Recently, a research team from the Institute of Zoology, Chinese Academy of Sciences, made a groundbreaking discovery in Kanas Lake, Xinjiang. At a depth of 118.5 meters, scientists observed and recorded a live specimen of Cottus dzungaricus (sculpin) for the first time in China’s history, setting a new national depth record for freshwater fish habitats. This milestone provides invaluable first-hand evidence for biodiversity studies in high-altitude lakes.

Deepinfar’s Hetun IV-A Pro ROV played a critical role in this mission, enabling precise underwater exploration under extremely challenging conditions—pitch darkness, strong undercurrents, and low visibility. The ROV descended stably to the target depth, held position against underwater currents, and captured high-definition video footage of the sculpin in its natural environment. It also supported water sampling operations, laying a solid foundation for scientists’ subsequent research.

Equipped with Deepinfar’s self-developed GCS/ROP Lite intelligent flight control system, the ROV delivers superior stability, precise maneuverability, and advanced imaging capability. With modular support for sonar, robotic arms, and sensors, it is purpose-built for ecological monitoring, scientific research, and underwater exploration.

At Deepinfar, we are proud to empower researchers with reliable robotic technology that transforms scientific discovery into reality—contributing to both ecological conservation and our deeper understanding of aquatic life.