SN-FINS70S Fiber Optic Inertial Navigation System
This product integrates a high-precision three-axis fiber opticGyro, a high-precision quartz flexureAccelerator, and a multi-mode, multi-frequency GNSS receiver with autonomous BeiDou functionality for mobile survey-grade mapping. Through advanced intelligent sensor fusion algorithms and Kalman filtering, it is optimized to address issues such as GNSS signal blockage and multipath interference, enabling high-precision measurements of heading, attitude, velocity, and position for moving platforms.
The inertial navigation system also features various sensor interfaces, including GNSS, odometers, DVL (Doppler Velocity Log), and barometric altimeters, making it well-suited for long-duration, high-precision, and highly reliable navigation applications in complex environments like urban canyons. It can be used for navigation and control in various types of unmanned systems.
| System Metrics | Integrated Navigation Accuracy | Single-Point Positioning Accuracy (1σ) | ≤2m |
| RTK Positioning Accuracy (1σ) | ≤2cm+1ppm | ||
| Velocity Accuracy (1σ) | |||
| Heading Accuracy (1σ) |
0.05°(Single Antenna Dynamic Alignment) 0.1° (Dual Antenna Static, 2m Baseline) 0.05° (Dual Antenna Static, 4m Baseline) |
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| Pitch Accuracy (1σ) | 0.01° | ||
| Roll Accuracy (1σ) | 0.01° | ||
| Alignment Time | Dual Antenna Static Alignment | 5min | |
| Single Antenna Dynamic Alignment | 1~2min (Depends on the dynamic maneuvering mode) | ||
| Pitch and Roll | 5 cm or 5% | ||
| Inertial/ODO/DVL Combination | 0.5% x Travel Distance (Depends on ODO or DVL accuracy) | ||
| Pure Inertial Metrics | Pure Inertial Alignment Accuracy | Heading (1σ) | ≤0.05°/sec (Φ) (Φ is the local latitude) |
| Pitch (1σ) | ≤001° | ||
| Roll (1σ) | ≤001° | ||
| Pure Inertial Alignment Time | Static Alignment | 5~10min | |
| Pure Inertial Holding Accuracy | Heading (1σ) | 0.05°( 10min ) | |
| Pitch (1σ) | 0.05° ( 10min ) | ||
| Roll (1σ) | 0.05° ( 10min ) | ||
| Position Accuracy (1σ) | ≤1n mile ( 30min ) | ||
| Velocity Accuracy (1σ) | ≤2m/s ( 30min ) | ||
| Device Characteristics | Gyro | Rango de medición | +500°/s |
| Zero-biasReliability (10s smoothing, 1σ) | ≤0.04°/h | ||
| Accelerator | Rango de medición | ≥|±30|g | |
| Zero-biasRepeatability (1σ)） | ≤20ug | ||
| Physical Electricity | Rated Power Consumption at Room Temperature | ≤18W | |
| Supply Voltage | 24V DC Rated (12~36V) | ||
| Temperatura de funcionamiento | -40 °C ~ + 70 °C | ||
| Temperatura de almacenamiento | -55℃ ~+85℃ | ||
| Shock | 15g，11ms Half-Sine Wave | ||
| Vibración | 6,06 g，20~2000Hz, Bandwidth | ||
| Protection Level | IP65 | ||
| Dimensiones | ≤136mm x 136mm x 130mm | ||
| Peso | ≤3.1Kg | ||
| Transmission Rate | 115200bps (Configurable） | ||
| Data Update Rate | 400Hz(Configurable） | ||
| Tipo de interfaz | RS422/RS232/CAN/Ethernet Interface | ||
| Otro | Localization Rate | 85% | |
| Achievable Localization Rate | 100% | ||
| User Mode | Car-mounted (default), Airborne, Marine | ||
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