High Precision 1μg–15μg — Including +180°C High-Temperature Models
Frictionless quartz flexure. Micro-g precision. Extreme environments.
Our quartz flexible accelerometers use a precision quartz flexure suspension for frictionless operation. Available with bias stability from 1μg to 15μg, including specialized high-temperature models rated to +180°C for downhole drilling. Applications include satellite microgravity, missile INS, oil & gas MWD, and seismic monitoring.
| Technology | Quartz Flexure Pendulous Accelerometer |
|---|---|
| Measurement Range | ±2g to ±70g (model-dependent) |
| Bias Stability | 1μg – 15μg (1σ, short-term) |
| Resolution / Threshold | < 1μg |
| Scale Factor Repeatability | ≤ 10 ppm – 50 ppm |
| Operating Temperature | -40°C to +85°C (standard); +150°C to +180°C (HT series) |
| Dimensions | Φ18 × 14 mm (compact); Φ25.4 × 23 mm (HT/QBA series) |
| Weight | 15 g – 55 g (model-dependent) |
From compact navigation-grade to high-temperature oil & gas models

Entry-level quartz flexure accelerometer with reliable performance for general industrial applications.

Extended range accelerometer for moderate-g environments including launch vehicle and missile applications.

High-precision navigation-grade accelerometer with excellent scale factor repeatability for INS and satellite microgravity.

Compact navigation-grade accelerometer optimized for SWaP-constrained INS platforms and guided munitions.

Ultra-low bias instability for the most demanding navigation and strategic-grade applications.

High-g rated accelerometer for launch vehicles, impact testing, and high-dynamic environments.

High-temperature quartz accelerometer for downhole MWD and oil & gas wireline logging applications.

Extreme-temperature accelerometer rated to +180°C for the deepest, hottest MWD/LWD environments.

Low-noise accelerometer optimized for seismic monitoring, tilt measurement, and structural health applications.
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