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My humble opinion is that expanding Hürjet into two distinct variants is an operational luxury; TAI should pursue a unified airframe architecture where the Hürjet-D and Hürjet LCA are the exact same aircraft. By baking STOBAR (naval) requirements into the baseline design, we can eliminate the systemic overhead of managing two separate production lines, supply chains, and lifecycle management programs.
Operationally, a STOBAR-optimized Hürjet unlocks a true "Distributed Fleet Architecture" reminiscent of Sweden's BAS 90 doctrine. With heavy-duty naval landing gears, the aircraft can aggressively "crash" onto rough, un-prepped highway strips under 1,000 meters without structural risk.
The low logistical footprint means forward rearming and refueling points (FARP) can be hidden in roadside wooded areas or vehicle tunnels. Utilizing mobile, containerized support systems and a handful of conscripts/mechanics just like the Swedish Saab Gripen concep, a single highway segment may becomes a lethal and untargetable sortie-generation hub.
Given Turkiye's unique geography and the vulnerability risks of static airbases, this "Highway/STOBAR LCA" concept offers an asymmetric, highly survivable deterrent on our western coasts. Streamlining the entire fleet into a single, ruggedized variant is not just a logistical shortcut; it is also a strategic opportunity.
Admittedly, this approach also introduces a structural weight penalty inherent to naval designs, which critics will rightly argue could compromise the aircraft's internal fuel capacity and payload. However, within the compact operational theater of our western coasts, raw range is secondary to rapid reaction and high survivability. Any payload or radius deficits can be effectively mitigated through the implementation of buddy-refueling capabilities or the deployment of lightweight, precision-guided stand-off munitions (like TOLUN or Kuzgun), maximizing lethality without overloading the airframe.
Furthermore, this evolutionary step for Hürjet would inevitably shape the logistical framework and operational deployment of its accompanying loyal wingmen under the MUM-T concept. By establishing a ruggedized, highway-capable manned platform, the entire dynamic shifts toward a unified, highly agile ecosystem where companion UCAVs must also synchronize with this low-footprint, distributed-base logic.
Operationally, a STOBAR-optimized Hürjet unlocks a true "Distributed Fleet Architecture" reminiscent of Sweden's BAS 90 doctrine. With heavy-duty naval landing gears, the aircraft can aggressively "crash" onto rough, un-prepped highway strips under 1,000 meters without structural risk.
The low logistical footprint means forward rearming and refueling points (FARP) can be hidden in roadside wooded areas or vehicle tunnels. Utilizing mobile, containerized support systems and a handful of conscripts/mechanics just like the Swedish Saab Gripen concep, a single highway segment may becomes a lethal and untargetable sortie-generation hub.
Given Turkiye's unique geography and the vulnerability risks of static airbases, this "Highway/STOBAR LCA" concept offers an asymmetric, highly survivable deterrent on our western coasts. Streamlining the entire fleet into a single, ruggedized variant is not just a logistical shortcut; it is also a strategic opportunity.
Admittedly, this approach also introduces a structural weight penalty inherent to naval designs, which critics will rightly argue could compromise the aircraft's internal fuel capacity and payload. However, within the compact operational theater of our western coasts, raw range is secondary to rapid reaction and high survivability. Any payload or radius deficits can be effectively mitigated through the implementation of buddy-refueling capabilities or the deployment of lightweight, precision-guided stand-off munitions (like TOLUN or Kuzgun), maximizing lethality without overloading the airframe.
Furthermore, this evolutionary step for Hürjet would inevitably shape the logistical framework and operational deployment of its accompanying loyal wingmen under the MUM-T concept. By establishing a ruggedized, highway-capable manned platform, the entire dynamic shifts toward a unified, highly agile ecosystem where companion UCAVs must also synchronize with this low-footprint, distributed-base logic.
