Odin1 Spatial Memory Module for Robotics & UAVs | 3D Perception, Visual SLAM & Autonomous Navigation

Odin1 spatial memory module deeply integrates high-performance multi-sensor hardware with the built-in MindSLAM™ algorithm. It delivers powerful 3D perception, SLAM positioning, and persistent spatial memory, enabling robots and drones to not only "see" their environment—but also understand, remember, and navigate it intelligently.

Typical Applications
Odin1 enables a wide range of applications across autonomous robotics, UAV inspection, embodied AI, and industrial automation, supporting use cases such as warehouse automation, service and agricultural robots, autonomous navigation, and obstacle avoidance. It also empowers drone inspection and surveying, delivering reliable performance for precision flight and mapping tasks. 

Advanced Spatial Perception (3D Vision & Mapping)
Empower your system with high-precision environmental awareness beyond traditional RGB-D cameras.
- Long-Range Depth Sensing: Up to 70m (90% reflectivity) / 30m (10% reflectivity)
- Ultra-Wide Field of View: 120° × 90° FOV for broader coverage and fewer blind spots
- High-Density Point Cloud: Up to 700,000 points/sec for detailed 3D mapping
- High-Resolution Capture:
Depth: 240 × 180
RGB: 1600 × 1296 (Global Shutter)
-Enables high-fidelity 3D reconstruction, environment mapping, and obstacle detection

Persistent Spatial Memory (SLAM & Localization)
Transform machines with human-like spatial cognition and navigation capabilities.
- Built-in MindSLAM™ high-performance fusion SLAM algorithm
- Centimeter-Level Accuracy: ±5 cm global positioning precision
- Ultra-High Pose Update Rate: Up to 1000 Hz
- Robust in Complex Environments: Works reliably in low light, reflective surfaces (glass), and water scenes
- Edge Computing Offload: Outputs trajectory and map directly, reducing onboard computation load