Singapore adds Python-5 missile capability to upgraded F-16s
The Python-4 has long been rumoured to be used by the RSAF, though the only evidence had been a lookalike training missile with a seeker head. (Photo: author)
Singapore’s MINDEF confirmed to Shephard that the Republic of Singapore Air Force’s (RSAF) upgraded F-16s now have the ability to use Rafael’s Python-5 short-range air-to-air missile.
The revelation came as little surprise, as the RSAF was long rumoured to possess the preceding Python-4 since the early 2000s. However, no live or mock-up rounds have ever been seen.
Nonetheless, RSAF F-16C/Ds and the now retired F-5S/T have often been spotted with a captive air training missile resembling the Python-4. They feature AIM-9P-type fins but with a larger body diameter and different seeker head. The training missile has been seen on
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 Air Warfare
-
Oshkosh and Grid Aero tie-up tests new model for scaling military UAS production
By combining established manufacturing capacity with startup aircraft design, the partnership could offer an alternative approach to scaling military uncrewed aircraft production.
-
European funding and NATO interoperability could shape Polish helicopter plans
Poland is seeking to update its transport helicopters as part of a wider military aviation modernisation programme, with EU funding requirements and NATO interoperability key considerations.
-
Poland air focus: $8.27 billion UAV market highlights value of long-term supplier relationships
Poland’s growing investment in UAVs highlights how recurring procurement contracts and continuous technological development can provide suppliers with sustained opportunities beyond initial acquisitions.
-
October crewed air review: Israel’s Apache deal bets on crewed aviation in an uncrewed age
Israel’s $1 billion Apache helicopter order highlights the continued demand for crewed attack aviation, while growing integration with uncrewed systems could shape future modernisation and procurement decisions.