GI-CVG-N-Series 1 & 2-Axis Gyroscope (Tactical/Industrial Grade)
Innalabs
1 or 2-axis CVG with <10°/hr full-temp bias stability, <0.22°/hr in-run, 500K+ hr MTBF.
Key figurescomparable across the catalogue
- Mass
- 0.071 kg
- Largest dimension
- 29.4 mm
Normalised to common units so this product can be compared with others in its category. The supplier's own wording is below.
As published by the supplier
- In-run Bias Stability (room temp, 1σ)
- <0.22 deg/hr
- Bias Stability – Tactical (full temp, 1σ)
- <10 deg/hr
- Bias Stability – Industrial (full temp, 1σ)
- <50 deg/hr
- Scale Factor Error (full temp, 1σ)
- <3,500 ppm
- Scale Factor Linearity
- ≤1500 ppm
- Angular Random Walk
- 0.01 deg/√hr typical
- Bandwidth (-3dB)
- ≥300 Hz
- Interface
- Analog or Digital RS-422
- Start-up Time
- 1 sec typical
- Weight (Sensitive Element)
- 71 g
- Weight (1-Axis Electronics)
- 105 g
- Weight (2-Axis Electronics)
- 115 g
- Dimensions (Sensitive Element)
- H25 x D29.4 mm
- MTBF
- >500,000 hrs
- Built-in Self Test
- Yes
- Number of Axes
- 1 or 2
About
The InnaLabs GI-CVG-N-Series (GI-CVG-N1X00A/D and GI-CVG-N2X00A/D) are industrial and tactical-grade Coriolis Vibratory Gyroscopes delivering less than 10°/hr bias stability over the full temperature range. They feature solid-state design with high system bandwidth essential for highly dynamic environments, offering customized mounting solutions for platform stabilization. In-run bias stability at room temperature is less than 0.22°/hr. Available in 1-axis or 2-axis configurations with analog or digital RS-422 output interface. The compact sensitive element measures H25 × D29.4 mm with MTBF exceeding 500,000 hours. Suitable for stabilization, navigation, and industrial measurement applications. Angular Random Walk of 0.01 deg/√hr typical.
Documentation
No public datasheet yet — request the datasheet / ICD from the supplier.