2025 Tianjing Yunhu: A Brilliant Journey of Technological Empowerment and Continuous Expansion

Browse: 124 Time: 2026-01-13

Tianjing Yunhu: Technology Empowers a Magnificent Chapter, Steadfast Journey Embarks on a New Journey

Time etches the footprints of struggle, and innovation writes the answer to the times. In 2025, Tianjing Yunhu used technology as its pen and hard work as its ink to make bold strides in the field of intelligent sensing, delivering a brilliant answer that combines technological empowerment with humanistic coexistence, innovative breakthroughs with steady development.

1. 2025: Technology as the core, multi-dimensional blooming and outstanding performance

In 2025, Suzhou Tianjing Yunhu Intelligent Technology Co., Ltd. will move forward vigorously and diligently, blossoming in many aspects such as technology research and development, business development, infrastructure improvement, qualifications and honors, and team building, fully demonstrating its growth resilience and innovative vitality.

(1) Technology research and development: Deeply cultivate the SAR field, break through and innovate to lead the industry

In terms of core technology, the company focused on the field of micro synthetic aperture radar (SAR) and continued to make efforts, achieving a number of key breakthroughs. The "Cloud Eagle System" specially developed for surveying and mapping has been successfully developed to achieve full coverage of X, Ku, K, L and other multi-bands. Among them, the LY1B lightweight version SAR has set a new benchmark in the industry with a lightweight design of 2.7kg. It is perfectly adapted to the DJI M400 drone platform and has won widespread market attention with its compact size and powerful performance.

At the same time, the company actively expands the boundaries of technology application and promotes the deep integration of micro SAR technology into diverse scenarios such as terrain surveying and mapping, power inspections, and water pipeline monitoring, providing accurate and efficient technical support for various industries. Through the deep integration of SAR and drones, an "all-weather, all-weather" intelligent sensing system can be built, breaking the time and space limitations of traditional monitoring models, and injecting strong new momentum into the high-quality development of the industry.

(2) Operational development: Steady performance growth and solid development foundation

At the operational level, the company maintains a steady growth trend, sales continue to rise, and its financial position is healthy, demonstrating strong market competitiveness and profitability. It has also successfully completed angel round financing, injecting sufficient capital "living water" for technology research and development upgrading, market expansion and production capacity expansion.

At the same time, we have made efforts in talent construction, and the company's talent team continues to grow. Through a complete training system and incentive mechanism, we have built a talent echelon with a reasonable structure and excellent quality. The organizational structure is increasingly optimized, laying a solid talent foundation for the company's long-term development.

(3) Infrastructure and production lines: Hardware continues to be upgraded to build solid support for development

Infrastructure construction is progressing at a rapid pace. The more than 1,300-square-meter data delivery center in Zhouzhuang has been renovated and successfully settled in, providing high-quality and efficient office and experimental space for data processing and technical verification; Suzhou Cloud Mirror has successfully been approved for flight test airspace, creating favorable conditions for product testing and technology iteration; core facilities such as production plants in the development zone have been further expanded and optimized, and the production layout has become more reasonable.

The construction and planning of multiple production lines such as "Lingyun", "Xiangyun" and "Yunying" have been steadily advanced, and the production process has been continuously standardized and intelligent, laying a solid foundation for achieving large-scale and high-quality delivery, and demonstrating the company's firm determination to expand production capacity and serve the market.

(4) Honors and qualifications: Strength recognized, brand value enhanced

With its outstanding innovation capabilities and strong growth potential, the company has received a series of heavyweight honors and qualifications: it has been successfully rated as a "mass entrepreneurship and innovation talent" cultivation unit, a national high-tech enterprise, a technology-based small and medium-sized enterprise, an innovative small and medium-sized enterprise, and many other titles. Each honor is highly recognized by the industry and competent authorities, and is a strong evidence of the company's continued deep cultivation of technology and its original intention of innovation.

2. 2026: Set the course, go far and start a new journey

Standing at a new starting point in 2026, Tianjing Yunhu carries the past accumulation and honors, and also shoulders the mission and expectations of industry development. In the new year, the company will anchor a clear strategic plan and make steady progress towards the set goals with firm actions.

Deep cultivation and iteration of core technologies are the unchanging main line. Micro SAR is the company's foundation and core competitiveness. In 2026, the company will further increase investment in research and development, focusing on two core directions: First, continue to develop diverse application scenarios for micro SAR, so that the technology can better serve more industry pain points; second, tackle cutting-edge technology fields such as multi-band fusion and multi-function integration, and strive to make radar detection clearer, wider coverage, and decision-making smarter, and continuously consolidate and expand the industry's technological leadership.

In the new year, Tianjing Yunhu will use technology as a spear to break through innovation barriers; use the market as a shield to lay a solid foundation for development. With a higher morale and a more pragmatic style, Tianjing Yunhu will steadily move forward towards the goal of "the world's leading micro SAR equipment provider and solution provider" and write a more exciting chapter on the road of technology-enabled industrial upgrading.

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.

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