MEMS Integrated INS

MEMS Integrated INS

ER-MINS-5680 (0.5°) Features:
1. 0.1° (dynamic alignment);
2. 0.5° (low dynamic dual antenna assistance, 2m baseline);
3. Support fast and high precision orientation up to 0.1 °.

MEMS Integrated INS

MEMS Integrated INS

Get Price Now

Your Name
Fill out this field
Your Email *
Please enter a valid email address.
Content *
Fill out this field
Captcha 26 + 4 = ?
captcha
Enter the equation result to proceed
Share to:

Introduction

ER-MINS-5680 MEMS Integrated INS

Introduction

This MEMS Integrated INS has a built-in full temperature of 0.5°/h high-precision MEMS gyroscope, a 100ug high-precision quartz accelerometer and a survey-level GNSS receiver of multi-mode and multi-frequency for dynamic fast alignment or GNSS dual antenna support fast and high precision orientation up to 0.1°. The product supports GNSS/odometer/DVL/barometric altimeter and other sensors external, with excellent scalability. Through the use of multi-sensor data fusion technology, to combine inertial measurement and phase together, it can make the system have geographical adaptability and robustness greatly improved. The product can meet the application requirements of marine surveying and mapping and map surveying and mapping, matching the original data storage, the level of surveying and mapping, and the post-processing software for surveying and mapping navigation. Users can match according to their needs.

Features

High Precision MEMS Devices: 0.5°/hr gyroscope, 100ug accelerometer

Survey level GNSS receiver: support GPS/BDS/GLONASS

Dynamic fast alignment: support fast alignment, 1-2 minutes (need to be dynamic maneuver)

Dual antenna fast orientation: supports dual antenna fast assisted orientation: accuracy 0.1°( baseline 2m )

Support for storage: supports up to 16G data storage extensions, support navigation data/raw data/ external user data

MEMS Integrated INS

MEMS Integrated INS

Applications

MEMS Integrated INS


Application Techniques

1.Development and Application of Inertial Navigation System

2.In Autonomous Flight: How Inertial Navigation Systems Work

3.MEMS and FOG: How Should you Choose Inertial Navigation System?

4.What is Inertial Navigation System?

5.Inertial Navigation System (INS)

6.Introduction to Inertial Navigation Systems


More Products


Cost-Efficient Triaxial MEMS North Seeker
Cost-Efficient Triaxial MEMS North Seeker

High Performance North Seeking MEMS Gyroscope
High Performance North Seeking MEMS Gyroscope

High Accuracy MEMS Accelerometer
High Accuracy MEMS Accelerometer

High Precision Navigation MEMS Gyroscope
High Precision Navigation MEMS Gyroscope

High Precision Navigation MEMS IMU
High Accuracy North-Seeking MEMS IMU

High Performance Navigation MEMS IMU
High Performance Navigation MEMS IMU
Ask for a Quote
Your Name
Fill out this field
Your Email *
Please enter a valid email address.
Content *
Fill out this field
Captcha 30 + 9 = ?
captcha
Enter the equation result to proceed
Menu