Turkiye Builds A Hyperwar Capable Military ( unrivaled in the region )

[MMM-E]

Turkiye should develop high altitude Balloon ( 40 km altitude ) to detect even F-22/F-35 Fighter Jets from long distance


Similar to American HELIOS

The US Army's HELIOS stratospheric Balloon project is being developed specifically for Balloon Radar + ground Missile cueing

China and Russia are also working on the same concept (stratospheric Ballon + Radar + network).

IR Detection
F-35 Engine temperature is high .. detected from 300 km with a Balloon-type IR sensor (like those used in China)


Ground-based radars are at risk of being hit
But High altitude Ballon with AESA Radar will stay at altitude of 40 km ( air to air missiles - air defense systems almost can not able to hit high altitude Ballon )


1 -- The line-of-sight horizon of a Radar at an altitude of 40 km reaches approximately 700–800 km

2 -- AESA Radar + high altitude can detect even F-35 stealth Jets earlier and more clearly (look-down advantage) from 200+ km away

3 -- The Balloon transmits the tracks it detects in real time via SATCOM and high-power radio datalink, and this data goes directly to the command and control Center (Aselsan HAKIM) creating an "integrated air picture"

4 -- SİPER-2 , KAAN , KIZILELMA , ANKA-III's architecture fully supports this network centric warfare capability


So the Balloon becomes the "eye," and the SIPER battery becomes the "weapon." When the SIPER Missile is launched, it receives mid-course guidance from the Balloon data, then makes a terminal strike with its own active RF seeker

This concept is already the future of modern air defense:
High-altitude sensor network + long-range active seeker Missiles

 

[hyperman]

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The first phase of Europe's largest air defense systems production facility called Oğulbey was commissioned (August 2026), and it was announced that the 2026 delivery target will be over 100 units. For example, let's say 120 units (Hisar-O or Siper) are delivered. Let's see Türkiye's production capacity with a rough calculation:

Medium-Range (HİSAR-O+): A battery consists of an average of 7 units. Delivering 120 units means an average of 17 Hisar-O+ batteries per year.

Long-Range (Sipar B1): A battery consists of an average of 12-14 units. Delivering 120 units means an average of 8-10 Siper B1 batteries per year.

It was stated that when Oğulbey is fully operational, it will increase the total production capacity by more than 2x. The impact of the first phase, opened this year, on the total production capacity will be limited for 2026 as of its opening date. When full capacity is reached, I estimate that the number of units to be delivered annually, will be between 250-300 units per year. This capacity translates to 36-42 Hisar batteries or 18-25 Siper batteries per year.

This annual production capacity means that Turkiye can produce 3-4 times more medium or long-range air defense missile system batteries than the total number of batteries in the inventories of the most advanced countries in Europe, in just one year (when needed)

 

[Ravenman]

How greater the land, how more resources you need to defend it.

From Edirne to Hatay, and from Kars to İzmir and Samsun, we need a multilayered massive air defence network like a Van Allen Belt to defend the whole nation.

 

[hyperman]

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Naval production is only going to increase when more demand comes for Destroyers and frigates.