Name: High Precision Lightweight MEMS Navigation System with Low Power Consumption for Unmanned Vehicles and Drones
Brand: Xi'an Kacise Optronics Co.,Ltd.
SKU: KsINS-W72
Price: 431.00 USD
Availability: InStock

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High Precision Lightweight MEMS Navigation System with Low Power Consumption for Unmanned Vehicles and Drones

Inertial Satellite Integrated Navigation System

Missiles Integrated Navigation System

Unmanned Vehicles Inertial Navigation System

Place of Origin:

China (Mainland)

Brand Name:

Kacise

Certification:

certificate of explosion-proof, CE

Model Number:

KsINS-W72

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High Precision Lightweight MEMS Navigation System with Low Power Consumption for Unmanned Vehicles and Drones

Product Details

Alignment Time (min):

1min~5min

Weight:

≤ 130g (excluding Antenna )

+4.5V~+36V

Highlight:

Inertial Satellite Integrated Navigation System

Missiles Integrated Navigation System

Unmanned Vehicles Inertial Navigation System

Payment & Shipping Terms

Minimum Order Quantity

1pcs

Packaging Details

each unit has individual box and all boxes are packed in standard packages or customers requests available

Delivery Time

5-8 working days

Payment Terms

T/T,Western Union,MoneyGram

Supply Ability

1000 Pieces per Week

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Product Description

KsINS-W72 MEMS inertial/satellite integrated navigation system

Product Description

KsINS-W72 is a small high-precision MEMS serialized product. It consists of 3 high-precision MEMS gyroscopes, 3 high-precision MEMS accelerometers, a microprocessor, and a satellite receiver. It is suitable for various types of integrated navigation and short-term pure navigation. Inertial navigation, guidance and control application fields.

The basic functions of the integrated navigation system are as follows:

With self-test function, it automatically enters the working mode after the self-test is completed.
The working mode has integrated navigation and inertial navigation capabilities, and can output position, speed, attitude, angular rate and acceleration information

Ability

With service mode, it has functions such as uploading and downloading programs and parameters, changing configurations, and self-diagnosis.

Features:

Small size, light weight, low power consumption, flexible application
Serialized products, gyroscope, accelerometer, satellite receiver optional

Application fields and application modes:

Used in various types of drones, unmanned vehicles, guided munitions, surveying and mapping and other fields.

Performance indicators :

		High precision	Medium precision
Alignment time (min)		1min~5min
Navigation (1σ)	Position accuracy (m)	Horizontal 10; Vertical 15
	Speed accuracy (m/s)	Horizontal 0.1; vertical 0.2
	Attitude accuracy (°)	Level<0.3; heading binding + maneuver<0.4
Satellite outage for 1 minute (1σ)	Position accuracy (m)	45	60
	Speed accuracy (m/s)	1.5	2.5
	Heading accuracy (°)	0.5	0.6
	Horizontal attitude accuracy (°)	0.4	0.5

Application environment :

Working/storage temperature(℃)	-40～+60
MTBF(h)	2000
Dynamic Range
Mechanical properties	Vibration 6.06g, shock 80g/1ms

Physical properties:

Dimensions	60.6mm×51.6mm×33m (including installation)
Installation dimensions	53.6mm×44.6mm
weight	≤ 130g (excluding antenna )

External Interface:

powered by	+4.5V~+36V
Power consumption	≤ 4.5W (Antenna not included, antenna power consumption Not more than 0.5W)
Input/output interface	RS422A


Data output frequency	200Hz

High Precision Lightweight MEMS Navigation System with Low Power Consumption for Unmanned Vehicles and Drones

Inertial Satellite Integrated Navigation System

Missiles Integrated Navigation System

Unmanned Vehicles Inertial Navigation System

Inertial Satellite Integrated Navigation System

Missiles Integrated Navigation System

Unmanned Vehicles Inertial Navigation System

Light Weight Small Size High-precision Kacise Flexible Dynamically Tuned Gyroscope for Aerospace with Shock ≥50g

KTG-50 High Accuracy Dynamic Tuned Gyroscope with Wide Dynamic Range and ≤250g Weight for Inertial Navigation

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Shock Resistance 5000g MEMS Gyroscope with RS422 Interface and DC5V Power for High-Performance Applications

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