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Highly reliable FOG IMU: Accurate navigation, decisive tactical future

In a rapidly changing tactical environment, millisecond errors can be the difference between success and failure. Ericco has released a new product, the ER-FIMU-40 FOG IMU, tailored for demanding tactical systems, with military-grade reliability, extreme accuracy and rapid response, becoming the ultimate solution for navigation and control in highly dynamic scenarios!

 

**Why ER-FIMU-40?**

✅ Military-grade reliability: all-solid three-axis fiber optic gyroscope (FOG) and three-axis quartz flexible accelerometer, no moving parts design, shock resistance, vibration resistance, stable operation under extreme temperatures of -50℃ to +80℃, adapt to the harsh challenges of battlefield and deep space environment.

 

✅ Nanoscale accuracy:

Gyroscope: Bias stability ≤0.035º/h (100s), random walk coefficient as low as 0.01º/√h, dynamic environment still maintains submicro radian level accuracy.

Accelerometer: resolution 5μg, nonlinear error ≤±30μg/g², weak vibration and high-speed maneuvering can be accurately captured.

 

✅ Fast response, control the overall situation:

Gyro bandwidth ≥500Hz, accelerometer bandwidth up to 2500Hz, 200Hz real-time data output, dynamic delay is close to zero, for flight control, imaging stability and other scenarios to provide instantaneous decision support.

 

✅ Compact and lightweight: only 100×100×75mm in size and 1.06kg in weight, easily integrated into UAS, airborne equipment or portable tactical equipment to unlock space potential.

Highly Reliable Fog Imu Accurate Navigation Decisive Tactical Future

 

**Application scenario**: Precise and unbounded, enabling cutting-edge fields

Defense and Aerospace: Flight control systems, airborne weapon stabilization platforms

Unmanned system: Unmanned aerial vehicle (UAV) autonomous navigation, cluster collaborative positioning

High precision mapping: Lidar motion compensation, terrain mapping attitude reference

Industrial strength: robot dynamic balance, heavy machinery motion control

Research test: inertial navigation algorithm verification, high dynamic simulator calibration

 

**Technical specification highlights**

Core performance parameter
Gyroscope range±500º/s, bandwidth≥500Hz
Accelerometer range±50g, noise≤8.4mV
Data output 200Hz high speed synchronization, RS-422interface (support for customization)
Environmental adaptability -50℃ to +80℃ wide temperature operation, all solid shock resistance

 

**Born for tactics, fought to win**

ER-FIMU-40 is not only a sensor, it is the cornerstone of mission success! Whether it is a high-altitude high-speed aircraft, or unmanned reconnaissance equipment deep behind enemy lines, it always escorts every second decision in a complex environment with military-grade stability and laborator-grade accuracy.

 

**Act now to open a new era of precision!**

Consult: Get customized solutions and sample testing

Technical Line: Contact an engineer to unlock your dedicated tactical IMU configuration


Application Techniques

1.Internal Structure Analysis of IMU

2.What are the Application Scenarios of the IMU?

3.Application of IMU in UAV Flight Control System

4.IMU in Drones (MEMS triaxial accelerometer, triaxial gyroscope, triaxial magnetometer)

5.What is an IMU?

6.IMU inertial measurement unit (provides odometer, position, attitude)


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