High-precision IMU is coming to help in the fields of land, sea and air

High-precision IMU is now widely used in many fields of sea, land and air. It can provide real-time and accurate information on the carrier's attitude, position and speed by measuring the carrier's acceleration and angular velocity, which is very important for dynamic control systems that require instant feedback.

We have a high-precision IMU ER-MIMU-15 with its small size and low power consumption, which can adapt to various embedded applications. This IMU has the following features:

High Precision Imu Is Coming To Help In The Fields Of Land, Sea And Air

【High-precision sensor】

Gyroscope: measurement range is ±400º/s, bias instability is 0.05º/h, angle random walk is 0.025º/√h;

Accelerometer: measurement range is ±30g, bias instability is 10ug (Allen variance).

【Lightweight and easy to install】

The volume is 47×44×14mm, the thickness is 14mm, and the weight is 40g, which meets the needs of various applications.

【Application areas】

**Aviation**

Key components: It is a key navigation and control system component for aircraft, drones and other air vehicle. It can be used for flight control and guidance systems and AHRS.

Aerial mapping: It plays an important role in the geographic information system (GIS). By carrying IMU, it can achieve high-precision positioning and three-dimensional modeling, and provide data support for urban planning, traffic management and environmental protection.

**Ocean**

Navigation safety: IMU can monitor the attitude and position of the ship in real time, provide key data support for ship navigation, automatic driving and collision avoidance systems, and ensure the safe navigation of ships in complex sea areas.

Ocean mapping: It can be used with equipment such as sonar depth sounders to provide accurate position and attitude information of ships for precise mapping and seabed landform research. It can also be used in engineering fields such as submarine pipelines and offshore oil development.

**Land **

Ground mapping: IMU can obtain the position coordinates, attitude angle, speed and other information of the measuring vehicle in real time, thereby improving the accuracy and reliability of mapping data. Whether it is road measurement, land measurement or resource assessment, high-precision IMU can play an important role.