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CVG New Space Gyroscopes

Robust performance at a lower cost


Over 2.5M Hours in Space

CVG New Space Gyroscopes accumulated over 2.5M hours in orbit proving the reliability and capability of our sensors,
no matter the environment. Interested?

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High-Performance Gyroscopes for New Space


The CVG New Space Gyroscopes from InnaLabs® are high performance, robust Coriolis Vibratory Gyroscopes delivering less than 10°/hr bias stability over the full temperature range.
The high gain of piezoelectric elements deliver best in class noise performance. The control electronics operates in a closed-loop mode providing a high system bandwidth which is essential when operating in highly dynamic environments. 
These gyroscopes can facilitate customised mounting solutions and, due to their high dynamic range, low noise and high MTBF, combined with the small size make this gyroscope family the ideal choice for new space applications.
The CVG New Space gyroscope provides a cost effective solution for constellations contributing to reducing the bill of materials for small satellites built in volume.





CVG New Space 2-Axis Gyroscope


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Principles of Operation

Solid-state Coriolis Vibrating Gyros are based on the control of standing waves in a physical body, called a resonator, which is housed within a protective case. The protective case which contains a resonator is called a Sensitive Element (SE), and there is one such SE per axis in all InnaLabs® CVG gyroscopes. 

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Key Features

-Cost-effective, solid-state design with the highest MTBF on the market.
-1 & 2 axis variants with selectable rate range options. 
-Very low noise delivering robust solutions for stabilisation applications.
-Available in analogue & digital.

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How to Order

The CVG New Space Gyroscopes are available in 1-axis and 2-axis models.
Lead time: for quantities of two units are available for delivery in 12 weeks.
Get in touch with our sales team to discuss your requirements in detail!
Submit RFI/RFQ

Tried and Tested

InnaLabs® gyroscopes accumulated over 2.5M hours in space with no failure or degradation of performance.

InnaLabs® Gyroscopes Hours in Space

InnaLabs® Gyroscopes on 19 Satellites


Additional product specifications, outline drawings and block diagrams, and test data are available on request.





New Space Website Drawing


Number of Axes 1 or 2 Axis
In-run Bias Stability (room temperature, 1σ), deg/hr <0.22
Bias Stability (full temperature range, 1σ), deg/hr < 10
Scale factor error, full temperature range, 1σ (ppm) < 3,500
Scale factor linearity (ppm) ≤ 1500
Angular Random Walk, deg/√hr 0.01 typical 
Electrical Interface
Bandwidth (-3dB) ≥ 300
Interface Analogue or Digital RS-422
Start-up Time 1 sec typical
Physical Specifications
Weight (each sensitive element) 71 g
Weight (each damper) 26 g
Weight (each electronics with connectors)

105 g (One-Axis)

115g (Two-Axis)

Dimensions, mm

H25 x D29.4

(Sensitive Element)

MTBF >500,000 hrs
Built-in Self Test



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Explore the whole range of  InnaLabs® Space Sensors delivering outstanding performance, no matter the environment.


Browse our library of inertial sensor technical papers for an in-depth view of our Coriolis Vibratory Gyroscopes.

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 question? Our product team is available to discuss your requirements.

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