AI-Q-2030 Navigation Grade Quartz Accelerometer (±60g, 160 µg)
Innalabs
Navigation-grade quartz accelerometer, ±60g, <160 µg bias repeatability, internal temperature model.
Key figurescomparable across the catalogue
- Mass
- 0.071 kg
- Power
- 0.48 W
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
- Input Range
- ±60 g
- Bias
- ≤4 mg
- One-year Bias Repeatability
- ≤160 µg
- Temperature Sensitivity (Bias)
- ≤30 µg/°C
- Scale Factor
- 1.2 to 1.46 mA/g
- Scale Factor Repeatability
- ≤310 ppm
- Axis Misalignment Repeatability
- ≤100 µrad
- Bandwidth
- ≥300 Hz
- Resolution/Threshold
- <1 µg
- Shock (Survival)
- 250 g
- Operating Temperature
- -55 to +95°C
- Power Input
- ±13 to ±28 VDC
- Quiescent Power
- ≤480 mW
- Mass
- 71 ±4 g
- Diameter
- Ø25.45 mm max
- Case Material
- 300 Series Stainless Steel
- Temperature Model
- Yes
About
The InnaLabs AI-Q-2030 is a high-performance navigation-grade quartz servo accelerometer built with InnaLabs Quartz Flexure technology. Features ±60g input range with best-in-class one-year bias repeatability of 160 µg and scale factor repeatability of 310 ppm. Internal temperature sensor enables thermal calibration and compensation for enhanced performance over the -55°C to +95°C operating range. 250g shock survival, analog current output, ≥300 Hz bandwidth. Applications include INS, IMU, AHRS, oil drilling orientation, robotic systems, aircraft, UAV, and helicopter navigation. The 300 Series Stainless Steel housing (Ø25.45mm, 71g) provides durable environmental protection.
Documentation
No public datasheet yet — request the datasheet / ICD from the supplier.