X band radar
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X-Band Drone Detection Radar with 360° Scanning and 10km Range for City Security
20km X Band Radar Uav Fpv Drone Detector Detection Surveillance Radar Equipment
Yfr-02A X Band 3 Km Range Drone Detection Radar Surveillance Radar
Compact Vehicle-Mount Radar: X-Band 3D Drone Detection
Stationary 12km Radar: All-Weather Uav Early Warning X-Band
6 Km Detection Range X-Band High Precision Dbf Radar for Low-Altitude Anti-Uav Defense
X Band Pulse-Doppler Active Radar: 5 Km Anti-Uav Surveillance System
Anti-Drone 13 Km X-Band Dbf Pulse-Doppler Radar with on-The-Move Detection Capability
High Performance 3 Km X Band Phased Array Active Radar
5 Km X-Band Portable Compact Handheld Counter Drone Detection Radar
8 Km X Band Wide-Coverage Low Altitude Defense Rugged Reliable Pulse-Doppler Radar
X-Band Dbf Vehicular Radar for 7 Km Low-Level Anti-Drone Protection
X-Band Anti Drone High Performance Fixed Four-Panel Array Radar
X-Band 10km Detection Vehicle-Mounted Anti-Uav Radar with Pulse Doppler System
Comprehensive Drone Detection System Featuring X Band Radar Technology
Yfr-03m Precision Radar Band X Featuring Innovative Scanning Methods
Yfr-03b Exceptional Radar Band X with 7km Detection for Drones
Yfr-03m Radar Band X with Innovative Dbf Technology and Scanning
Yfr-03m Superior Radar Band X with Dual Scanning Technology
Yfr-03m Professional Radar Band X with Enhanced Scanning Technology
Yfr-03m Robust Radar Band X Featuring Advanced Scanning Solutions
Low Altitude Security X Band Radar 13km Range Vehicle Mounted Anti-Uav Dbf Radar
Yfr-03b Radar Band X: Precision Detection for Dji Phantom Drones
Mobile Low Altitude Defense Radar X Band Dbf 13km Range
Vehicle-Mounted 8km High Sensitivity X Band Low Altitude Early Warning Radar
Advanced Drone Detection System Utilizing Precision X Band Radar
Advanced Phased Array X Band Radar for Efficient Drone Tracking Detection
Sourcing guidance for X Band Radar
What are the key technical specifications to prioritize when sourcing X Band Radar systems?
When evaluating X Band Radar (8-12 GHz), buyers must focus on Range Resolution and Peak Power Output. For maritime or weather applications, ensure the pulse width is adjustable to balance between long-range detection and short-range precision. Magnetron life cycles (typically 3,000-5,000 hours) or the transition to Solid-State Technology should be verified, as the latter offers higher reliability and lower maintenance costs. Additionally, check the Antenna Beamwidth; a narrower beam provides better target separation.
Which international compliance standards are mandatory for X Band Radar equipment?
Compliance is critical due to frequency spectrum regulations. Ensure the equipment meets ITU (International Telecommunication Union) radio regulations. For maritime use, IMO (International Maritime Organization) and IEC 61162 standards for digital interfaces are essential. In the US market, FCC Certification is mandatory, while the CE Marking and Radio Equipment Directive (RED) are required for the European Union to ensure electromagnetic compatibility and safety.
How do environmental factors influence the selection of X Band Radar hardware?
X Band is sensitive to atmospheric attenuation (rain fade). Therefore, look for units with advanced Clutter Suppression algorithms and Rain/Sea filtering capabilities. For hardware durability, the scanner unit must have an IPX6 or higher waterproof rating and be tested for salt spray resistance to prevent corrosion in offshore environments. Operating temperature ranges should ideally span from -25°C to +55°C for global deployment.
What are the typical usage scenarios for B2B buyers of X Band Radar?
X Band Radar is the industry standard for Marine Navigation and Collision Avoidance due to its high resolution. It is also widely used in Coastal Surveillance, Bird Detection at Airports, and Weather Monitoring for detecting light precipitation. For industrial security, it is increasingly integrated into Perimeter Protection Systems to detect small moving targets in high-definition.
Cross-Border Procurement Risks and Strategic Advice for X Band Radar
What are the primary export control risks associated with X Band Radar?
Radar technology is often classified as Dual-Use Goods. Buyers must verify if the specific model falls under the Wassenaar Arrangement or local export control lists. Always request an End-User Certificate (EUC) from the supplier and ensure the HS Code (typically 852610) is correctly declared to avoid customs seizures or legal penalties related to national security regulations.
How can I ensure transaction security and quality when purchasing from overseas suppliers?
Utilize secure payment methods and prioritize suppliers on Made-in-China.com who offer Audit Reports and are Gold Members. It is highly recommended to hire a third-party inspection agency (like SGS or Intertek) to perform a Factory Acceptance Test (FAT) before the final balance payment is made, specifically testing the frequency stability and power leakage.
What logistics and shipping precautions should be taken for sensitive radar electronics?
Radar scanners contain sensitive electronics and high-precision mechanical parts. Ensure the supplier uses Anti-static packaging and Vacuum-sealed moisture barriers. The crates should be Shock-mounted and equipped with Tilt and Impact Indicators (e.g., ShockWatch labels). For high-value radar arrays, Air Freight is preferred over Sea Freight to minimize prolonged exposure to humidity and vibration.
What is the best strategy for negotiating with X Band Radar manufacturers?
Focus negotiations on Long-term Technical Support and Spare Parts Availability rather than just the initial purchase price. Request a 2-year minimum warranty and negotiate for the inclusion of critical spares (like spare magnetrons or motor belts) in the initial package. For bulk orders, aim for a 15-20% discount by leveraging the potential for future software subscription renewals or maintenance contracts.



























