HISAR-O Medium Range Air Defense Missile System

SEDA Atış Yeri Tespit System / ASELSAN A test launch of the HİSAR-O medium-altitude air defence missile system was conducted by the Turkish ...

SEDA Atış Yeri Tespit System / ASELSAN

A test launch of the HİSAR-O medium-altitude air defence missile system was conducted by the Turkish Armed Forces in the city of Aksaray in December. A test launch of the HİSAR-O medium-altitude air defence missile system was conducted by the Turkish Armed Forces in the city of Aksaray in December. The missile is being developed by defence electronics firm ASELSAN to meet the medium-altitude air defence needs of the Turkish Armed Forces.

The HİSAR-O missile system is intended to protect military bases, troops, ports, and other national strategic assets against aerial threats flying at medium altitudes. It can defend against airborne threats such as combat aircraft, cruise missiles, helicopters, and unmanned aerial vehicles.

HİSAR-O air defence missile system development

Turkish Undersecretariat for Defence Industries (SSM) awarded a contract to ASELSAN and Roketsan in June 2011 to design and develop the HİSAR low and medium-altitude air defence missile systems indigenously. As the main contractor, ASELSAN designed and developed a missile launching system, command and control system, fire control system, 3D search radar, and electro-optic systems.

SEDA Atış Yeri Tespit System / ASELSAN

Roketsan, a weapons manufacturer based in Turkey, is responsible for the development of the HİSAR-O surface-to-air missile (SAM). The first flight test of the HİSAR-O missile system was performed in July 2014. The low-altitude version of the HİSAR-O air defence missile system, designated as HİSAR-A, is expected to enter service with the Turkish Armed Forces in 2020.

HISAR-O air defence missile system components

The HİSAR-O air defence missile system consists of medium-altitude surface-to-air missiles, a missile launching system, a fire control system, mast-mounted air defence radar, and electro-optical / infrared (EO / IR) sensors. The missile launching system is based on a Mercedes-Benz 6×6 military truck chassis and can hold up to six ready-to-fire HİSAR-O air defence missiles. The missile features a modular design and can be vertically launched. It can perform missions autonomously using a medium-altitude 3D search radar or operate as part of a battery using a fire control unit.

Warhead and guidance of HİSAR-O missile

The HİSAR-O medium-altitude SAM uses a high explosive fragmentation warhead, which can be fitted with impact and proximity fuses to effectively destroy airborne targets flying at medium altitudes.

“The HİSAR-O missile system is intended to protect military bases, troops, ports, and other national strategic assets against aerial threats flying at medium altitudes.” The weapon is guided by an inertial navigation system (INS) through a radio frequency (RF) data link in the midcourse phase of flight. Guidance for the missile in the terminal phase of flight is provided by an imaging infrared seeker (IIR).

Fire control unit

The fire control unit provides command and control and fire control for the HİSAR-O air defence missile from battery command posts through a Link 16 data link. Autonomous operation of the missile is enabled by the medium-altitude 3D search radar and EO / IR imaging sensors. Mounted on the roof of the launch vehicle, the radar detects, identifies and tracks airborne targets. The EO / IR imaging sensors are used to provide surveillance in all lighting conditions.

Propulsion and performance of HİSAR-O surface-to-air missile

Powered by a dual pulse solid-propellant rocket motor, the HİSAR-O air defence missile can engage targets up to a distance of 25km at sea level. The missile can fly at a maximum altitude of 10km. The weapon is equipped with a thrust vectoring system and a hybrid control system, which provide increased manoeuvrability at medium altitudes.