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11:21 AM, December 13, 2017
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Turkish Kale Aero to Produce Miniature Turbojet Engine for Roketsan’s New Cruise Missiles
Roketsan SOM-J cruise missile (Image: Australian Defence Business Review)

Turkey’s Havacılık (Kale Aero) has won a contract from the nation’s under-secretariat of defense industries (SSM) to design, develop and produce a miniature turbojet engine for Roketsan’s new cruise missiles including Standoff Missile (SOM).

The engine production is scheduled to begin next year. The SOM is part of the indigenization drive aimed at reducing the country’s reliance on overseas suppliers for weapons, Quwa reported Tuesday.

Currently, the Roketsan SOM and Atmaca anti-ship missile (AShM) rely on the Safran Microturbo TRI 40.

Turkey identified the need to develop, test and manufacture sub-systems such as alternator, fuel control system, electronic control unit, fuel pump, pyrotechnic igniter and combustion chamber. It also needed to develop testing equipment.

With the SSM aiming to commence serial production of domestically-powered SOM missiles next year, it appears that Kale Aviation’s development efforts of the above technologies (which had been displayed in various forms since 2012) are complete or nearing completion. In 2017, Kale revealed a prototype of the Kale 3500 miniature-turbojet engine for the SOM and, potentially, Atmaca.

The SOM has a range of over 250 km. It has a total weight of 589 kg, with the warhead taking up 227 kg. In turn, the SOM’s warhead options are High Explosive and Blast Fragmentation, with guidance options including satellite-aided inertial navigation and terrain reference. Roketsan is also working with Lockheed Martin to develop the SOM-J, a smaller variant for use from the F-35 Lightning II’s internal weapons bay.

Joining the SOM in the near-term will be the Atmaca, a sea-skimming AShM. In October, the Turkish Navy announced that the Atmaca had undergone successful firing tests. Designed as an analogous solution to the MBDA Exocet and Boeing Harpoon, the Atmaca weighs 800 kg (with a 200 kg warhead) and relies on a mid-course INS/GPS guidance suite with a terminal-stage active radar-homing seeker.

 

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