Aurora S Lite Banner
  • Core Capabilities Remain Unchanged

    Core Capabilities Remain Unchanged

    Built on the mature AI-vSLAM capabilities of Aurora S

  • Next-Generation Compact Industrial Design

    Next-Generation Compact Industrial Design

    Compact, all-in-one design for flexible integration into robots

  • Exceptional Value

    Exceptional Value

    Lower cost with 3D spatial mapping and localization and AI-powered semantic recognition

  • Real-Time Dense Semantic Mapping

    Real-Time Dense Semantic Mapping

    Generates dense 3D semantic maps ready for robot navigation without requiring external computing resources

  • AI Spatial Perception

    AI Spatial Perception

    Integrates mapping, localization, and environmental understanding into one system

  • ±5 cm Relocation Accuracy

    ±5 cm Relocation Accuracy

    Supports entire relocalization for enhanced robot localization in complex environments

Core Capabilities Remain Unchanged — Lighter and More Cost-Effective

Core Capabilities Remain Unchanged — Lighter and More Cost-Effective

Aurora S Lite retains the core capabilities of Aurora S in AI-vSLAM, 3D mapping, spatial localization, and AI-powered environmental perception. While maintaining comprehensive spatial perception capabilities, it features a more compact and lightweight industrial design, providing a more flexible, reliable, and cost-effective integration option for robots.
Designed for applications such as quadruped robots, outdoor robotic lawn mowers, humanoid robots, and AMRs, Aurora S Lite combines a smaller form factor, a more stable industrial design, and a more cost-effective solution, enabling developers to efficiently integrate mature spatial perception capabilities.

Built-in Intelligence

Built-in Intelligence , Beyond a Sensor

Aurora S Lite integrates AI-vSLAM for full-scene 3D mapping and localization, stereo depth estimation, semantic recognition, and dedicated compute hardware.
It delivers real-time, high-quality spatial perception outputs—mapping, localization, and more—directly to the user, without the need for additional compute resources or in-house algorithm development.

Smaller Form Factor, Better Value

Smaller Form Factor, Better Value

Aurora S Lite further optimizes product size and cost while retaining its core spatial perception capabilities, offering robot developers a more competitive pricing option.
High-performance 3D navigation is no longer exclusive to high-priced products.

Aurora S

Aurora S Lite

A New Era of 3D Spatial Perception: Real-Time, Online Dense 3D Mapping

Dense 3D maps provide essential data for 3D spatial navigation,but traditionally, generating them has required additional computing resources and algorithms.
Aurora S Lite now supports real-time, on-device generation of dense maps that can be used for navigation, further enhanced with AI semantic understanding.
3D perception and navigation, all in one.

AI-vSLAM System, Built to Handle Complex Motion Challenges

Powered by SLAMTEC's proprietary deep learning-based vSLAM technology, the system handles challenging motion scenarios, including rapid rotation and abrupt changes in orientation. It delivers stable, reliable spatial localization, enabling robots to maintain precise spatial awareness during dynamic movement.

Upgraded Deep Learning System

With the latest firmware version 2.2.0, Aurora S Lite delivers a higher-accuracy depth estimation system and an upgraded AI semantic recognition engine.

  • Depth Estimation

    Depth Estimation

  • Semantic Recognition

    Semantic Recognition

Real-Time Semantic BEV (Bird's-Eye View)

By integrating an advanced depth estimation engine with AI-based semantic recognition, the system generates real-time BEV maps that combine depth and semantic information, enhancing robots' autonomous navigation and environmental perception capabilities.

Plug and Play, Easy Integration

Plug and Play, Easy Integration

Featuring an all-in-one design with USB Type-C PD 3.0 support,
Aurora S Lite provides robot developers with a flexible and convenient way to integrate spatial perception capabilities.

Open SDK, Flexible Integration Across Multiple Robot Platforms

  • C++

    C++

  • Python

    Python

  • macOS

    macOS

  • ROS1/ROS2

    ROS1/ROS2

Aurora S Series

Choose the Right Spatial Perception Solution for Your Robot

Aurora S Aurora S Lite
Product Positioning Versatile, high-performance spatial perception solution Lightweight, cost-effective spatial perception solution
AI-vSLAM √ √
2D/3D Dense Mapping √ √
AI Semantic Understanding √ √
Relocation √ √
Localization Frame Rate Up to 30 fps Up to 10 fps
High-Resolution Camera Supported Not Supported
Communication Interfaces Ethernet, Wi-Fi via External Module Type-C
Cooling Active Cooling Passive Cooling
Target Applications Versatile, all-around solution for a wide range of robots and demanding, high-performance applications Lightweight solution for applications with greater sensitivity to size and cost

Use Case Scenarios

  • Outdoor Robotic Lawn Mower

    Outdoor Robotic Lawn Mower

  • Humanoid Robot

    Humanoid Robot

  • Quadruped Robot

    Quadruped Robot

    AGV / AMR

    AGV / AMR

    Digital Twin

    Digital Twin

    Low-Speed Autonomous Driving

    Low-Speed Autonomous Driving

Aurora S Lite Banner Aurora S Lite Banner
  • Core Capabilities Remain Unchanged

    Core Capabilities Remain Unchanged

    Built on the mature AI-vSLAM capabilities of Aurora S

  • Next-Generation Compact Industrial Design

    Next-Generation Compact Industrial Design

    Compact, all-in-one design for flexible integration into robots

  • Exceptional Value

    Exceptional Value

    Lower cost with 3D spatial mapping and localization and AI-powered semantic recognition

  • Real-Time Dense Semantic Mapping

    Real-Time Dense Semantic Mapping

    Generates dense 3D semantic maps ready for robot navigation without requiring external computing resources

  • AI Spatial Perception

    AI Spatial Perception

    Integrates mapping, localization, and environmental understanding into one system

  • ±5 cm Relocation Accuracy

    ±5 cm Relocation Accuracy

    Supports entire relocalization for enhanced robot localization in complex environments

Core Capabilities Remain Unchanged — Lighter and More Cost-Effective

Aurora S Lite retains the core capabilities of Aurora S in AI-vSLAM, 3D mapping, spatial localization, and AI-powered environmental perception. While maintaining comprehensive spatial perception capabilities, it features a more compact and lightweight industrial design, providing a more flexible, reliable, and cost-effective integration option for robots.Designed for applications such as quadruped robots, outdoor robotic lawn mowers, humanoid robots, and AMRs, Aurora S Lite combines a smaller form factor, a more stable industrial design, and a more cost-effective solution, enabling developers to efficiently integrate mature spatial perception capabilities.

Core Capabilities Remain Unchanged — Lighter and More Cost-Effective

Built-in Intelligence,Beyond a Sensor

Aurora S Lite integrates AI-vSLAM for full-scene 3D mapping and localization, stereo depth estimation, semantic recognition, and dedicated compute hardware.
It delivers real-time, high-quality spatial perception outputs—mapping, localization, and more—directly to the user, without the need for additional compute resources or in-house algorithm development.

Built-in Intelligence
Smaller Form Factor, Better Value

Smaller Form Factor, Better Value

Aurora S Lite further optimizes product size and cost while retaining its core spatial perception capabilities, offering robot developers a more competitive pricing option.High-performance 3D navigation is no longer exclusive to high-priced products.

Aurora S

Aurora S Lite

A New Era of 3D Spatial Perception: Real-Time, Online Dense 3D Mapping

Dense 3D maps provide essential data for 3D spatial navigation,but traditionally, generating them has required additional computing resources and algorithms.Aurora S Lite now supports real-time, on-device generation of dense maps that can be used for navigation, further enhanced with AI semantic understanding.3D perception and navigation, all in one.

A New Era of 3D Spatial Perception: Real-Time, Online Dense 3D Mapping

AI-vSLAM System, Built to Handle Complex Motion Challenges

Powered by SLAMTEC's proprietary deep learning-based vSLAM technology, the system handles challenging motion scenarios, including rapid rotation and abrupt changes in orientation. It delivers stable, reliable spatial localization, enabling robots to maintain precise spatial awareness during dynamic movement.

AI-vSLAM System, Built to Handle Complex Motion Challenges

Upgraded Deep Learning System

With the latest firmware version 2.2.0, Aurora S Lite delivers a higher-accuracy depth estimation system and an upgraded AI semantic recognition engine.

  • Depth Estimation

    Depth Estimation

  • Semantic Recognition

    Semantic Recognition

Real-Time Semantic BEV (Bird's-Eye View)

By integrating an advanced depth estimation engine with AI-based semantic recognition, the system generates real-time BEV maps that combine depth and semantic information, enhancing robots' autonomous navigation and environmental perception capabilities.

Real-Time Semantic BEV (Bird's-Eye View)
Plug and Play, Easy Integration

Plug and Play, Easy Integration

Featuring an all-in-one design with USB Type-C PD 3.0 support,
Aurora S Lite provides robot developers with a flexible and convenient way to integrate spatial perception capabilities.

Open SDK, Flexible Integration Across Multiple Robot Platforms

  • C++

    C++

  • Python

    Python

  • macOS

    macOS

  • ROS1/ROS2

    ROS1/ROS2

Aurora S Series

Choose the Right Spatial Perception Solution for Your Robot

Aurora S Aurora S Lite
Product Positioning Versatile, high-performance spatial perception solution Lightweight, cost-effective spatial perception solution
AI-vSLAM √ √
2D/3D Dense Mapping √ √
AI Semantic Understanding √ √
Relocation √ √
Localization Frame Rate Up to 30 fps Up to 10 fps
High-Resolution Camera Supported Not Supported
Communication Interfaces Ethernet, Wi-Fi via External Module Type-C
Cooling Active Cooling Passive Cooling
Target Applications Versatile, all-around solution for a wide range of robots and demanding, high-performance applications Lightweight solution for applications with greater sensitivity to size and cost

Use Case Scenarios

  • Outdoor Robotic Lawn Mower

    Outdoor Robotic Lawn Mower

  • Humanoid Robot

    Humanoid Robot

  • Quadruped Robot

    Quadruped Robot

  • AGV / AMR

    AGV / AMR

  • Digital Twin

    Digital Twin

  • Low-Speed Autonomous Driving

    Low-Speed Autonomous Driving

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