Testing of Taiwan’s air-launched supersonic anti-ship missile commences
An air-launched version of the Hsiung Feng 3 could add lethality and reach to Taiwan’s anti-ship missile arsenal. (Photo: Wang Hsiang)
Recent test activity of Hsiung Feng 3 (HF-3) supersonic anti-ship missiles on a Taiwan’s Republic of China Air Force (ROCAF) AIDC F-CK-1 Ching-kuo fighter indicates progress is being made to develop an air-launched version of the missile.
The F-CK-1 with a pair of HF-3 test articles was seen conducting a ground taxi test on 21 February at Ching Chuang Kang Air Base, followed by captive carry test flights on 7 and 12 March. Notable differences between the air-launched HF-3 and its land- and sea-launched variants include the removal of the two solid-rocket boosters –commonly used in larger surface-launched missiles to
Already have an account? Log in
Want to keep reading this article?
More from Air Warfare
-
Singapore P-8A buy integral to future maritime domain awareness network
Singapore’s acquisition of the Boeing P-8A Poseidon will be part of a maritime domain awareness network that could include unmanned aerial systems.
-
Peru cleared for possible $3.42 billion F-16 Block 70 buy
The potential foreign military sale covers 12 F-16 aircraft as well as related training and equipment support, the DSCA notice said.
-
DSEI 2025: UK’s new Air Chief Marshal outlines nuclear, space and IAMD as three key priorities for RAF
Aiming to field a more integrated, agile force, the military leader said in a keynote speech that focus on these core areas would be increased to help the RAF deter and meet challenges in the new threat landscape.
-
DSEI 2025: The fighter market shift to Manned-Unmanned Teaming (MUM-T)
Manned-Unmanned Teaming (MUM-T) capabilities is set to become a market differentiator for fighter aircraft, allowing 4.5-5th generation platforms to remain relevant to the battlefield.
-
Project Kuiper’s LEO network pioneers Space-as-a-Service
The Kuiper Network enables organizations to buy, rather than build, applications that serve mission needs at mission speed.