Perceiving Oneself: Unveiling the Working Principle and Unique Charm of Inertial Navigation Technology Have you ever wondered how aircraft, ships, missiles, and even submarines precisely know their location, heading, and attitude in extreme environments without GPS signals or radio aids? The key player behind this is the “Inertial Navigation System” (INS). It is a completely

Classification of Inertial Navigation and Its Accuracy Considerations In the vast deep sea, the boundless sky and the complex underground cities, when satellite signals are blocked or even completely fail, how can we determine precise position, speed and attitude information? The answer is “inertial navigation” – a completely autonomous navigation technology that does not rely on

Inertial Measurement Unit (IMU) and Integrated Navigation in Drones: Applications and Industry Breakthroughs Technological Foundation: Core Value of GNSS/INS Integrated Navigation The Inertial Navigation System (INS) uses the ​Inertial Measurement Unit (IMU)​​ to perceive real-time acceleration and angular velocity. As the core sensor of drones, IMU integrates triaxial accelerometers, gyroscopes, and magnetometers to capture body

MEMS Technology: The Microscopic Engine Powering Smart Perception In our interconnected world of intelligent sensing, MEMS (Micro-Electro-Mechanical Systems) technology operates as an invisible force driving precise motion detection and decision-making. Though smaller than a grain of sand, these microsystems are revolutionizing how we measure movement, orientation, and position. The Precision Engineering of Microsystems MEMS integrates