Fiber optic gyro price
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High Stability Fiber Optic Gyro Ins for Aviation Multi Source Fusion Positioning
G-F98ha Uniaxial Fiber Optic Gyro ±500°/S Dynamic Range High Reliability Vehicle Marine Airborne Use
G-F98h Fiber Optic Gyro High Accuracy ≤0.015°/H Repeatability North Finder Attitude Navigation
Tri-Axis Fiber Optic Gyro G-F3g90 RS422 Digital Output Industrial Grade Navigation Applications
G-F80 Fiber Optic Gyro High Accuracy ≤0.02°/H Repeatability North Finder Attitude Navigation
G-F3g90 Tri-Axis Fiber Optic Gyro ±300°/S Dynamic Range High Reliability Vehicle Marine Airborne Use
G-F120h Uniaxial Fiber Optic Gyro ±500°/S Dynamic Range High Reliability Vehicle Marine Airborne Use
G-F120h Fiber Optic Gyro High Accuracy ≤0.01°/H Repeatability North Finder Attitude Navigation
G-F2X70 Dual-Axis Medium Precision Fiber Optic Gyro Zero Bias Stability ≤0.1°/H Vehicle Marine Use
Fiber Optic Gyro G-F50 for Inertial Navigation Land Positioning Marine Heading Aviation Attitude
G-F98h Uniaxial Fiber Optic Gyro ±500°/S Dynamic Range High Reliability Vehicle Marine Airborne Use
Medium & Low Precision Fiber Optic Gyro Single Axis for Rail Transit Train Attitude and Heading Measurement RS422 Output
Cost-Effective Single Axis Fiber Optic Gyro for Defense Surveillance Radar Stabilization Platform High Precision Digital Output
G-F50 Single Axis Fiber Optic Gyro for Auv / Underwater Mining Vehicle Ins Anti-Vibration 20~2000 Hz Rugged Design
China-Made Fiber Optic Gyro Single Axis for Uav / Drone Mapping and Inspection RS422 Digital Output Mass Production
Single Axis Fiber Optic Gyro for Tactical Grade Uav / Ugv Navigation Platform RS422 Digital Interface Wide Temp Range
G-F60 Fiber Optic Gyro Single Axis ±500°/S for Mining Conveyor and Drilling Equipment Stabilization Made in China
Compact Fiber Optic Gyro Single Axis for Uav Swarm Navigation Ins System RS422 High Frequency Output Cost-Effective
Single Axis Fiber Optic Gyro G-F60 for Usv / Surface Ship Heading and Stabilization Platform Anti-Vibration 4
Car Navigation Electronics Micro-Nano Fiber Optic Gyro
Medium Precision Single Axis Fiber Optic Gyro ±500°/S for Oil and Gas Drill Rig Stabilization Platform China OEM Supply
G-F50 Medium Precision Fiber Optic Gyro Single Axis for Ground Vehicle Navigation and Land Surveying Systems Made in China
Single Axis Fiber Optic Gyro for Airborne Surveillance Gimbal Stabilization High Resolution Digital Output Made in China
Tactical Grade Option Fiber Optic Gyro Single Axis for Defense Missile Ground Test and Stabilization Platforms RS422 Output
Fiber Optic Gyro Single Axis for Uav Vtol Flight Control High Resolution Digital Rate Output Compact Housing China Factory
Sourcing guidance for Fiber Optic Gyro Price
What are the key technical factors that influence Fiber Optic Gyro (FOG) pricing?
The price of a Fiber Optic Gyro is primarily determined by its Bias Stability (measured in °/hr) and Angle Random Walk (ARW). High-precision FOGs used in aerospace or military-grade navigation require longer fiber coils and advanced closed-loop signal processing, which significantly increases the cost. Additionally, the integration of a 3-axis IMU (Inertial Measurement Unit) versus a single-axis sensor will lead to a higher price point due to the complexity of the optical assembly.
How do application scenarios affect the selection and cost of FOGs?
For tactical-grade applications like UAV stabilization or AGV navigation, lower-cost FOGs with a bias stability of 0.1°/hr to 1°/hr are usually sufficient. However, for navigation-grade requirements such as maritime vessels or borehole surveying, you must invest in high-end FOGs with stability below 0.01°/hr. Choosing a sensor that exceeds your technical requirements will lead to unnecessary expenditure, so it is vital to match the performance grade to your specific use case.
What compliance and environmental standards should be verified before purchase?
Since FOGs are sensitive instruments, ensure they meet MIL-STD-810G for vibration and shock resistance if used in harsh environments. For industrial use, verify CE and RoHS compliance. Furthermore, because high-precision gyroscopes are often classified as dual-use goods, you must confirm if the supplier can provide the necessary Export Licenses and if the product falls under international trade restrictions like ITAR or EAR.
What are the key components to check for quality assurance in a FOG?
Buyers should focus on the Superluminescent Diode (SLD) light source and the Fiber Optic Coil. High-quality FOGs utilize Polarization-Maintaining (PM) fiber to ensure signal integrity. Ask the supplier for Allan Variance test reports to verify the long-term stability and noise floor of the sensor. Reliable manufacturers on Made-in-China.com typically provide detailed calibration certificates for each unit.
Cross-Border Procurement Risks and Strategies for FOGs
How can I mitigate the risk of purchasing counterfeit or refurbished high-end sensors?
Always request a factory inspection report and a unique serial number for each unit. Use Secure Payment services on Made-in-China.com to ensure funds are only released after the goods pass a preliminary inspection. For high-value precision instruments, it is recommended to hire a third-party inspection agency (like SGS or Intertek) to verify the technical specifications before the balance payment is made.
What are the negotiation strategies for bulk FOG orders?
FOG pricing is highly sensitive to volume due to the high cost of fiber winding and calibration labor. You can negotiate a 10-20% discount for orders exceeding 50 units. Additionally, try to negotiate for extended warranties (24 months instead of 12) and free technical integration support, which can be more valuable than a direct price cut in the long run.
What should be considered regarding international shipping and logistics for FOGs?
FOGs contain sensitive optical components and must be shipped using anti-static, shock-absorbent packaging. Ensure the shipping contract specifies 'Fragile' handling and includes comprehensive cargo insurance. For international trade, clarify the Incoterms (preferably DAP or CIF) to define exactly who is responsible for the complex customs clearance processes associated with high-tech electronics.
How do I handle potential export controls and trade policy alignment?
High-precision gyroscopes are often subject to End-User Certificate (EUC) requirements. Before finalizing the transaction, consult with the supplier on Made-in-China.com to determine if your country is on the restricted list for specific precision grades. Ensure all Harmonized System (HS) codes are correctly declared (typically under 9014.20) to avoid customs seizures or heavy fines.




























