Taiwan reveals first indigenous submarine to much fanfare
Taiwan unveiled its first indigenously built submarine on 28 September. (Photo: MND)
Taiwan unveiled its maiden Indigenous Defense Submarine (IDS), displacing approximately 2,700t, at a formal ceremony in Kaohsiung on 28 September.
Christened Hai Kun (SS-711), its name refers to a giant mythical fish that can also fly from classical literature by Chinese philosopher Chuang-Tzu. In English, the submarine has already been dubbed the narwhal.
Construction kicked off on 24 November 2020 after a contract was signed in May 2019. Approximately 70m long and with an 8m beam, this submarine will not be commissioned until late 2024.
At the ceremony, sensitive parts of the submarine were draped in a Taiwan flag or
Our news & analysis is now part of Defence Insight®
A Basic-level or higher Defence Insight subscription is now required to view this content.
More from Naval Warfare
-
UK’s Type 31 frigate balances cost pressure with long-term export ambition
The UK shipbuilder’s full-year results to the end of March revealed the impact of the £140 million charge linked to design changes and rework on the Royal Navy’s Type 31 frigate programme.
-
Can Portugal solve NATO’s uncrewed systems development challenge?
NATO has spent more than a decade building one of the world’s most sophisticated maritime uncrewed experimentation ecosystems, but still lacks a way to translate this testing into alliance-wide operational capability. Portugal now believes it has the answer.
-
Eurosatory 2026: Schiebel’s frigate-first strategy indicates a shift in UAV competition
Schiebel is pursuing opportunities in the UK and France while leveraging its integration with Naval Group’s FDI frigate programme to create new naval business across Europe.
-
Eurosatory 2026: Red Cat eyes South American market for USV-led EEZ surveillance
Success with the US Army’s Black Widow programme may have strengthened Red Cat’s international position, but executives believe the next growth opportunity lies in uncrewed surface vessels.