TSD SURFACE DRIVE Partners with Cummins China and Haizhizhou Shipyard to Launch a 160-Horsepower Surface Drive Propulsion Solution

TSD Surface Drive, Cummins China, and Haizhizhou Shipyard have successfully collaborated to introduce a groundbreaking 160-horsepower surface drive propulsion solution, marking a significant advancement in efficient, high-speed maritime propulsion. The newly developed test vessel showcases the latest in surface drive technology, achieving impressive speed and handling, and setting a new standard for high-performance marine propulsion systems.

Test Vessel Specifications:

• Dimensions: 9.8 meters (length) x 2.8 meters (beam)

• Full Load Displacement: 3.5 tons

• Engine: Single Cummins, 160 horsepower

• Gearbox: HC65 with a 2:1 ratio

• Surface Drive: TSD Surface Drive BH600

• Maximum Speed: 25 knots

The vessel consistently achieved a maximum speed of 25 knots during multiple test runs, demonstrating stable acceleration and responsive handling. These results highlight the propulsion system's ability to maintain efficient thrust and maneuverability under varying loads and sea conditions, offering a reliable, high-speed propulsion solution for a wide range of marine applications.

TSD Surface Drive's representative shared: “This collaboration with Cummins and Haizhizhou Shipyard has led to significant technical advancements in surface drive technology. The outstanding results from these tests open up new possibilities for high-performance marine vessels.”

A Cummins China spokesperson added, “We’re thrilled to support this innovative propulsion solution with our advanced 160-horsepower engine. We look forward to continued partnerships with industry leaders to develop more efficient and environmentally friendly marine power solutions.”

This successful launch underscores the progress made by TSD Surface Drive, Cummins China, and Haizhizhou Shipyard in offering cutting-edge surface drive propulsion technology to both domestic and international maritime markets. The new system offers a powerful, competitive option for high-speed marine transportation and marks a promising advancement for sustainable marine propulsion.