MEMS Inertial Navigation System (MEMS INS) SN-MINS200S

MEMS Inertial Navigation System (MEMS INS) SN-MINS200S

MEMS Inertial Navigation System (MEMS INS) SN-MINS200S

This product is equipped with a high-precision survey-grade satellite receiver board, high-precision three-axis MEMS Gyro, and three-axis MEMS Accelerator. It is a Micro-Electro-Mechanical Systems (MEMS) Inertial/Satellite Combined Navigation System capable of achieving single-antenna dynamic alignment or dual-antenna (RTK) high-precision rapid orientation. The product incorporates a new combined navigation algorithm engine and utilizes optimized design for satellite antenna obstruction and multi-path interference, making it well-suited for long-term, high-precision, and highly reliable navigation applications in complex geographical environments such as cities and canyons. In environments with good satellite coverage, it can provide centimeter-level positioning accuracy and maintain position, velocity, and attitude accuracy over extended periods.

The product is designed to be lightweight, compact, and user-friendly, making it suitable for various applications including assisted driving, autonomous driving, vehicle positioning and orientation, AGV vehicles, power line inspections, platform stability, surveying and mapping, precision agriculture, and so on.

 

MEMS Inertial Navigation System (MEMS INS)
SN-MINS200S


PRODUCT FEATURES
> High dynamic range measurement with IE post-processing
> Combined navigation capabilities, real-time calculation of the carrier's position, velocity, heading, and attitude
> Interface design suitable for various unmanned platforms, surveying, and measurement industries
> Supports real-time Real-Time Kinematic (RTK) functionality, can store post-processing data, and provides standardized user-friendly protocols
APPLICATION FIELD
> Drones/unmanned vehicles/unmanned ships (inside the cabin)
> Street View Map Collection Vehicles
> Aerial Vehicles
> Electro-Optical Detection Platforms
> Surveying/Measurement
> Precision Agriculture, etc.
TECHNICAL INDEX
System Metrics Combined Navigation Accuracy Single-Point Positioning Accuracy (1σ) 1.2m1.2 meters (Single Antenna, Good GNSS/BD Signal)
RTK Positioning Accuracy (1σ) 2cm+1ppm (Good GNSS/BD Signal)
Velocity Accuracy (1σ) 0.03m/s (when carrier velocity is less than 500m/s RMS)
System Heading Accuracy 0.1° (Single Antenna, Dynamic Alignment)
0. 1°(Dual Antenna, Baseline ≥2m)
System Pitch Accuracy (1σ)
System Roll Accuracy (1σ)
0.03° (Good GNSS/BD Signal)
Alignment Time Static Alignment Typical Value≤5min
Device Characteristics Gyro Measurement Range ±450°/s
Zero-bias Reliability  (10s Smoothing, 1σ) ≤5°/h
Accelerator Measurement Range ±10g
Zero-bias Reliability (Room Temperature, 10s Smoothing, 1σ) 0 .25mg
Physical Electricity Rated Power Consumption at Room Temperature 8W
Supply Voltage 24V DC Rated12∼36V
Operating Temperature -40℃∼+70℃
Storage Temperature -55℃∼+85℃
Shock 15g11ms Half-Sine Wave
Vibration 6.06g20∼2000Hz, Bandwidth
Dimensions ≤110mm×81mm×68mm
Weight ≤0.6Kg
Transmission Rate 115200bpsConfigurable
Data Update Rate 400HzConfigurable
Interface Type RS422/RS232/CAN/Ethernet
Internal Storage 8GBOptional
Other Localization Rate 100%
Achievable Localization Rate 100%
User Mode Vehicle-Mounted (Default), Airborne, Marine

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