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Stabilization Solutions

InnaLabs® Inertial Sensors deliver tactical grade performance in a number of in a small, lightweight and rugged packages. 

Newly Released

E-Series Gyroscope

The GI-CVG-E22XXD is a miniature, high performance, robust and high-reliability gyroscope designed for electro-optical systems.

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Today's advanced systems demand the best and our commitment to improving performance and reliability has made InnaLabs® a key supplier to prime contractors worldwide. Our range of high-performance inertial sensors provides critical inertial reference data essential for a variety of the most sophisticated land, sea, and air systems.

Small scale, precision, stabilised platforms are used across a wide variety of applications. They are particularly suited to pointing subsystems such as a camera, laser range finder, radar and antenna on a given target while the mounted platform is moving.  Adapting a sensing system from a fixed mounted use to mobile use requires consideration of a number of criteria such as vibration and stabilisation.  InnaLabs® high-performance tactical grade CVG gyroscopes with their excellent stability, low noise and the highest mean time before failure (MTBF) on the market, offer an ideal solution for all your stabilisation needs. 

Why Use InnaLabs® CVG

Numerous factors may affect stabilization accuracy which can be external to the gyroscope, for example, shock and vibration due to the system recoil and electromagnetic interference; or internal, such as noise or bias drift levels of the sensor. While all the above requirements are important for these types of systems, it is also necessary to keep in mind price versus performance.

There are a number of different technologies that can be used for the development of gyroscopes for stabilisation applications. MEMS gyroscopes offer a small form factor and are relatively low cost, however, in comparison to InnaLabs® gyroscopes, they typically exhibit higher bias over temperature and high noise. This tends to make MEMS unsuitable for high accuracy applications. They are also less tolerant to the shock and vibrations environments which are encountered in many stabilization applications. 

Gold CVG SE

CVG for Stabilisation Applications

InnaLabs® CVGs are particularly suited for platform stabilization of optical systems, payloads, pointing & directional systems and industrial control systems. 

Antennas

For stabilization, tracking and pointing 

For stabilization, tracking and pointing to maintain accurate alignment to the source or satellite to preserve robust communications networks, InnaLabs® CVG Gyroscopes are an excellent solution. Our gyroscopes provide stabilization to moving satcoms and radio antennas for ships, trains, road vehicles and aircraft, while all the while remaining fixed to the satellites signal's directions.
 
Key Features  
InnaLabs® CVG Gyroscopes are an excellent solution  due to the following specifications: 
  • Low Angular Random Walk (0.005 °/√hr)
  • In-run Bias Stability (0.1 °/√hr)
  • Good Vibration sensitivity 
  • Low Measurement Range
  • High bandwidth (≥ 300 Hz)
  • Quick start-up time (1-sec typical)
  • 1, 2, and 3-axis assemblies

Recommended Sensor

N-Series Gyroscopes

Radio Telescope view at night

Electro-Optics

Stabilization of optical instruments 

To provide motion tracking, image and line-of-sight stabilization to counteract vibration and platform motion for gimbals for airborne imaging, electro-optics, underwater sight scan sonar, TV, hyperspectral and many more, InnaLabs® CVG Gyroscopes are the solution of choice. 
 
Key Features  
InnaLabs® CVG Gyroscopes are an excellent solution  due to the following specifications: 
  • Low Angular Random Walk (0.005 °/√hr)
  • In-run Bias Stability (0.1 °/√hr)
  • Quick start-up time (1-sec typical)
  • Wide temperature range (-40°C to -85°C)
  • Resistance to various vibrations and shocks
  • High bandwidth (≥ 300 Hz)
  • 1, 2, and 3-axis assemblies

Recommended Sensor

E-Series Gyroscopes

Electro-Optics

Platform Stabilization

Stabilization during vehicle manoeuvring, aiming and positioning.

For platform stabilization during vehicle manoeuvring, aiming and targeting, where the vehicle may also be subjected to high shocks during systems discharge, InnaLabs® CVG Gyroscopes provide motion tracking, image and line-of-sight stabilisation to counteract vibration and platform motion inland, marine and airborne applications. 
 
Key Features  
InnaLabs® CVG Gyroscopes are an excellent solution to Platform Stabilization due to the following specifications: 
  • Small Size
  • Good Vibration sensitivity 
  • Quick start-up time (1-sec typical)
  • Wide temperature range (-40°C to -85°C)
  • Resistance to various vibrations and shocks
  • High bandwidth (≥ 300 Hz)
  • 1, 2, and 3-axis assemblies

Recommended Sensor

A-Series Gyroscopes

Off road vehicle

Inertial Sensors 

InnaLabs® CVG Gyroscopes and Accelerometers are suitable for a wide range of Platform Stabilization Applications.

Customised Solution

InnaLabs® have the Engineering resources to provide custom solutions to meet your project needs, with excellent pre and post-sale customer support. 

Flexibility for Project Requirements

InnaLabs® dedicated and experienced engineers are committed to customer satisfaction by providing innovative technology, quality products, and custom solutions to meet your project needs. More questions? Evaluations and low volume deliveries are available quickly and our product team are waiting to hear from you. 

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Resources 

Browse our library of inertial sensor datasheets and technical papers for an in-depth view of our inertial Sensors.
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