The SİPER-1 autonomous battery launch, which took Turkey’s air defense to the next level, has been successfully completed. The Long-Range Regional Air and Missile Defense System, SİPER-1, destroyed an enemy target with pinpoint accuracy in this critical test. Thus, Turkey surpassed another historic milestone in its long-range air defense capability. President of Defense Industries Prof. Dr. Haluk Görgün described this development as “a strategic signature for the security of our sky homeland.”
How was the SİPER-1 autonomous battery launch carried out?
The autonomous launch, conducted at the Sinop Test Center, took place under the control of the Turkish Air Force. The test scenario consisted of friendly and enemy target elements. SİPER-1 successfully engaged the enemy target element in this challenging scenario. President Görgün stated that this result is the most concrete demonstration of Turkey’s will to build its own sky shield. Görgün also stated that SİPER is a strong promise protecting our nation’s independence.
The SİPER system is the product of strong domestic and national cooperation. The capabilities of many institutions combined in perfect harmony for this critical success. ASELSAN provided the radar, command and control, and sensor capabilities. ROKETSAN also integrated missile and warhead engineering into the system. The Turkish Air Force’s operational experience further enhanced this power through a multiplier effect.
SİPER was designed for long-range regional air and missile defense. It aims to provide effective deterrence in both peacetime and crisis situations. In wartime, it will ensure the survival of friendly units. The system will limit enemy attacks by air-breathing targets, cruise missiles, and air-to-ground munitions. It will also protect strategic and economic facilities against these threats. Therefore, it will enable joint operations to be conducted under more favorable conditions.
The SİPER project includes two main missile versions: Product-1 and Product-2. Product-1 was developed based on the HİSAR O+ RF missile. Thanks to its dual-pulse rocket motor, this missile reaches a range of +100 km. The dual-pulse feature allows the missile to maintain its high speed and TVC capability during the terminal phase, making it easier to hit its target without missing. However, the Product-2, developed from scratch, features a single-stage rocket motor. The Product-2 has a longer range of +150 km. Furthermore, the absence of a booster on the Product-2 eliminates the potential for accidents caused by free-falling boosters after launch.
So, what are your thoughts on this significant development in national air defense systems? Share your thoughts with us in the comments!
