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“He Tu Probe the Sea: The Ambition of ‘Deep Sea Huawei’ from a Series A company”

2026-09-03 08:00 Industry & Investment 🔥 39.5 heat score
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SummaryAI generated

The Gongzhi Ocean Company, established by the team from Harbin Engineering University, recently completed a venture capital financing of nearly 100 million yuan. Its founder, Guo Chunyu, is hailed by investors as “Huawei of the deep sea”. The company uses a coupling propulsion scheme of “vibrating fins + pump jets” to integrate submarine propulsion with sonar sensing, reducing radiated noise to 86 decibels and sediment disturbance to 1/500 of traditional methods. The propulsion efficiency reaches over 90%, and it can achieve zero-radius rotation. The domestic underwater robot market is expected to have a compound growth rate of 46.93% from 2025 to 2030, driven by both policy and industry demand.

Related eventsRELATED EVENTS
Key entitiesKEY ENTITIES
Chen HaibinFrom Work to OceanGuo ChunyuHarbin Engineering UniversityYinfeng Capital

Coverage · reports per dayLANGUAGE SPLIT

Entity relations
Chen Haibin × From Work…1Chen Haibin × Guo Chunyu1Chen Haibin × Harbin En…1Chen Haibin × Yinfeng C…1From Work to Ocean × Gu…1From Work to Ocean × Ha…1

SignalsSIGNALS

Keyword heat
  • From Work to Ocean1
  • Harbin Engineering University1
  • Guo Chunyu1
  • Chen Haibin1
  • Yinfeng Capital1

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钛媒体 zh 2026-09-03 08:00

River Map explores the deep sea — a "deep-sea Huawei" ambition of a startup in the angel round

# He Tu’s exploration of the sea, the “Deep Sea Huawei” ambition of a天使轮 company **Key event:** Gongzhi Ocean Company, founded by a team from Harbin Engineering University, completed nearly 100 million yuan in angel round financing. Its founder, Guo Chunyu, was referred to by investors as the “Deep Sea Huawei”. **Technical approach:** The company adopts a coupling propulsion scheme of “vibrating fins + pump jets”. Flexible vibrating fins are responsible for low-speed silent positioning operations, while vector pump jets handle high speed and precise control. This combination achieves full functionality with a single unit. **Key breakthroughs:** By coupling submarine propulsion with sonar sensing, the radiation noise was reduced to 86 decibels, sediment disturbance was lowered to 1/500 of traditional solutions, propulsion efficiency reached over 90%, and zero-radius rotation was achieved. **Market context:** The compound growth rate of the domestic underwater robotics market is expected to reach 46.93% from 2025 to 2030. The “15th Five-Year Plan” clearly aims to build a strong marine nation, driven by both policy opportunities and industry demand. **Industry assessment:** There is a physical contradiction between traditional propeller propulsion and sensor sensing. Low-noise bionic propulsion will become the standard for intelligent underwater platforms…