Kosmo

Q: What is the difference between Kosmo and a regular camera or 3D scanner?

Regular cameras capture two-dimensional images, while traditional 3D scanners focus primarily on spatial geometry — typically requiring specialized equipment and complex post-processing, with little room for both true-to-life texture and ease of use. Kosmo is an AI spatial camera that combines lidar, high-definition imaging, and AI 3D reconstruction. One person, one device is all it takes to complete a full spatial capture — directly generating interactive 3D content with precise geometry, true-to-life color, and sharp texture, ready to browse, edit, share, and export.

Q: How long does it take to scan a room?

For typical rooms and small-to-medium spaces, 100㎡ can be scanned in approximately 15 minutes. Actual time may vary depending on scene size, spatial complexity, and capture requirements.

Kosmo One is the world's first 8K ultra-HD AI spatial camera ¹, capturing the 3D world in cinematic quality with millimeter-level geometric precision. Kosmo World is a one-stop 3D content creation and management platform, making 3D content simpler and more efficient from creation to application.

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Kosmo Spatial Core:

3D Spatial Reconstruction and Understanding System

Kosmo Spatial Core is the AI spatial intelligence core behind Kosmo World. Through smart completion and 3D semantic segmentation, it turns the real world into ultra-high-definition intelligent 3D spaces that AI can understand, interact with, and train on.

Product Highlights

Power on and scan — faster startup

Rapid capture for greater efficiency <sup>2</sup>

Rapid capture for greater efficiency ²

8K resolution for sharper detail <sup>3</sup>

8K resolution for sharper detail ³

Millimeter-level precision for more accurate geometry

Kosmo World cloud platform — 5× industry-leading generation speed <sup>4</sup>

Kosmo World cloud platform — 5× industry-leading generation speed ⁴

Smart guidance and one-tap resume — simpler to operate than ever

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Physical AI & World Model

Kosmo turns the real world into Sim-Ready 3D spatial data, accelerating data preparation by 100× or more. ⁵

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Film & Media

Kosmo transforms the real world into Production-Ready 3D assets, enabling anyone to create cinematic-grade 3D content.

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Explore Kosmo World

Specs

General Specifications

Weight

Approx. 1,200 g (including battery handle)

Dimensions

395.4 × 85 × 81.5 mm

Housing Materials

Magnesium alloy, aluminum alloy, and PC-ABS

Power consumption

≤ 30 W

Lidar

Laser Class

Class 1 (eye-safe)

Scanning Range

40 m at 10% reflectivity

Field of View (H × V)

320° × 60°

Point Rate

569,000 points/s

Wavelength

1535 nm

Vision Module

Number of Cameras

Fisheye cameras × 2
Front-facing cameras × 2

Camera resolution

8192 × 6144

CMOS Sensor Size

1″

Camera FOV (H × V)

168° × 200°

Data Storage & Transmission

Internal storage

512 GB

Data interface

USB 3.2 Gen 2 Type-C

WiFi

Wi-Fi 6

Battery

Battery Type

Removable battery handle

Battery Capacity

Standard: 2,900 mAh
Extended: 5,800 mAh

Operating Duration

Standard: approx. 60 min
Extended: approx. 120 min

Operating Temp.

−20 °C to 38 °C

Charging Time (0% to 100%)

Standard: Approx. 90 min
Extended: Approx. 120 min

Recommended Charge Temp.

0 °C to 40 °C

Charger

Input

110–240 V AC, 50/60 Hz, 2 A

Output

5 V ⎓ 3 A / 9 V ⎓ 3 A / 12 V ⎓ 3 A / 15 V ⎓ 3 A / 20 V ⎓ 5 A

Rated Power

100 W

Accessories

RTK Module (Optional)

GPS: L1, L2, L5
GLONASS: L1, L2
BeiDou: B1, B2, B3
Galileo: E1, E5a, E5b
QZSS：L2C, L5
SBAS：L1C/A

Support Base

Dimensions: 150 × 170.3 mm
Weight: 275 g

Data Cables

USB-A to USB-C cable × 1
USB-C to USB-C cable × 1

Packaging

Carrying Case × 1

Output data

3DGS

.sog, .ply

Mesh

.obj

Other

.usd, .usdz

Frequently Asked Questions

What is the difference between Kosmo and a regular camera or 3D scanner?

How long does it take to scan a room?

Notes

As of October 2026, based on publicly available product information, Kosmo One is the world's first AI spatial camera with an integrated 8K imaging system.
Taking a typical indoor room as an example, scanning a 100 m² space takes approximately 15 minutes. Actual capture time may vary depending on the space's structure, size, and capture requirements.
8K refers to the maximum capture resolution supported by the camera. The maximum resolution of exported files is 6K.
Compared to similar 3DGS reconstruction products in the industry, under comparable hardware, datasets, and quality requirements, model generation speed can be up to approximately 5×. Actual results may vary depending on the scene, data scale, and parameter settings.
Compared with the cost of collecting a single high-quality trajectory of real-world robot data, Kosmo delivers over 100 times greater data acquisition efficiency at the same cost. Actual results may vary depending on scene scale, trajectory volume and parameter settings.