, and areas with alternating light and dark conditions.

Image Source: VR Gyro (Extracted from a panoramic video)

In real-world testing, the X6 demonstrates strong exposure control capabilities in urban nighttime environments. When faced with scenes containing both bright light sources, such as illuminated signs and LED screens, and dark buildings, the image transitions between light and dark areas appear natural, with both highlights and shadow details preserved to a certain extent. The purity of night scenes remains stable, with complete capture of details such as lighting and building outlines.

In terms of color performance, Insta360 continues to collaborate with Dolby Vision. Following the release of the Insta360 Luna Ultra gimbal camera in June of this year, which became the world's first gimbal camera to support 8K 30fps Dolby Vision video recording, the X6 further introduces this capability into the panoramic field, becoming the industry's first panoramic camera to support native in-camera Dolby Vision. At the same time, the X6 supports 10-bit color depth across all settings and incorporates I-Log flat profile mode and ACES color management workflows to further expand post-production color grading options and meet the needs of professional imaging creation. Higher color sampling capabilities bring richer color gradations and smoother transition effects, effectively reducing color banding and detail loss in scenes with complex lighting and color changes, such as dusk or blue hour, resulting in a more natural and realistic visual presentation.

Image Source: VR Gyro (Extracted from a panoramic video)

From actual shooting results, the X6 further enhances its ability to handle complex lighting environments. In this city dusk sample image, strong backlighting, building shadows, and human silhouettes appear simultaneously in the same frame while maintaining good exposure balance. There is no significant overflow in the highlight areas, and shadow details are preserved. For panoramic cameras, such scenes have always been challenging for dynamic range and color algorithms, but the X6, through its 10-bit color depth and Dolby Vision technology, provides a more complete restoration of light transitions, color gradations, and spatial details.

Image Source: VR Gyro

In everyday outdoor scenes, the X6 provides accurate color reproduction of natural environments. In the sample image, different color elements such as the red car body, green vegetation, and gray road surface maintain good layering without obvious color shifts or oversaturation. When faced with complex lighting conditions where shaded and sunny areas coexist, the image exposure control remains stable, with certain details retained in the dark forest areas and no significant overflow in the bright areas of the car body.

Image Source: VR Gyro

In indoor low-light scenes, the X6 demonstrates strong exposure control capabilities. When faced with high-contrast environments formed by light strips, spotlights, and large areas of white walls, the image maintains a relatively balanced relationship between light and dark areas, with certain details preserved in the highlight regions and stable control of noise in the shadow areas. At the same time, the color reproduction of the indoor white space appears natural, with complete presentation of architectural structures and line details, reflecting the optimization effects of a large-base sensor and high dynamic range in complex lighting environments.

04 PanoMind and 3D Time Capsule: Insta360 Explores New Directions in Panoramic Imaging

Compared to traditional cameras, panoramic cameras typically rely on professional software for editing due to their use of special INSP/INSV panoramic video formats, which to some extent raises the barrier for content creation. To address this pain point, Insta360 further explores the application of AI in panoramic imaging.

Insta360 has conducted specialized training on over 30 high-frequency usage scenarios, including skiing, cycling, diving, travel, and daily recording, and introduced its self-developed AI panoramic multimodal model, PanoMind. It is understood that this model provides intelligent support in areas such as virtual camera trajectory generation, video editing value judgment, and highlight moment recognition, further lowering the barrier for panoramic content creation and improving user shooting and post-production efficiency.

Image Source: Insta360

With the support of PanoMind, the AI Director allows the X6 to automatically analyze shot footage, select highlight moments, and automatically match background music and camera movements to complete editing while idle and charging. After enabling this feature, the AI Director will screen and analyze footage from a natural day from start to finish, with two analysis modes available: battery life priority and timeliness priority.

Image Source: VR Gyro

In battery life priority mode, analysis of highlight moments will be conducted during shutdown charging. The AI Director can only perform analysis when the battery level is above 80%. After charging to 80%, the AI will identify Wonderful Moments (highlight moments), and charging will continue after identification is complete. The AI Director-edited video will be pushed at 12:00 PM or 8:00 PM the next day or can be viewed in the "Memories" section. In terms of security and privacy, it is claimed that all recognition and analysis functions run locally on the device, with no videos or photos uploaded to the cloud.

At the same time, Insta360's software has received a 2.0 upgrade for its one-click video creation feature. Users can now create a finished video by simply selecting several clips. VR Gyro's testing shows that by uploading 10 clips, AI can generate a 40-second finished video through algorithms. The quality of the finished video remains relatively stable, reaching a level suitable for sharing on social networks. Additionally, the software allows for quick adjustments such as replacing music, footage, and AI-selected compositions, enabling more convenient video generation.

For panoramic imaging, storage has always been an important issue affecting user experience. For example, shooting 30 seconds of 8K 30fps video requires approximately 500MB of storage space, and prolonged recording can quickly increase storage pressure. Against the backdrop of rising storage costs, cloud storage has become an important way to alleviate this pain point. With the release of the X6, Insta360's cloud service, "Moment PRO," has also received an upgrade, further reducing the burden on users in terms of footage preservation and management through cloud storage and intelligent management capabilities.

After footage is uploaded to the cloud, "Moment PRO" can intelligently organize it by content type and quickly filter required videos through tags. At the same time, users can also utilize cloud-based AI editing to generate finished videos. For X6 users, Insta360 has introduced a cloud service giveaway policy: purchasing the X6 from now until September 30 will include a one-year 500GB Moment PRO subscription.

In addition, Insta360 has introduced the "3D Time Capsule" feature, which natively supports Gaussian splatting model rendering based on 8K panoramic images within the Insta360 App. After users upload eligible panoramic footage, a spatial model can be generated in the cloud, allowing for immersive browsing through remote sensing or gyroscope controls, while also supporting the export of spatial exploration processes as videos or sharing links.

Image Source: VR Gyro

It is understood that this feature has certain requirements for shooting environments and operational methods. Compared to open spaces, indoor enclosed scenes are more conducive to spatial information collection. It is recommended to shoot using 8K 30fps panoramic video and maintain a constant speed of movement within the space, adopting an "S-shaped" route to cover more perspectives and improve subsequent model rendering effects.

Currently, the 3D Time Capsule feature is compatible with multiple panoramic camera models, including the X6, X5, and X4 Air, covering Insta360 panoramic cameras that support shooting specifications of 6K 30fps and above and are connected to cloud services. The feature provides two free rendering sessions per month, which reset on the first day of each month. It is understood that Insta360 plans to open up local model rendering capabilities in the future.

For Insta360, the value of the 3D Time Capsule is not limited to recording a video but exploring a new way of preserving spatial memories. During the exchange event, JK stated that the future of panoramic cameras hopes to enable users to record "unforgettable scenery, alleys, and distinctive spaces," preserving memories in a more native and three-dimensional way and helping users revisit the spaces they once inhabited, like a "time capsule."

As an exploration of panoramic imaging toward 3D modeling, the 3D Time Capsule is still in its early stages, but it demonstrates the potential for panoramic cameras to evolve from two-dimensional recording to three-dimensional spatial preservation. In the future, with improved compatibility with VR/MR devices and enhanced spatial interaction capabilities, panoramic cameras are expected to become a new entry point for recording spatial memories.

05 In Conclusion

Currently, the types of imaging recording devices are becoming increasingly diverse, including traditional cameras, gimbal cameras, thumb cameras, smartphones, and the recently emerging AI glasses. The barrier to recording is becoming lower, and users have more choices. Why, then, should one still use a panoramic camera for shooting?

In JK's view, the core value of panoramic imaging lies not simply in providing a wider perspective but in meeting users' needs for spatial recording. Compared to traditional imaging devices that can only record partial frames, panoramic cameras can preserve complete spatial information during shooting, providing a foundation for future spatial reconstruction and immersive experiences.

The X6 is precisely such a product—not only capable of capturing footage clearly but also capturing a sufficient amount of "content," with overall playability that is even more abundant.