Motion Precision
High accuracy is required for manipulation and high-speed tasks.
Solutions / Robotics & Physical AI
Industrial robots, service robots, humanoid systems and special-purpose robots need precise state estimation for real-world autonomy.
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Key operating constraints that shape the solution architecture.
High accuracy is required for manipulation and high-speed tasks.
IMU, vision, LiDAR and other sensors must produce reliable state.
Vibration, temperature shifts, EMI and occlusions degrade accuracy.
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A complete sensing, navigation and engineering stack.
High-grade IMU, LiDAR, camera and auxiliary sensors.
Time-synchronized data acquisition and state estimation.
Adaptive filtering for robust performance.
Evaluation-ready hardware and tools.
Integration guidance and lifecycle support.
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Mission-ready modules matched to this operating environment.
High-Performance IMU for Robotics
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High-Precision LiDAR for Navigation
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Robust Magnetometer for Heading
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Robotics Integration Platform
Request Kit ->05
Core technologies supporting reliable sensing and navigation.
Stable state through camera, LiDAR and IMU fusion.
Real-time position, attitude and velocity estimates.
On-device motion awareness for fast control loops.
Structured state data for robotic systems.
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Validation evidence across environment, navigation and lifecycle requirements.
Stable output in dynamic robot motion.
Sensor fusion tested against occlusion and vibration.
Reference stack for multiple robot platforms.
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Adjacent deployments with similar operating constraints.