Product Description

Building on over a decade of technological expertise, SLAMTEC has innovatively integrated LiDAR, vision, IMU, and deep learning to create the Aurora—a cutting-edge, all-in-one localization and mapping sensor. This sensor operates independently, providing high-precision 3D mapping and six degrees of freedom (6DOF) positioning both indoors and outdoors, right out of the box. With its unprecedented large-scale sensing range, Aurora provide precise spatial awareness, empowering smart devices to navigate complex environments with ease.

Product parameters
Measurement Performance
Core Specifications | Specific Metrics |
2D Map Resolution | 2cm/5cm/10cm optional |
Maximum Mapping Area | >1,000,000㎡ |
Relocation | Supports global relocation |
Map Continuation | Supported |
Map Loading and Saving | Supported |
Mapping and Positioning Mode | Multi-source fusion of LiDAR, vision, and IMU |
Multi-Sensor Synchronization | Hardware time synchronization |
LiDAR Measurement Distance | 40m Maximum range of 40m |
Camera Specifications | Binocular fisheye global camera, supports HDR, FOV 180°, 6cm baseline |
Camera Frame Rate | Typical 15Hz, customizable to 10/30Hz |
Maximum Tilt Angle | No requirement (for optimal 2D mapping, a tilt angle of less than 30° is recommended) |
Dimension and Weight
Weight: 505g Size: 108 x 97 x 88mma

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LiDAR + Binocular Vision + IMU | 3D 6DOF | Millimeter-level resolution accuracy, centimeter-level Localization accuracy | AI Deep Learning |
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Supports External Expansion | Large Mapping Area | Compact Size | Ready to Use |
LIDAR、 vision and AI—seamlessly integrated for the first time.
In the fields of autonomous driving and robotics, LiDAR and vision technologies have traditionally operated in isolation, often at odds with each other. However, we’ve taken a different approach, successfully merging the two to achieve technological harmony. SLAMTEC Aurora integrates 2D LiDAR, Binocular vision, 6DOF IMU, and an AI processor into one compact module, ready to use right out of the box.
AI + SLAM, Powered by Deep Learning to Tackle Tough Challenges
The first product-grade navigation and localization system in the industry to integrate deep neural networks, offering performance that surpasses traditional SLAM systems.
Unfazed by Wind and Grass, Delivering Outstanding Performance
Facing the undulating grassland environment, traditional solutions often get stuck or even “fly away”, Aurora can effectively eliminate interference in the grassland environment, keenly perceive every subtle feature in the environment, and continuously output high-quality positioning and mapping data
Traditional Solution Loses Positioning Aurora Solution Stays Stable
Unfazed by Wind and Grass, Delivering Outstanding Performance
Facing the undulating grassland environment, traditional solutions often get stuck or even “fly away”, Aurora can effectively eliminate interference in the grassland environment, keenly perceive every subtle feature in the environment, and continuously output high-quality positioning and mapping data
SLAMTEC Aurora Traditional Non-AlSolution
DNN AI Enabled
Unfazed by Wind and Grass, Delivering Outstanding Performance
Facing the undulating grassland environment, traditional solutions often get stuck or even “fly away”, Aurora can effectively eliminate interference in the grassland environment, keenly perceive every subtle feature in the environment, and continuously output high-quality positioning and mapping data
Traditional Solution Loses Positioning Aurora Solution Stays Stabl
Embracing the 3D Era, Flexible Handheld Ready to Work
SLAMTEC Aurora provides complete 3D, 6 degrees of freedom spatial positioning capabilities, with no external dependencies, ready towork as soon as it's powered.
Born for Embodied Intelligence, Indoor and Outdoor Handling with Ease
In the era of embodied intelligence, SLAMTEC Aurora is a great partner for humanoid robots and multi-legged machine dogs. It handles various complex environments and terrains both indoors and outdoors with ease
Fearless in the Dark, Challenging High Speeds
The support of deep learning allows SLAMTEC Aurora to maintain stable mapping and positioning even in high-speed motion environments, and it continues to perform excellently even in the dark.
120 Square Kilometers, 47.7 km, Unprecedented Performance Experience
The inner ring road of Shanghai is 47.7 km long and encloses an area of 120 square kilometers. SLAMTEC Aurora can achieve complete mapping and closure.
Synchronized 2D High-Precision Map Output
Using onboard LiDAR, Aurora synchronizes the output of high-precision top-down 2D laser grid maps, facilitating the rapid migration of existing navigation algorithms to 3D environments.
Garage Mapping -2D Laser Output Garage Mapping -3D Point Cloud Output
Outdoor Mapping -2D Laser Output Outdoor Mapping -3D Point Cloud Output
Compact and Sleek, Easy to Integrate
SLAMTEC Aurora’s compact design is a perfect match for embodied intelligence. It’s small and sleek, taking up minimal space while delivering powerful performance. Whether integrated into small robots or large systems, it easily adapts, becoming the ideal partner for embodied intelligence solutions.
Three Simple Steps, Easy to Use
SLAMTEC Aurora is incredibly easy to operate, requiring just three steps to integrate into humanoid robots: Step 1, install; Step 2, power on; Step 3, start collecting data. Offering professional-grade performance at a consumer-friendly price, it leads the way in the new era of embodied intelligence. With exceptional value for money, Aurora delivers a whole new experience in localization and mapping, empowering tech products for the age of embodied intelligence.
Installation Powering on Data collection
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Supports map loading and reuse | Breakpoint resume mapping | Hardware time synchronization | Low power consumption (7W) |
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Built-in barometer | Multiple communication interfaces | Extensive SDKs and tools | Multi-platform support |
Application Scenarios
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Humanoid Robots | Low-Speed Outdoor Vehicles | Lawn Mowers |
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Environmental Mapping | High-Precision GPS-Free Localization | Construction and Engineering |
































