Tianjing Yunhu | Microwave Sensing Reaches New Heights: SAR Database Center Officially Launched

Browse: 72 Time: 2026-05-20

Suzhou Tianjing Yunhu Intelligent Technology Co., Ltd. specializes in the R&D and manufacturing of miniature SAR (airborne SAR) products and flight data services. After three years of dedicated development, the company has continuously improved its product innovation, technological iteration, and service upgrades, always prioritizing customer needs. While constantly launching new products, the company has officially expanded into a new business segment—SAR database services—to provide the industry with more professional and comprehensive SAR data solutions.

 

I. What is SAR database service?

Tianjing Yunhu's SAR database center mainly relies on SAR (synthetic aperture radar) technology to provide customers with professional services throughout the entire process of SAR data "collection, storage, management, retrieval, processing, and analysis". The core is to integrate the SAR data resources we have collected (including SAR, optical, infrared, and multi-angle, multi-azimuth, multi-target and other multi-source data), and build a standardized SAR database platform to meet the data usage needs of different scenarios.

 

II. Development Positioning of Tianjingyunhu SAR Database

(1) Massive Multi-Source Data Integration Library

This library aggregates large-scale datasets, enabling open access and sharing of massive amounts of data, providing users with ample data support.

(2) SAR Technology R&D and Exchange Center

This center establishes a professional research and exchange platform, open to experts and scholars in the SAR field, facilitating the exploration of technical functions, characteristic research, and the sharing of results.

(3) Industry-Wide Application Empowerment Center

This center promotes the deep integration of SAR technology into various industry scenarios, accurately solving industry pain points and difficulties, and expanding the application boundaries of microwave sensing.

 

III. What can the Tianjing Yunhu SAR Database provide you?

1. Data Acquisition: A professional flight team, dedicated airspace, and end-to-end professional acquisition services ensure efficient and high-quality data acquisition.

2. Data Storage and Management: We have our own dedicated database center equipped with a professional data center and high-performance servers. This allows for standardized storage and backup of raw SAR data, processed data, and various datasets (such as land cover classification and crop fine classification datasets), ensuring data security and traceability.

3. Data Retrieval and Sharing: Non-confidential and project data are available for users to query and retrieve SAR data tailored to their specific needs. Some services offer open data sharing.

4. Data Processing and Analysis: Leveraging our professional technical capabilities, we provide users with in-depth processing services such as data format conversion, geometric correction, deformation monitoring, and land cover classification to unlock the value of their data.

5. Customized Services: We provide customized data solutions based on industry or research needs, adaptable to diverse scenarios such as emergency monitoring, natural resource management, and scientific research experiments.

 

IV. What data is currently available for retrieval and sharing in the Tianjing Yunhu SAR database?

The database provides raw SAR data and imagery, primarily for target identification, ground feature research, and applications in industries such as water, power, maritime, and agriculture. Additionally, some data can be supplemented with optical and infrared multi-source data for the same region and target.

 

V. Cooperation

Tianjing Yunhu sincerely invites universities, research institutes, and related enterprises to conduct technical research, product development, and project cooperation. The company can provide long-term support in terms of venue, equipment, technology, and personnel. At the same time, we look forward to in-depth collaboration with all parties to jointly explore the functions and application scenarios of SAR technology, using microwave sensing to perceive a broader world, and using SAR as a starting point to empower various industries and change the future with microwave technology.

Related Information

Related Information
2026.08.28

Tianjing Yunhu | MiniSAR: Full Polarimetric Imaging Capability

In the field of remote sensing today, synthetic aperture radar (SAR), visible light, and infrared together form a multi-layered observation system. Visible light remote sensing is intuitive and clear, while infrared remote sensing excels at thermal sensing. However, both are passive detection methods, heavily reliant on sunlight or the target's own thermal radiation. Once they encounter cloud cover, nightfall, or rainy/foggy weather, their detection capabilities are significantly reduced or even completely lost.
2026.08.26

Tianjing Yunhu | P-band Airborne SAR Radar System

Low-frequency radars (such as P-band and L-band radars) can "see farther and see more clearly" because of their longer wavelengths, lower attenuation, and reduced sensitivity to stealth coatings. In modern air defense systems, they are key to anti-stealth radars. They can penetrate 1-meter-thick camouflage netting and 3-meter-thick bushes to identify hidden tanks and radar stations, and are less likely to trigger enemy warning systems, demonstrating significant advantages in covert detection.
2026.08.21

Tianjing Yunhu | Miniature SAR Vehicle Target Dataset

Synthetic Aperture Radar (SAR) target detection datasets are a core foundation for training and evaluating deep learning models. These datasets cover various target types, including ships, aircraft, vehicles, bridges, and oil tanks, and are applicable to multiple fields such as military reconnaissance, maritime monitoring, and traffic management. They not only provide high-resolution SAR images but also contain precise annotation information (category, location, size, etc.), ensuring improved algorithm performance.
2026.08.17

Tianjing Yunhu | Miniature SAR Equipped with Fixed-Wing UAV

Today's main focus is on the CW-25E VTOL fixed-wing UAV and the Tianjing Yunhu XiangYun System pulse MiniSAR.

The CW-25E is a pure electric VTOL fixed-wing UAV designed specifically for large-area missions. It has a fuselage length of 2.08 meters, a wingspan of 4.35 meters, and features a twin-boom fused inverted V-tail design, resulting in a compact structure and excellent aerodynamic performance.

The CW-25E has a maximum takeoff weight of 31.58 kg and a payload capacity of 6.6 kg, capable of simultaneously carrying various mission equipment such as SAR, lidar, and electro-optical pods. It boasts a maximum endurance of 150 to 240 minutes, a service ceiling of 6000 meters, a maximum takeoff altitude of 4000 meters, and wind resistance up to level 7. It can stably perform patrol missions in complex terrain and high-altitude areas.
2026.07.18

Tianjing Yunhu | Airborne SAR (Synthetic Aperture Radar) Calibration Capability

Airborne SAR (Synthetic Aperture Radar) calibration refers to the calibration of various parameters of an airborne SAR system using specific methods to eliminate systematic and environmental errors, thereby ensuring the quality of SAR images, positioning accuracy, and the accuracy of inversion parameters. Airborne SAR calibration is mainly divided into three categories: geometric calibration, radiometric calibration, and polarimetric calibration.
2026.07.13

UAV L-band Heavy Orbit Interferometric SAR System: Airborne Verification for Millimeter-Level Deformation Monitoring

Synthetic Aperture Radar Interferometry (InSAR) technology, with its all-weather, 24/7 capability and high sensitivity to surface deformation, has become an important tool for geological hazard monitoring, ground subsidence investigation, and infrastructure health diagnosis. Integrating InSAR technology onto unmanned aerial vehicle (UAV) platforms further overcomes the limitations of long satellite revisit cycles, insufficient maneuverability, and high costs associated with manned operations, providing a new approach for regional, high-frequency, and high-precision deformation monitoring. However, the small size and susceptibility of UAV platforms to airflow disturbances make it difficult to maintain consistent flight paths during repeated flights, posing a significant challenge to double-track interferometry processing.

Online Message

Company Address

Company Address

Room 801, Building 14, No. 135 Zhangji Road, Kunshan Development ZoneView the map
Emaile

Email

tjyh888@139.com
Postal Code

Postal Code

215300
Sales contact information

Sales contact information

  • Sales 1:18252999418 (same WeChat)
  • Sales 2:13126758269 (same WeChat/Whatsapp)
  • Sales 3:15862678208 (same WeChat)
  • Sales 4:15895462772 (same WeChat/Whatsapp)
验证码
Submit

Contact Us

关注我们
关注我们