Inertial Navigation System

High-precision fiber optic integrated navigation system featuring closed-loop FOG technology, professional GNSS boards, and adaptive algorithms. Delivers 0.05° real-time heading accuracy, 3m positioning precision, and operates in extreme temperatures from -40°C to +70°C. Ideal for UAVs, vehicle systems, and stabilization platforms with domestic core components and modular design.

High-precision MEMS integrated navigation system featuring ±400°/s gyroscope range, 0.15° heading accuracy, and -40°C to +85°C operating range. This compact 500g system delivers reliable positioning and attitude measurement for vehicles, drones, ships, and intelligent driving systems with ultra-low power consumption and comprehensive interface options.

High-precision fiber optic gyro-inertial/satellite integrated navigation system featuring ±300°/s range, 0.01°/h zero offset stability, and modular design. Supports GPS, BeiDou, and GLONASS with combined horizontal position accuracy of 3m. Ideal for unmanned vehicles, drones, surveying, and intelligent driving applications with -40°C to +70°C operating range.

Compact MEMS integrated navigation system measuring 83×66×24mm with ±500°/s gyro range and 0.15° real-time heading accuracy. Features full GNSS support, RTK compatibility, and operates from -40°C to +85°C. Ideal for UAV, vehicle, ship, and drone navigation with 100,000 hours MTBF reliability.

The FG105-A01 is a cost-effective FOG strapdown INS for UAVs, unmanned vehicles, and ships. It integrates high-precision gyros and accelerometers with advanced INS/GPS fusion, delivering accurate attitude, velocity, and position. Features include 10W power, -40°C to +70°C operation, and customizable options for harsh environments.

High-precision FOG combined INS with modular design, silicon optical gyros and MEMS accelerometers. Supports RTK differential, GNSS full frequency points, and vehicle constraint algorithms. Features 10W power consumption, -40°C to +70°C calibration, and customizable software for airborne, vehicle, and shipborne platforms.

LKF-MSI105 Micro Inertial Navigation System: Compact, cost-effective MEMS INS with GNSS integration. Features 500°/s gyro range, ±16g accelerometer, 0.5W ultra-low power, full-temperature calibration, and supports RTK differential. Ideal for drones, vehicles, and unmanned ships.

LKF-SX-MG302KNS MEMS north finder offers high precision (≤0.1°/h bias), compact size (47×47×35mm), and robust operation (-40~+85°C). Features 100% domestic components, 4kHz sampling, auto ZUPT, and customizable configurations for reliable navigation in harsh environments.

Liocrebif's LKF-SX-N01-UW Underwater FOG INS is a maintenance-free solid-state system rated to 6000m depth. It features multi-source fusion capability, fast sea startup ≤30min, compact design, and outputs high-precision position, velocity, heading, attitude & heave data for AUV/ROV and submersibles.

LKF-SX-MG300K MEMS north finder offers ≤0.1°/h gyro bias, ±200°/s range, and operates at -40~+85°C. Compact (47×47×35mm) and rugged, it features full-temperature compensation, 4kHz sampling, and customizable configurations for reliable navigation and attitude stabilization in harsh environments.

LKF-SX-H5-UW Underwater FOG INS is a pressure-resistant strapdown system with 0.08°/h FOG bias stability, 6000m depth rating, multi-source fusion capability, and compact low-power design for AUV/ROV and submersible navigation.