NANO-40 micro-nano integrated fiber-optic gyroscope is a compact, high-precision inertial sensing solution designed for advanced navigation, stabilization, and attitude measurement systems. Featuring a small form factor, low power consumption, and excellent bias stability, this product is ideally suited for integration into modern unmanned and guided platforms.
The NANO-40 has been carefully designed to achieve an optimal balance between performance and cost. Its micro-nano integrated design ensures a compact form factor while maintaining high-precision sensing capabilities.
With a bias stability better than 0.5°/h and a random walk coefficient of 0.03°/√h, this product offers significantly improved
Offset stability of ≤0.5°/h (1σ) across the full temperature range ensures consistent accuracy under various environmental conditions.
A random walk coefficient as low as 0.03°/√h enhances signal quality and motion sensing accuracy.
Supports a dynamic range of ≥300°/s and a bandwidth of 300 Hz, enabling precise response in dynamic motion scenarios.
The NANO-40 is specifically designed for integration into modern guidance and navigation systems that require precise attitude and position data. Its high linearity (≤200 ppm) ensures reliable output consistency, while its compact design enables seamless integration into space-constrained platforms.
This makes it an ideal choice for unmanned systems, precision stabilization equipment, and intelligent autonomous platforms.| Product Name | NANO-40 Micro-Nano Integrated Fiber Optic Gyroscope |
|---|---|
| Output | RS422 |
| Power Consumption | ≤1.5W |
| Power Supply | 5±0.15V |
| Random Walk Coefficient | 0.03°/√h |
| Full Temperature Range Bias Stability | ≤0.5°/h (1σ) |
| Dynamic Range | ≥300°/s |
| Scale Factor Linearity | ≤200 ppm |
| Bandwidth | 300Hz |
| Operating Temperature | -45°C ~ +70°C |
| Vibration | 8g; 10Hz ~ 2000Hz |
| Size | Φ24mm × 40mm |
| Weight | ≤30g |
The NANO-40 is suitable for a wide range of high-precision inertial sensing applications, particularly in advanced unmanned systems and guidance systems.
The NANO-40 strikes an excellent balance between cost and performance, offering higher accuracy (drift stability ≤ 0.5°/h) and lower noise (0.03°/√h), outperforming many compact gyroscopes.
It is suitable for inertial navigation systems (AHRS), position determination systems (POS), unmanned platforms, guidance systems, and high-precision stabilization equipment.
low cost, small size, high accuracy, bias stability better than 0.5°/h
