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Laser Gyro Inertial Navigation System for Marine & Aviation Guidance – High-Precision INS

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Laser Gyro Inertial Navigation System for Marine & Aviation Guidance – High-Precision INS

MOQ:	1 Satz
Preis:	$1000-$100000
Lieferfrist:	30 Arbeitstage
Zahlungsmethode:	T/T
Lieferkapazität:	100 eingestellt pro Jahr

Einzelheiten Informationen

Produktbeschreibung

Einzelheiten

Herkunftsort

China

Markenname

Star & Inertia Technology

Modellnummer

- Das ist Dubhe-300.

Hervorheben:

Gyro Quartz Laser Inertial Navigation System

INS Laser Inertial Navigation System

INS gnss aided inertial navigation system

Produktbeschreibung

Product Description
The Laser Gyro Inertial Navigation System integrates laser gyroscopes and quartz accelerometers as core sensors. Utilizing a strapdown architecture and advanced real-time navigation software, the system delivers precise navigation and attitude data. It supports multiple operational modes, including inertial/autonomous navigation and inertial-satellite hybrid navigation, providing accurate heading, roll, pitch, speed, and position outputs. The system is suitable for a wide range of maritime and aviation platforms, ensuring good-quality guidance performance for complex operational environments.

Advantages

High-precision laser gyro + quartz accelerometer sensors
Real-time navigation output with strapdown INS architecture
Supports multiple modes: hybrid INS/GNSS and standalone inertial navigation
Accurate heading, roll, pitch, speed, and position measurements
Ruggedized design for diverse marine and aviation platforms
Offered by professional guidance INS guidance system providers and manufacturers

Application

Naval and commercial vessels
Autonomous Surface/Underwater Vehicles (USV/UUV)
Offshore survey and research platforms
Aviation attitude and navigation systems
Integrated navigation systems for ships and aircraft

Series		Maritime Inertial Navigation System(INS-M)
Type		Dubhe-M4
Accelerometer	Months Bias Repeatability(1σ)	≤30μg
Accelerometer	Months Scale Factor Accuracy(1σ)	≤30ppm
Gyro	Bias Repeatability(1σ)	≤0.003°/hr
	Scale Factor Accuracy(1σ)	≤3ppm
	Random walk(1σ)	≤0.001°/√hr
Features	Angular Rate	≥±400°/sec
	Angular Acceleration	100000°/sec2
	Acceleration	＞25g
	Speed accuracy(Pure inertia)	≤1.0kn,RMS
	Speed accuracy(GNSS combination)	≤0.4kn,RMS
	Angular Attitude	Any Orientation
	Startup time	≤10sec
	Input/output	3 RS422 full-duplex serial ports, 1 100M Ethernet port
Alignment time		≤15min
Position accuracy	Pure inertia	≤1nm/4h,CEP
	INS/DVL Combination	≤0.3%D,RMS
	INS/GNSS Combination	better than satellite accuracy
Heading Accuracy	Pure inertia	≤0.02°sec(L),RMS
Heading Accuracy	INS/GNSS combination	≤0.01°,RMS
Pitch & Roll Accuracy	Pure inertia	≤0.01°,RMS
Pitch & Roll Accuracy	INS/GNSS combination	≤0.01°,RMS
Characteristics	Power consumption	＜30W
	Dimensions(Lmm×Wmm×Hmm)	232×186×160
	Weight	＜8kg
	Temperature	-40℃~60℃
	Shock	15g,Half-sine wave 11ms
	Input Voltage	DC24V(±25%)
	cooling	Conduction to mounting plate
	Vibration	20~2000Hz,6.06g
	MTBF	＞20000 hours

Tags:

Produits

MOQ:	1 Satz
Preis:	$1000-$100000
Lieferfrist:	30 Arbeitstage
Zahlungsmethode:	T/T
Lieferkapazität:	100 eingestellt pro Jahr

Einzelheiten

Produktbeschreibung

Einzelheiten

Herkunftsort

China

Markenname

Star & Inertia Technology

Modellnummer

- Das ist Dubhe-300.

Min Bestellmenge:

1 Satz

Preis:

$1000-$100000

Lieferzeit:

30 Arbeitstage

Zahlungsbedingungen:

T/T

Versorgungsmaterial-Fähigkeit:

100 eingestellt pro Jahr

Hervorheben

Gyro Quartz Laser Inertial Navigation System

INS Laser Inertial Navigation System

INS gnss aided inertial navigation system

Produktbeschreibung

Advantages

High-precision laser gyro + quartz accelerometer sensors
Real-time navigation output with strapdown INS architecture
Supports multiple modes: hybrid INS/GNSS and standalone inertial navigation
Accurate heading, roll, pitch, speed, and position measurements
Ruggedized design for diverse marine and aviation platforms
Offered by professional guidance INS guidance system providers and manufacturers

Application

Naval and commercial vessels
Autonomous Surface/Underwater Vehicles (USV/UUV)
Offshore survey and research platforms
Aviation attitude and navigation systems
Integrated navigation systems for ships and aircraft

Series		Maritime Inertial Navigation System(INS-M)
Type		Dubhe-M4
Accelerometer	Months Bias Repeatability(1σ)	≤30μg
Accelerometer	Months Scale Factor Accuracy(1σ)	≤30ppm
Gyro	Bias Repeatability(1σ)	≤0.003°/hr
	Scale Factor Accuracy(1σ)	≤3ppm
	Random walk(1σ)	≤0.001°/√hr
Features	Angular Rate	≥±400°/sec
	Angular Acceleration	100000°/sec2
	Acceleration	＞25g
	Speed accuracy(Pure inertia)	≤1.0kn,RMS
	Speed accuracy(GNSS combination)	≤0.4kn,RMS
	Angular Attitude	Any Orientation
	Startup time	≤10sec
	Input/output	3 RS422 full-duplex serial ports, 1 100M Ethernet port
Alignment time		≤15min
Position accuracy	Pure inertia	≤1nm/4h,CEP
	INS/DVL Combination	≤0.3%D,RMS
	INS/GNSS Combination	better than satellite accuracy
Heading Accuracy	Pure inertia	≤0.02°sec(L),RMS
Heading Accuracy	INS/GNSS combination	≤0.01°,RMS
Pitch & Roll Accuracy	Pure inertia	≤0.01°,RMS
Pitch & Roll Accuracy	INS/GNSS combination	≤0.01°,RMS
Characteristics	Power consumption	＜30W
	Dimensions(Lmm×Wmm×Hmm)	232×186×160
	Weight	＜8kg
	Temperature	-40℃~60℃
	Shock	15g,Half-sine wave 11ms
	Input Voltage	DC24V(±25%)
	cooling	Conduction to mounting plate
	Vibration	20~2000Hz,6.06g
	MTBF	＞20000 hours

Tags:

Lasernavigationssystem

Glasfaser-Inerznavigationssystem

Flugzeuginertialnavigationssystem

Marine Trägheitsnavigationssystem

Fahrzeug-Inertialschifffahrtssystem

AHRS-System

IMU-Trägheitsmesseinheit

Glasfaser-Gyroskop

Ringlaser-Gyroskop

Laser Gyro Inertial Navigation System for Marine & Aviation Guidance – High-Precision INS

Gyro Quartz Laser Inertial Navigation System

INS Laser Inertial Navigation System

INS gnss aided inertial navigation system

in Girokontrolle,

Trägheitsnavigationseinheit,

Gyroskop für die Navigation

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Lasernavigationssystem

Glasfaser-Inerznavigationssystem

Flugzeuginertialnavigationssystem

Marine Trägheitsnavigationssystem

Fahrzeug-Inertialschifffahrtssystem

AHRS-System

IMU-Trägheitsmesseinheit

Glasfaser-Gyroskop

Ringlaser-Gyroskop

Gyro Quartz Laser Inertial Navigation System

INS Laser Inertial Navigation System

INS gnss aided inertial navigation system

in Girokontrolle,

Trägheitsnavigationseinheit,

Gyroskop für die Navigation