National Sun Yat-sen University: Underwater Vehicle Research Center

National Sun Yat-sen University
Underwater Vehicle R&D Center

The center is named "National Sun Yat-sen University Underwater Vehicle Research and Development Center" (hereinafter referred to as the Center).

The center intends to collaborate with the Manned Underwater Vehicle Research and Development League, which includes Taiwan Ocean Research Institute, Chung Cheng Institute of Technology (National Defense University), Jong Shyn Shipbuilding Group, Taiwan CSBC Corporation, and Metal Industries R&D Center, to develop technology and applications for underwater vehicles, as well as cultivate talent in this field. Furthermore, the center aims to enhance the technical capabilities of national marine energy applications such as offshore wind power, the power of ocean currents, and the investigation of mineral resources in the sea. Based on these research findings, the center could also assist in military operations, military exploration, and underwater rescue.

Introduction of MUV

phase 0

◆ Inner Diameter：1.7 m
◆ Occupancy：2 people
◆ Endurance：8 hours
◆ Depth：20 m
◆ Weight(In Air)：3.5 tonnes
◆ Size：3.4 (M)×3.5 (L)×2.8(H) m

◇Research Background: Considering the ongoing research, exploration, and rescue missions in the national marine science, which often involve overcoming various depths and underwater working conditions, there is a need to further enhance research and underwater operational efficiency. To address this, NSYSU has developed the first generation of scientific manned underwater vehicle (mini submersible). The manned underwater vehicle aim to facilitate easier access for observers (scientists) or operators (construction personnel) to underwater environments, thereby expanding the milestone of marine exploration.

Phase1(Coming Soon)

◆ Manned Cabin: Arcylic Dome
◆ Occupancy: 2 people

◇Research Background: Basing on the data and achievements of the team's first-generation manned underwater vehicle development, the upgraded waterproof cabin, improved structural strength, and enhanced power system have enabled diving operations to further depth. This advancement has propelled the progress of domestic research and development in manned underwater vehicles.