Η Άγκυρα θέλει να ελέγξει ολόκληρο το Αιγαίο ηλεκτρομαγνητικά αλλά θα μείνει με την όρεξη
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The Hellenic Air Force (HAF) will now have to face a new threat from Turkish stand-off jamming aircraft, such as the Turkish HAVA SOJ, which is currently undergoing testing.
The first Turkish Air Force Hava SOJ long-range jamming aircraft is currently undergoing system integration—now complete—with flight tests scheduled for the coming months.
The HAVA SOJ program (based on modified Bombardier Global 6000 aircraft) is at an advanced stage of flight testing. Ankara plans to field the first aircraft, thereby creating a new strategic challenge.
The Turkish HAVA SOJ (based on the Bombardier Global 6000 airframe) will operate in the Aegean from a safe stand-off distance, emitting powerful jamming signals, while its shoot-down or neutralization by the Greek side will rely on specific operational countermeasures.
Neutralizing or shooting down a HAVA SOJ aircraft (Bombardier Global 6000)—which operates at a safe "stand-off" distance while emitting powerful jamming signals—poses a complex challenge for Greek air defense in the Aegean theater of operations.
Due to the extensive range of its systems (reaching or exceeding 500 km), the aircraft can protect Turkish forces while flying deep within Turkish airspace.
Greek response against the HAVA SOJ using long-range (stand-off & BVR) weaponry
Since the Turkish HAVA SOJ electronic warfare aircraft will not enter the engagement range of Greek air defenses, the Hellenic Air Force can target it using Beyond Visual Range (BVR) missiles, such as the Meteor.
Carried by Greek Rafale fighters, these missiles feature a range exceeding 100–150 km and a ramjet engine, making it extremely difficult for a sluggish aircraft (of the business jet type) to escape.
The use of air defense systems such as the Patriot PAC-3—or, in the future, Aster 30 missiles (deployed from FDI Belharra frigates)—provides the capability for area denial (A2/AD) and the engagement of aerial targets at long ranges.
Furthermore, the radars of the Greek F-16 Vipers (APG-83) and Rafales (RBE2) possess exceptional resistance to electronic countermeasures (ECCM). They have the ability to "burn through" jamming by focusing narrow, powerful beams of energy toward the source of the interference.
The Rafale aircraft utilize the FSO (Front Sector Optronics) system to detect targets via infrared (IR) and optical signatures without emitting a radar signal, thereby completely bypassing electronic jamming.
At the same time, Greek ESM systems can use the HAVA SOJ's own jamming signal to triangulate and pinpoint its exact location (Home-on-Jam).
Network-centric warfare and data links (Link 16)
Neutralizing the aircraft relies on establishing a common operational picture that cannot be easily disrupted.
Even if a Greek radar station or fighter jet experiences local jamming, the Hellenic Air Force’s EMB-145H Erieye airborne early warning (AEW&C) aircraft and the Hellenic Navy’s surface units can instantly transmit targeting data regarding the Turkish aircraft via Link 16.
The deployment of sensors across the Aegean allows HAVA SOJ tracking data to be transmitted directly to interceptor aircraft, which can launch a Meteor missile without even activating their own radars.
Should it become necessary to neutralize the Turkish HAVA SOJ aircraft on the ground before it even takes off, Greek fighter jets have the capability to strike Turkish bases using stand-off missiles.
Passive sensors and IRST (Infrared Search and Track) technology
The electronic jamming from the HAVA SOJ targets radars (radio-frequency emissions). The Hellenic Air Force counters this by employing passive sensors that are unaffected by such interference.
These allow for the passive detection and tracking of targets at long ranges using infrared (IR) and optical sensors, without the fighter aircraft having to activate its own radar.
Many modern Greek missiles (such as the latest AMRAAM variants) feature a capability that allows them to lock onto and home in directly on the very source of the jamming signal emitted by the HAVA SOJ.
Challenging Greek Air Defenses (SEAD/DEAD)
The Turkish HAVA SOJ aircraft is designed to conduct stand-off jamming, aiming to "blind" Greek ground-based early-warning radars located on the islands and the mainland, thereby protecting Turkish offensive formations.
Electromagnetic Dominance Advantage: It enables Turkey to conduct support operations at great depth across the Aegean and the Eastern Mediterranean without exposing its electronic warfare (EW) aircraft directly to Greek air defense systems.
The Greek response to the four Turkish HAVA SOJ aircraft set to be built
To counter this advantage, Greece is not relying solely on Rafale jets and Meteor missiles. It is already considering the acquisition of its own electronic warfare and intelligence-gathering platforms (e.g., upgrading ISR/EW capabilities), while the network-centric interoperability of F-16 Vipers, future F-35s, and FDI frigates diminishes the effectiveness of a centralized jamming system like the HAVA SOJ.
In any case, these Turkish aircraft—along with their aerial refueling tankers—represent high-value targets for the Greek Armed Forces in the Aegean and the Eastern Mediterranean.