Aselsan presents its Igla Air Defence turret at MSPO 2013

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Official Online Show Daily News
MSPO 2013
International Defence Industry Exhibition

2 - 5 September 2013
Kielce, Poland
 
Aselsan demonstrates its Igla air defence turret at MSPO 2013
 
 
Wednesday, September 4, 2013, 11:15 AM
 
Aselsan presents its Igla Air Defence turret at MSPO 2013
At MSPO 2013, Turk company Aselsan is showing its multiple Igla-missile launcher turret. Fitted on heavy trucks or transport vehicles tracked or wheeled one, it has 6 launcher tubes.
     
At MSPO 2013, International Defense Exhibition in Poland, Azerbaijan promotes its own new defense exhibition: ADEX. The exhibition will take place from September 11 to 13, in the capital of Azerbaijan, Baku.The Igla-missile launching system at MSPO 2013.
     

Missile-Igla Launching System is a fully automated very short range air defence weapon system using IGLA(S) missiles against fixed and rotary wing aircrafts, remotely piloted vehicles, unmanned aerial vehicles and cruise missiles based on qualified Aselsan Pedestal Mounted Air Defence System.As an effective, realiable, affordable Air Defence Solution from ASELSAN, Missile-Igla Launching System highly improves the capabilities of Man Portable Air Defence Systems by providing quick and correct aiming of the missile, improving reaction time, increasing fire power and hit probability.

Flexible architecture provides autonomous as well as coordinated operation with Air Defence Battle Management Command, Control, Communications and Intelligence and interoperability with allied countries air defence systems.Salvo firing capability enables the system to perform simultaneous firing of two missiles to one target, dramatically increasing the fire power of the system.The gyro-stabilized turret of the system and integrated optical sensors enable on-the-move target surveillance, detection, tracking and target type recognition.The Embedded Training Simulator provides simulations of all processes and trails for various scenairos in order to train for and enable the system operators to achieve full success under battlefield conditions.