星网宇达：受益于市场需求牵引，惯性导航及其组合导航未来具有较大的增长空间

Core Viewpoint - The company, Xingwang Yuda, is experiencing significant growth potential in the inertial navigation and integrated navigation market, driven by increasing market demand and continuous R&D investment [1] Group 1: Product Development and Applications - The company's main inertial navigation products are strapdown inertial navigation systems, which have been successfully applied in various fields such as railway inspection, intelligent transportation, robotics, unmanned coal mining machines, and flying skateboards [1] - The company has developed a series of inertial navigation and integrated navigation products, including fiber optic and MEMS technologies, which provide diverse navigation and positioning solutions for customers [1] Group 2: Upcoming Innovations - By the first half of 2025, the company plans to launch a new inertial measurement unit, a calibration robot, and a shipborne fiber optic compass, showcasing its strong technical foundation and innovative capabilities [1] - The new tactical-grade inertial measurement unit utilizes advanced array fusion technology and full temperature calibration and compensation techniques, effectively reducing product costs while maintaining the same level of accuracy, thus providing a significant cost competitive advantage [1] Group 3: Product Features and Benefits - The calibration robot achieves a high repeat positioning accuracy of ±0.02mm, ensuring high accuracy and repeatability in angle and posture data collection, which supports large-scale production and quality control of inertial devices [1] - The shipborne fiber optic compass employs advanced fiber optic gyro technology, offering rapid stability and good navigation accuracy, with real-time updates and a self-check function to ensure navigation safety [1] - Compared to traditional mechanical gyro compasses, the fiber optic compass has significant advantages in startup speed, heading accuracy, ease of maintenance, and real-time acquisition of ship posture information [1]