Inertial Navigation Robot
Inertial Navigation Robot
An inertial navigation system (INS) is an autonomous navigation technology that does not depend on external signals. High-precision gyroscopes and accelerometers sense a robot's attitude and motion in real time. Amicro integrates inertial navigation into robotic motion control to achieve centimeter-level localization and millisecond-level response.
Compared with conventional SLAM solutions, inertial navigation offers strong interference resistance, independence from lighting and environmental changes, and high real-time performance, making it particularly suitable for autonomous navigation and motion control in complex indoor environments.
Three technical advantages advancing inertial navigation robots
Combining an inertial measurement unit (IMU) with wheel encoders enables centimeter-level trajectory tracking for precise movement in complex environments.
Millisecond-level data updates maintain stable control during high-speed movement and respond to unexpected obstacles and route changes.
Unaffected by external factors such as lighting or floor texture, the system remains reliable in challenging conditions, including low light and reflective floors.
Successful real-world applications of inertial navigation
With Amicro's full-stack solution, home robotic vacuums equipped with inertial navigation achieve precise whole-home navigation and efficient cleaning. They accurately remember room layouts, plan optimal cleaning routes and avoid repeated cleaning or missed areas.
Even in complex homes with dense furniture and poor lighting, the inertial navigation system maintains stable operation for a reliable cleaning experience.
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