The fiber optic integrated navigation system FS300-42 is based on cost-effective closed-loop fiber optic gyroscope,accelerometer and high-end GNSS receiving board, through multi-sensor fusion and navigation solution algorithm implementation to meet the needs of medium and high-precision mobile measurement systems, large UAVs, etc.The application field requires accurate measurement of attitude, heading and position information.
| Parameter | Attributes | Typical value | Unit |
| Position accuracy | Single point (RMS) | 1.2 | m |
| RTK（RMS） | 2cm+1ppm | ||
| Post-processing (RMS) | 1cm+1ppm | ||
| Loss of Lock Accuracy (CEP) | 2nm① | ||
| Heading (RMS) | Combined accuracy | 0.1② | º |
| Post-processing | 0.01 | º | |
| Loss of lock retention accuracy | 0.02① | º | |
|
North-seeking accuracy |
0.2③ | ºSecL | |
| Attitude (RMS) | Combined accuracy | 0.01 | º |
| Post-processing | 0.006 | º | |
| Loss of lock retention accuracy | 0.02① | º | |
| Horizontal Velocity Accuracy (RMS) | 0.05 | m/s | |
| Timing accuracy | 20 | ns | |
| Data output frequency | 200④ | Hz | |
| Gyro | Range | 300 | º/s |
| Zero bias stability | 0.02⑤ | º/h | |
| Scale factor | 50 | ppm | |
| Corner random walk | 0.005 | º/√hr | |
| Accelerometer | Range | 16 | g |
| Zero bias stability | 50⑤ | μg | |
| Scale factor | 50 | ppm | |
| Speed random walk | 0.01 | m/s/√hr |
Speed random walk
| Parameter | Attributes | Reference | Unit |
| Physical size | Size | 176.8×188.8×117 | mm3 |
| Weight | < 5 | kg | |
| Electrical Characteristics | Rated voltage | 12~36 | V |
| Rated power | 24 (steady state) | W | |
| Memory | Reserved | ||
| Environmental indicators | Operating temperature | -40~+60 | ℃ |
| Storage temperature | -45~+70 | ℃ | |
| Random vibration | 3.03 （20~2000Hz） | g | |
| MTBF | 30000 | h | |
| Interface features | PPS, EVENT, RS232, RS422, CAN (optional) | ||
| Network port (reserved), antenna port, wheel speed sensor port | |||
| Note:
① The alignment is valid, and the lock is lost for 60 minutes; ②Vehicle conditions, need to be maneuvered; ③Two-position alignment, 15min alignment, the difference between the two positions is greater than 90 degrees; ④ Single output 200Hz; ⑤10s average. |
|||
The system has a combined inertial/satellite navigation mode and a pure inertial mode.
The satellites that can be received by the GNSS receiver in the inertial/satellite integrated navigation mode satellite positioning information for combined navigation; output inertial solution position after losing signal speed attitude, with meter-level positioning accuracy in a short time.
After the pure inertia mode is started, it has the function of accurate attitude measurement and can output pitch rolling and yaw, pure inertia can statically seek north.
– Position accuracy up to centimeter level
– Attitude measurement error less than 0.01°
– Operating temperature range: -40~60℃
– Vibration environment: 20~2000Hz, 3.03g
– Rich interface types, support RS232, RS422, CAN and other standard interfaces
– Mean time between failures up to 30000h
– Power supply: wide voltage input 12~36V
– Rated power: 24W (max)
– It is often used in UAVs, tactical weapons, and electro-optical pods
The system has a combined inertial/satellite navigation mode and a pure inertial mode.
The satellites that can be received by the GNSS receiver in the inertial/satellite integrated navigation mode satellite positioning information for combined navigation; output inertial solution position after losing signal speed attitude, with meter-level positioning accuracy in a short time.
After the pure inertia mode is started, it has the function of accurate attitude measurement and can output pitch rolling and yaw, pure inertia can statically seek north.
– Position accuracy up to centimeter level
– Attitude measurement error less than 0.01°
– Operating temperature range: -40~60℃
– Vibration environment: 20~2000Hz, 3.03g
– Rich interface types, support RS232, RS422, CAN and other standard interfaces
– Mean time between failures up to 30000h
– Power supply: wide voltage input 12~36V
– Rated power: 24W (max)
– It is often used in UAVs, tactical weapons, and electro-optical pods
English
Afrikaans
Arabic
Chinese (Simplified)
Dutch
French
German
Italian
Japanese
Persian
Portuguese
Russian
Spanish
Turkish
