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Lei Keda Product Testing: Unveiling the "Testing Secrets" Behind Radar Performance

Release time:

2025-09-24

Early on, we introduced everyone to the concept, core elements, and purpose of Raykeda's high- and low-temperature testing (for more details, please click → Leica products undergo high- and low-temperature testing—professional validation under extreme conditions ), today, the editor will take everyone to learn about the purpose and process of Raycan product testing.

Test Purpose

The core purpose of RayKeda product testing is to verify the performance of radar products in real-world application scenarios, ensuring they meet both design requirements and industry standards. Specifically, this can be divided into the following aspects:

Lei Keda products tested in various scenarios

Meet scenario requirements: For potential applications of radar Security Surveillance 、 Traffic Control 、 Low-altitude defense Various scenarios, verifying its performance in the corresponding environments Detection 、 Tracking 、 Recognition ability , ensuring it can adapt to actual usage requirements.

Ensure product quality: Through systematic testing, identify and troubleshoot the radar's issues Hardware Operation 、 Signal Processing 、 Data Transmission Potential issues in each stage can be identified to prevent performance defects that lead to usage failures, thereby enhancing product reliability and stability.

Complies with regulatory standards: In accordance with the technical specifications for radar products, such as Detection accuracy 、 Anti-interference capability 、 Environmental Adaptability These indicator requirements ensure that the product passes compliance verification and meets the conditions for market access.

Optimize product design: Based on the data collected during the testing process Performance Data , analyzing the radar in Function 、 Performance The weak link serves as data support for subsequent product iterations and parameter optimization.

Testing Process

Scene requirements:

Radar Installation

The radar installation process must ensure the radar Testing Ground 、 Radar Location 、 Installation angle 、 Connection Status Ensure compliance with testing requirements to avoid installation deviations that could affect test results. With Wuhan Leikeda Technology Co., Ltd. Liangzi Lake Radar Test Facility For example.

Raykeda staff install radar equipment.

Test Location: Depending on the radar type and testing requirements, select an open site to ensure there is no external interference.

Testing equipment: Select the appropriate test equipment and instruments, such as spectrum analyzers, turntables, and the radar units under test.

Confirm Radar testing product And After the test location , Raykeda staff will use Dedicated bracket Or Installation Platform Fixed radar host , connect the supporting equipment, such as antennas, radar units, data transmission cables, and more, ensuring that all interfaces are securely fastened to prevent signal leakage and guarantee seamless, delay-free data transmission. Finally, connect the power module and test the stability of the power supply.

Quality & Standard Specifications:

Product Testing & Data Analysis

Rainreach staff members are debugging the equipment.

Parameter Preliminary Check: After the radar is installed and turned on, RadarCo staff will use the backend control software to verify the radar's installation position. Latitude and longitude 、 Poster height Wait Basic Parameters , Calibration Radar With Backend terminal Synchronize, test its Basic Detection Function , Confirm radar No abnormal errors reported , Data can Normal backhaul To the terminal.

Raykeda Radar Performance Test Screenshot

Performance Testing: Based on the radar's measured detection range, set up target simulation devices (such as drones, vehicles, boats, etc.) in an open area, and plan their travel directions according to different distance gradients, for example: Drone At Within radar detection range Conduct Straight-line flight 、 Circle Flight In various ways, recording the radar's ability to stably identify targets Farthest distance 、 Closest distance 、 Speed 、 Direction 、 Latitude and longitude 、 Height 、 Course And Travel speed 。

Data Capability Processing Test: In addition to testing the radar's basic performance, the radar will also undergo tests on its Scan speed 、 Data Update Frequency And regarding Multi-object tracking capability , and record whether the radar appears Data lag 、 Target lost Such phenomena.

Data Processing and Analysis: After completing the necessary test functions, Leica staff will organize the raw data collected during the testing process, use specialized software to process and analyze the data, and calculate various radar performance metrics, such as Detection rate 、 False alarm rate 、 Error rate Wait, compare the radar performance against product standards or expected targets to assess whether it meets the requirements.

Report Output:

Data Archiving

Test Report Writing: After the testing is completed, Rayka's staff will compile the test results into a report format, starting with a summary. Test Purpose 、 Test Environment 、 Equipment Used 、 Testing Method Basic information; then through Chart 、 Data Table Present the test results in detailed, intuitive formats; finally, summarize and analyze the findings to provide an evaluation of radar performance.

Document Archiving and Record Retention: Finally, the Leikeda staff will arrange to Test Report 、 Test the raw data 、 Test Process Record All materials will be uniformly archived for future reference, comparison, and traceability, providing valuable insights to support product iteration, upgrades, and quality control efforts.

Ray Keda radar testing begins with “ Basic Verification - Scene Testing - Data-driven - Closed-loop optimization “Building a comprehensive, end-to-end system—from radar Install the Foundation 、 Basic Performance Calibration , to Real-World Validation Through data-driven quantitative analysis and report improvements, we not only ensure the reliable, compatible, and compliant control of individual products but also systematically capture and document critical parameters for R&D purposes. In the context of advancing security solutions, these tests go beyond mere product validation—they serve as the "touchstone" for Raykeda's product innovation, providing a solid foundation for transforming experience into actionable data. Ultimately, they act as a vital bridge between technology implementation and robust security assurance, fortifying the societal infrastructure against potential threats.