Turkiye’s Tayfun ballistic missile heads for mass production after second test firing
The test launch took place from Rize-Artvin on the Black Sea coast. The site is further away from Ukrainian and Russian airspace than the range at Sinop. (Photo: SSB)
On 23 May, the head of the Turkish Defence Agency (SSB), Ismail Demir, announced the second test firing of Roketsan’s Tayfun short-range ballistic missile (SRBM), the country’s first such weapon programme.
He shared a short video prepared for the test, but neither he nor Roketsan officials revealed any information about firing. It is known that the missile was launched at 06:44am at the Rize-Artvin airport site on the Black Sea coast.
The first test firing was aimed at a target at 560km distance in October 2022.
In this test last year, the Tayfun missile was mounted on a BMC 525-44 8x8
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 Land Warfare
-
Raytheon UK team awarded US$2.7 billion British Army training contract
The British Army’s Collective Training System 15-year contract is planned to provide soldiers with an integrated, digitally enabled system and transform how they train, prepare and adapt for future missions.
-
Combined arms the Turkish way – showcasing new tech at an amphibious exercise
New Turkish weapon systems and operational capabilities continue to evolve, as the recent EFES 2026 event clearly demonstrated.
-
What does the proliferation of larger platforms mean for the UGV market?
A surge in heavier, combat-focused uncrewed ground vehicles is emerging, although operational demand remains uncertain.
-
Fenris 6x6 emerges as first joint vehicle from John Cockerill-Arquus partnership
The new 6x6 wheeled fire support vehicle is armed with a 105mm NATO-standard high-pressure rifled gun, positioning it for the French Army and wider potential allied requirements.
-
Do heavy IFV designs make sense on the modern battlefield?
Even with additional armour, many current-generation infantry fighting vehicles are highly vulnerable to enemy fire in the contemporary operating environment. Are heavier platforms based on tank designs for use in this role the answer?