The new-generation flagship 360° camera from Insta360, the Insta360 X6, has officially been launched, and TourPop has completed its adaptation for the new model. The X6 can now be seamlessly mounted onto the TourPop system, bringing its upgraded panoramic image quality, ultra-wide field of view, and versatile imaging capabilities into the laser-driven, high-precision 3D data acquisition workflow. This integration connects panoramic imaging, spatial scanning, and 3D modeling into a complete data loop, further enhancing the completeness of reality reconstruction and the visual fidelity of 3D models.

For users, the upgrade can be summed up in one sentence: Upgrade the camera, upgrade the image quality of the entire system—without replacing the main unit.

As introduced in the opening article of this series, TourPop adopts an externally configurable panoramic camera architecture rather than an enclosed all-in-one design. This approach is based on several considerations:

• When only point cloud data is required for measurement, the panoramic camera does not need to be mounted. When 3DGS models or panoramic data with pose information are required, an external panoramic camera can be added as needed.
• Panoramic cameras are evolving rapidly, with image quality, frame rates, and low-light performance improving significantly from one generation to the next.
• Surveying and mapping technologies are better suited to solving positioning, pose, and scale accuracy, while imaging capabilities can be provided by professional panoramic camera manufacturers.
• Users often already own camera equipment from brands such as Insta360. Purchasing an entirely new closed system specifically for 3D reconstruction is therefore not always necessary or economically justified.

In short, TourPop established a clear hardware division of responsibilities from the very beginning: the laser sensing unit handles pose estimation and scale calibration, while the external panoramic camera captures scene textures and visual information. The imaging unit can be independently upgraded or replaced, while the core main unit remains reusable over the long term.

Q:What if the device I buy this year falls behind in image quality next year?
A:The imaging unit can be independently upgraded or replaced, allowing the image quality ceiling to continuously improve with the capabilities of the camera being used, while the core main unit remains in service.

Q:Our team already has panoramic cameras. Do we need to purchase another complete system?
A:Existing equipment from brands such as Insta360 and DJI OSMO can be used for projects where compatibility requirements are met. The specific supported models are subject to the official compatibility list.

Q:Can we start with an existing camera and upgrade to a flagship model later without changing the workflow?
A:The X6 is a practical example. Once compatibility is completed, the new-generation imaging capabilities can be integrated directly into the workflow without rebuilding the main hardware or software process.

The visual quality of 3D Gaussian Splatting (3DGS) depends heavily on the quality of the panoramic imagery used for reconstruction. Compared with the previous-generation Insta360 X5 and other mainstream panoramic solutions, the X6 offers several improvements relevant to 3D reconstruction performance, subject to the manufacturer's official specifications:

• Large-size dual sensors: Improved light-gathering capability helps reduce image noise in low-light environments such as indoor spaces and nighttime scenes, while preserving more details in darker areas.
• High-frame-rate 8K-class panoramic video: A higher sampling density during mobile operation helps reduce the impact of motion blur, making it suitable for handheld dynamic capture.
• High-resolution still panoramic output: Fine details such as wall textures, equipment nameplates, and pipeline markings can be captured more clearly, improving the recognizability of detailed features within 3DGS models.
• Enhanced color depth and dynamic-range processing: Better handling of overexposed highlights and lost shadow details enables more balanced texture reproduction under complex lighting conditions.
• Optimized night-scene and color-rendering algorithms: For environments such as utility tunnels, underground parking garages, and nighttime field inspections, improved low-light imaging can reduce reliance on additional lighting equipment and provide usable texture data for reconstruction.

TourPop + Insta360 X6

With the X6 mounted, the division of responsibilities within the system remains unchanged, allowing each component to perform where it excels. The laser SLAM module provides stable trajectory estimation and accurate spatial scaling, while maintaining reliable capture performance in texture-poor environments without relying solely on incidental image-feature matching. The X6 raises the overall ceiling for texture reproduction, color rendering, and low-light imaging.

The result is a system that maintains a centimeter-level accuracy benchmark for spatial measurement, while significantly improving the visual quality and detail readability of 3DGS models.

This is precisely where the value of an open architecture becomes evident: the main unit does not need to be replaced simply to achieve better imaging performance. Upgrading the imaging unit alone can deliver a significant performance improvement.

From an operational perspective, upgrading to the X6 does not change the existing front-end workflow: static calibration, mobile scanning, data transfer and post-processing, followed by the generation of colored point clouds and 3DGS models.

Camera compatibility has been integrated into the system, so users do not need to relearn their workflows. From the user's perspective, the experience can simply be described as “mount and capture."

The core deliverables remain unchanged, including colored point clouds, 3DGS models, and panoramic data with pose information. When Mesh or BIM deliverables are required, subsequent processing can still be completed using third-party professional software.

The core strength of TourPop lies in its laser-based capabilities for high-precision pose positioning, standardized scale calibration, and rapid centimeter-level spatial data acquisition.

The core value of the Insta360 X6 lies in its ability to significantly enhance texture reproduction and the low-light imaging capabilities required for 3DGS reconstruction.

Through their integration and compatibility, the two form an open, flexible spatial data acquisition solution that can be configured according to project requirements and continuously upgraded over time.

X6 + TourPop: Enhanced Applications and Workflow Benefits

The official release information and detailed compatibility specifications for the X6 are subject to official announcements from the respective manufacturers. If you would like to confirm the mounting compatibility of your existing equipment or learn more about upgrade options when adopting a new camera model, please provide your application scenario and current camera model. We will provide guidance based on the official compatibility list.

Disclaimer: Insta360 and DJI OSMO are registered trademarks of their respective trademark owners. The above brand names are mentioned solely for the purpose of describing product compatibility.