AF-3150B Military Vehicle 3-Axis FOG for High-Vibration Platforms
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Ships from:
China
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On FindLight:
since 2025
Description
Aoshi Control specializes in the research, development, production, and sales of advanced navigation and sensing technologies, including fiber optic gyroscopes (FOG), inertial navigation systems (INS), special optical fibers, precision fiber coils, and Y-waveguide components.
Through years of continuous innovation, we have developed a full range of high-, medium-, and low-precision FOG series and north-seeking systems that meet the demands of multiple industries. Renowned for superior quality, reliability, and cost-effectiveness, Aoshi Control has earned a top-tier reputation in the global FOG and INS market.
AF-3150B Military Vehicle 3-Axis FOG for High-Vibration Platforms
Specifications |
|
|---|---|
| Angular Rate: | -300 – 300 deg/sec |
| Dynamic Range: | -300～+300 °/s |
| Scale Factor: | 72000 LSB(°/s) |
| Scale Factor Non Linearity: | ≤100 ppm |
| Non-orthogonal Error: | ≤3 ′ |
| Scale Factor Asymmetry: | ≤100 ppm |
| Bias Stability((10s, Smooth, 1σ): | ≤0.1 °/h |
| Turn-on Time: | ≤5 S |
| Warm-up Time: | ≤15 S |
| Continuous Working Time: | ≥4 h |
| Random Walk Coefficient: | ≤0.01 °/ √h |
| Bandwidth: | ≥200 Hz |
| Threshold: | ≤0.25 °/h |
| Working Temperature Range: | -45～+80 ℃ |
| Power Supply: | 28 V |
| Dimensions: | 145×125×120 mm |
Features
Looking ahead, we are committed to:
- Expanding our market presence and application fields
- Developing ultra-high-precision fiber optic gyroscopes
- Establishing China’s largest production line for inertial products and optoelectronic devices
- Targeting an annual capacity of 100,000–300,000 FOG axes
Applications
Our solutions are widely applied in:
- Aerospace & Aviation – flight control, navigation, and satellite systems
- Maritime Navigation – ship guidance, dynamic positioning, and deep-sea exploration
- Underground Mining & Tunneling – heading control in GPS-denied environments
- Vehicle & Autonomous Systems – precision navigation for defense, robotics, and transportation