Self-developed hull design breaks the technological monopoly of surface carriers, Xinge Technology completes seed round financing

XinGe Technology, a leading domestic emerging high-end high-performance surface unmanned vessel design platform, successfully completed its seed round financing invested by Taizhou Luqiao Huicheng Dream Venture Capital on May 26, 2026. This marks the company's first public disclosure of financing dynamics since its establishment. The seed round funds will be precisely focused on core technology iteration and commercial implementation, mainly used for the upgrading and optimization of the core fluid hull architecture, as well as the industrialization of multiple core ship design patents. Meanwhile, the funds will support technical validation and the construction of educational commercial channels based on nautical model sports scenarios, laying a solid foundation for the company's scaled development from technology R&D to high-end unmanned vessel design services.

XinGe Technology boasts a highly innovative core R&D team composed of post-2000s talents. The team has been deeply engaged in the underlying design of small high-performance surface carriers for many years, focusing on overcoming core industry technical challenges such as fluid dynamics optimization, multi-hull structure innovation, and stability control of high-speed surface carriers. Different from traditional nautical model equipment manufacturers, XinGe Technology takes competitive nautical models as the carrier for core technology implementation and validation. Through the high-intensity and highly rigorous actual test scenarios of top-level competitions, the company continuously polishes and iterates its self-developed hull design schemes, forming a complete technical closed loop of "theoretical R&D - competition actual test - technology iteration".

Leveraging its leading underlying design capabilities, the company has achieved leapfrog breakthroughs in the performance of its self-developed hull solutions, winning championships in multiple top domestic and international competitions including the National Nautical Model Championship, European Nautical Model Championship, World Nautical Model Championship, and the 15th National Games in 2025. Its core indicators such as comprehensive navigation speed, navigation stability, and wave resistance have fully surpassed mainstream overseas design systems, successfully breaking the long-term technical monopoly of foreign enterprises in the field of small high-speed surface carrier design.

At present, XinGe Technology has accumulated a number of core patents with independent intellectual property rights, continuously strengthening its technical barriers. These core patents cover key fields such as new-type international remote-controlled mini-class multi-hull competitive model hulls and new-type intelligent surface unmanned work vessel forms. Among them, the competitive model hull patent is a core technology validation achievement, continuously providing fluid data and structural design support for unmanned vessel R&D; while the surface unmanned work vessel form patent is the company's core commercial layout, targeting diverse application scenarios including civilian operations, water area patrols, and intelligent water equipment. After multiple rounds of practical validation in top-level competitions, the fluid adaptability, structural reliability, and high-speed operation stability of the company's self-developed hull forms have been fully verified, with its technical maturity leading the industry.

At this stage, XinGe Technology takes nautical model competitions and popular science education scenarios as the entry points for technology implementation, completing market validation of its core design technologies and brand accumulation. Its long-term development focus will be fully concentrated on the high-end unmanned vessel design track. In the future, the company will fully build a comprehensive high-end surface unmanned equipment design platform integrating fluid simulation, standardized hull form R&D, customized unmanned vessel development, and technology patent licensing, continuously promoting the R&D of core technologies for commercial unmanned vessels and the transformation of patent achievements. Relying on a fully independent and controllable domestic core design system to break overseas technical barriers, the company is committed to becoming a leading domestic provider of overall design solutions for high-performance surface unmanned vessels, empowering the domestic water intelligent equipment industry to achieve localized and high-end upgrading.