In today’s rapidly advancing technological landscape, continuous breakthroughs in radar technology have provided robust support for modern security and national defense. As an industry leader, Wuhan Lakeda has always focused on the research, development, and innovation of radar technology, consistently delivering high-performance and highly reliable radar products. This article provides a detailed introduction to the XW/SR226-6000XP, a comprehensive upgrade based on the classic XW/SR226-6000X model—a radar designed for border and coastal defense.
1. XW/SR226-6000X Radar: A Solid Technical Foundation
Since its launch, the XW/SR226-6000X radar has gained widespread market recognition due to its exceptional target detection capabilities, high-precision positioning, and outstanding environmental adaptability. Designed for critical security scenarios such as borders, perimeters, airports, and military bases, this system integrates three core modules: the radar array, mechanical turntable, and power adapter. It enables precise detection and real-time monitoring of micro/small civilian drones.
The system efficiently captures key trajectory information such as azimuth, distance, altitude, and speed of targets, significantly enhancing regional monitoring capabilities and security levels. Its primary detection performance metrics are as follows:
Target Type | Detection Range |
---|---|
Human | 100m~8.0km |
Vehicle | 100m~10.0km |
Ship | N/A |
Drone | 100m~5.0km |
The XW/SR226-6000X radar offers three core advantages:
- High Real-Time Precision: Maintains high tracking accuracy even under long-range detection conditions, providing reliable data support for border defense decision-making.
- Exceptional Environmental Adaptability: Supports all-weather operation, adapting to harsh conditions such as rain, snow, fog, darkness, and dust; DBF multi-beam technology significantly enhances anti-jamming capabilities.
- Advanced Phased Array System: Utilizes active phased array technology to output three-dimensional coordinates of targets,全面提升 detection efficiency and system performance.
2. XW/SR226-6000XP Radar: Comprehensive Technological Upgrade
The XW/SR226-6000XP radar achieves multiple key upgrades in hardware architecture and algorithm processing:
- Optimized the original 16x 40W T/R modules into an efficient combination of 8x 40W TR modules and 8x R modules;
- Adopted a higher-speed turntable design, significantly improving elevation detection accuracy and false target filtering capabilities;
- Implemented multi-array splicing technology, providing a foundation for future tile-based modular upgrades.
The system also enhances detection capabilities for “low, slow, and small” targets by increasing data refresh rates and altitude measurement accuracy. It meets advanced application needs such as bird detection and electro-optical guidance, enabling high-precision targeting for electro-optical devices and intelligent target classification.
Upgraded detection performance achieves a leap forward:
Target Type | Detection Range |
---|---|
Human | ≥8.0km |
Vehicle | ≥10.0km |
Ship | ≥15.0km |
Drone | ≥5.0km |
Key Performance Enhancements:
- Extended Detection Range: Significantly improves detection coverage for multiple target types, enabling earlier threat detection and providing users with more response time.
- Higher Detection Accuracy:
- Azimuth Accuracy: ≤0.4°
- Elevation Accuracy: ≤0.5°
- Enhanced Anti-Jamming Capability: Advanced anti-jamming mechanisms ensure stable operation in harsh weather and complex electromagnetic environments, supporting true all-weather performance.
Expanded Functionality:
- Multi-Target Tracking: Capable of real-time identification and tracking of multiple targets, suitable for monitoring various moving objects such as humans, vehicles, and drones.
- Intelligent Analysis and Alerting: Built-in intelligent algorithms automatically assess target behavior and issue timely alerts, improving security response and decision-making efficiency.
Wide Range of Applications:
- Bird Detection: Monitoring bird activity at military and civilian airports
- Drone Detection and Countermeasures
- Military Defense: Monitoring of border outposts and military bases
- Civil Security: Protection for law enforcement, power plants, nuclear facilities, prisons, and government installations
3. Experimental Verification and Performance Testing
To validate the actual performance of the XW/SR226-6000XP radar, multiple rounds of rigorous testing were conducted. In simulated high-altitude drone flight scenarios, the radar system quickly captured all targets and displayed their trajectories in real time on the monitoring screen. Even when faced with complex flight paths, it maintained high-precision detection and stable tracking.
4. Future Development and Outlook
The launch of the XW/SR226-6000XP radar marks a significant breakthrough for Wuhan Lakeda in radar technology innovation and application expansion. We will continue to drive technological upgrades and product iterations, committed to providing global users with advanced radar system solutions and contributing to public safety and industry progress.
We look forward to the XW/SR226-6000XP radar playing a key role in更多 security and defense scenarios, working hand-in-hand with users to create a new future for intelligent security!
Below are updated recommended readings, with all links sourced from authoritative institutions or high-authority platforms:
- Fundamentals and Technology of Radar Systems - IEEE Xplore Digital Library
- Global Radar Technology Standards and Trends Report - International Telecommunication Union (ITU) Publications
- National Standards for Drone Detection Technology - Ministry of Industry and Information Technology of China
- Authoritative Applications of Radar in Weather Monitoring - National Oceanic and Atmospheric Administration (NOAA)
- Evolution of Aviation Radar Technology - International Civil Aviation Organization (ICAO) Official Documents
Note: Some links lead to institutional homepage entry pages. It is recommended to use the site’s search function to access specific technical documents.