As a global technological Olympic event gathering high-tech innovation forces from China and around the world, the 27th High-Tech Fair was grandly held from November 14 to 16. At the Shenzhen International Convention and Exhibition Center, cutting-edge technologies converged, with professional visitors browsing through various booths, examining every detail from technology empowerment to collaborative innovation.

Among the numerous exhibitors, the highly anticipated Low Altitude Economy and Commercial Space Pavilion saw LINS Technology's booth 16C19 drawing a steady stream of visitors. The spotlight was on its core products: IMU series achieving perfect balance between high precision and miniaturization, ultra-compact high-precision integrated navigation systems, and high-precision fiber optic gyroscopes.

On-site engineers and clients engaged in intensive discussions centered on technical specifications, delving into diverse real-world applications. The booth featured vivid 3D animations of product series, which attracted numerous professional visitors for consultations. Engineers demonstrated the applications of Lingsi's inertial navigation products in the drone industry using drone models, providing clear and engaging demonstrations.

Product Matrix, Speak with High Precision

IMU with Perfect Balance of High Precision and Miniaturization

Our LINS688 series IMU utilizes 3D stacked MEMS technology, featuring a compact 44×47×14mm size, 40g weight, and power consumption under 1W. The top-tier model in this series delivers gyroscopic bias instability below 0.2°/h and accelerometer bias instability under 10μg, with precision metrics significantly surpassing industry averages. It serves as a perfect replacement for ADIS16488, ADIS16495, and ADIS16497.

Ultra-small and high precision combined navigation

Our MM-6300 series integrated navigation system features a highly integrated design, combining high-precision GNSS and IMU fusion on a BGA package. With a compact 40×30mm size and weight under 20g, it delivers centimeter-level RTK positioning accuracy and attitude/hazards better than 0.1°. The system provides extensive interfaces, including pre-installed RF ports for rapid integration into flight control boards, overcoming the limitations of traditional high-precision navigation systems with their bulky size, high power consumption, and complex integration.

high precision fiber optic gyroscope

As a cutting-edge all-solid-state gyroscope, fiber optic gyroscopes boast rapid startup, wide measurement range, and high reliability. The single-axis and multi-axis models developed by Lingsi Technology meet the demands of medium-to-high-precision inertial navigation systems, including land-based positioning, vehicle-mounted north-south navigators, airborne attitude sensors, and marine gyrocompasses. Featuring integrated packaging, these gyroscopes deliver stable performance, a simple structure, and easy installation.

In the low-altitude economy and commercial aerospace sectors, the integrated product suite of IMU, combined navigation systems, fiber optic gyroscopes, and MEMS chips demonstrates LINS foundational technological capabilities to address diverse market demands. At the High-Tech Fair—a microcosm of global competition—LINS has demonstrated a clear strategy: instead of pursuing comprehensive solutions, it focuses on critical precision manufacturing components. Through sustained technological investment, the company has established substantial technical barriers and differentiated advantages in inertial navigation. This approach of deepening expertise in core technologies and key applications is precisely the sustainable foundation for its earning respect and securing orders within the global industrial chain.