Inertial Navigation MEMS/IMU/Gyroscopes
Showing 10–17 of 17 results
China Moneypro MP-IMU0303 Fiber Optic Inertial Measurement Unit (IMU)
China Moneypro MP-IMU0303 is a compact, lightweight, and low-power three-axis fiber optic inertial measurement unit (IMU), featuring a tightly integrated cylindrical design for enhanced durability in harsh environments. Built with self-developed fiber optic gyroscopes, the system adopts high-speed sampling with static and dynamic error compensation technologies, ensuring reliable measurements for navigation, control, and dynamic positioning.
With its robust design and high accuracy, the MP-IMU0303 is well-suited for aerospace, defense, maritime, and industrial applications requiring long-term precision and stability.
China Moneypro MP-IMU1303 Fiber Optic Inertial Measurement Unit (IMU)
China Moneypro MP-IMU1303 is a compact, lightweight, and low-power three-axis fiber optic inertial measurement unit (IMU), designed for high-precision navigation, control, and dynamic measurement. Built with self-developed fiber optic gyroscopes, the system features high-speed sampling, static error compensation, and dynamic error correction to ensure exceptional performance even in harsh environments.
Its rugged cylindrical design makes it suitable for aerospace, defense, industrial, and geophysical applications requiring reliable and long-term stability.
China Moneypro MP-IMU2301 Inertial Measurement Unit (IMU)
China Moneypro MP-IMU2301 is a high-reliability, cost-effective six-axis MEMS Inertial Measurement Unit (IMU). Compact, lightweight, and low in power consumption, it offers high-speed sampling up to 1 kHz. All electronic components are fully temperature-compensated, ensuring accurate measurement of angular velocity and linear acceleration even in harsh environments. With full calibration of zero-bias, scale factors, and misalignment errors, the MP-IMU2301 provides long-term stability and high precision in dynamic applications.
China Moneypro MP-NF0103 High-Precision Fiber Optic North-Seeking System
China Moneypro MP-NF0103 is a high-precision fiber optic north-seeking system, composed of advanced FOG gyroscopes, mechanical rotation devices, and signal processing electronics. It is capable of tracking Earth’s rotation angular velocity and calculating the azimuth angle between the gyroscope axis and true north.
With its fast alignment capability (≤ 3 minutes) and high accuracy (≤ 0.1° (1σ)), China Moneypro MP-NF0103 provides reliable true north orientation and tilt measurements for vehicles, platforms, and surveying tasks in challenging environments.
China Moneypro MP-VG0303A Fiber Optic Attitude Measurement Module
China Moneypro MP-VG0303A is a high-performance, cost-effective fiber optic attitude measurement module, designed for both dynamic and static motion parameter measurement, including attitude, angular velocity, and acceleration. Built with advanced fiber optic gyroscope (FOG) technology, the module delivers precise measurements even in harsh operating environments.
Its robust cylindrical design, rapid alignment capability, and wide power supply range make it ideal for integration into navigation, control, and surveying systems across aerospace, defense, maritime, and industrial applications.
China Moneypro MP-VG2301 Vertical MEMS Gyroscope IMU
China Moneypro MP-VG2301 is a high-performance, cost-effective, compact, and lightweight vertical gyroscope inertial measurement unit (IMU). With low power consumption and full-temperature calibration, it provides accurate measurements of roll, pitch, angular velocity, and acceleration, even in harsh environments.
Equipped with 100% domestically produced components, the MP-VG2301 ensures long-term reliability and precision, making it an ideal choice for aerospace, defense, maritime, and industrial navigation systems.
China MoneyproUAV MP-IMU0301D Inertial Measurement Unit (IMU)
The MP-IMU0301D is a highly reliable and cost-effective six-axis MEMS Inertial Measurement Unit (IMU). Compact in size, lightweight, and low in power consumption, it provides high-speed sampling at 1 kHz, ensuring precise measurement of angular velocity and linear acceleration even in harsh environments.
The system is fully calibrated across the entire temperature range, including zero-bias, scale factors, and misalignment errors, allowing the IMU to maintain high accuracy and long-term stability.