From December 12 to 14, the 8th Global Unmanned Systems Conference and 2025 International Low-altitude Economy and Trade Expo were successfully held at the Canton Fair Exhibition Center in Guangzhou. The event focused on multiple fields including low-altitude transportation, unmanned systems, intelligent manufacturing, technology R&D, and applications. It brought together experts from drone manufacturers, key supporting system providers, low-altitude flight service providers, and research institutions, with on-site cooperation agreements exceeding 3 billion yuan.

LINS Technology showcased its cutting-edge products at the conference, including high-precision miniaturized IMUs, ultra-compact high-precision integrated navigation systems, and high-precision fiber optic gyroscopes. Through interactive demonstrations, the company demonstrated its extensive expertise in inertial navigation technology, offering innovative and intelligent solutions for unmanned systems and the low-altitude economy sector. The company was awarded the Best Technology Innovation Award by the Global Unmanned Systems Conference Organizing Committee.

At the conference, LINS Technology's technical team showcased several flagship products for unmanned system inertial navigation to professional attendees. They provided in-depth analysis of each parameter's specifications, demonstrated innovative inertial navigation solutions tailored to diverse unmanned system applications, and illustrated these concepts with vivid case studies.

The LINS630 has passed rigorous testing, demonstrating outstanding performance in noise, zero bias stability, nonlinearity, and temperature drift. With precise measurements and high reliability, it effortlessly handles various unmanned application scenarios. Featuring an RS422 interface for high-speed data transmission, the LINS630 offers strong environmental adaptability and interference resistance. Powered by cutting-edge compensation calibration technology, its exceptional performance—measuring just 10.8mm in thickness and weighing under 65g—has earned it acclaim from over a thousand users.

LINS630

The LINS620 integrates a high-performance triaxial MEMS gyroscope and accelerometer, delivering precise measurements of angular velocity, acceleration, and attitude angles. With compact dimensions of 38.6 x 44.8 x 21.5mm and a low power consumption of 0.5W, this IMU has undergone rigorous quality control and comprehensive environmental testing. Its exceptional durability ensures reliable performance in both industrial environments with strong electromagnetic interference and harsh natural conditions with extreme temperature fluctuations, guaranteeing uninterrupted drone system operation and eliminating user concerns.

LINS620

The MM-6322 is a compact, high-precision MEMS-based navigation module independently developed by Lingsi Technology. Featuring a high-precision MEMS IMU and dual-antenna GNSS, it employs a multi-source fusion Kalman filter algorithm to support multi-frequency systems including BDS, GPS, GLONASS, Galileo, and QZSS. The module supports adaptive static/dynamic alignment, along with system-level installation error and wheel speed proportional error compensation. Equipped with multiple LVTTL serial interfaces and a CAN interface, it delivers continuous, reliable high-precision positioning and attitude data in challenging environments. Widely used in satellite communications, drones, surveying, mapping, and outdoor robotics, this module excels in demanding applications.

MM-6322

LINS Technology is actively engaged in technical exchanges and industrial collaboration within the low-altitude economy and unmanned systems sector, accelerating its market expansion. Its inertial navigation solutions have been widely adopted in drone operations, eVTOL aircraft, unmanned vessels, intelligent robotics, and autonomous driving. This award recognition validates the company's achievements in this field. Moving forward, LINS will continue to deliver innovative technologies and reliable products, providing customers with more efficient, intelligent, and dependable inertial navigation solutions for unmanned systems.