Bayraktar Kızılelma vs MQ-28 Ghost Bat

Turkey’s Bayraktar Kızılelma functions as a heavily armed, carrier-capable autonomous strike platform, while Australia’s Boeing MQ-28 Ghost Bat operates as a long-range, modular sensor extension for crewed fighters. Baykar engineered a kinetic-focused system for expeditionary deployment. Boeing structured its system around manned-unmanned teaming (MUM-T), using the MQ-28 to distribute sensors and absorb risk for F-35As and F/A-18Fs.

Development and Design

Baykar built the Kızılelma with a canard-delta configuration optimized for short takeoff and landing (STOL) from the TCG Anadolu amphibious assault ship, requiring no catapult system. It utilizes internal weapon bays to lower its radar cross-section (RCS) and integrates indigenous sensors, including the MURAD AESA radar and KARAT IRST. Boeing designed the MQ-28 around a modular mission nose. Ground crews can physically swap this section to alternate between electronic warfare (EW), reconnaissance, and combat payloads. The Ghost Bat achieves low observability through airframe shaping rather than radiation-absorbent material (RAM) coatings, and uses a resin-infused single composite wing to reduce manufacturing complexity.

Specifications and Performances

The Kızılelma has an 8,500 kg maximum takeoff weight and carries a 1,500 kg payload. It prioritizes kinetic output, accommodating Gökdoğan beyond-visual-range (BVR) missiles, SOM cruise missiles, and precision-guided bombs. This payload mass comes at the expense of endurance, bounded by a 930 km range. The MQ-28 reverses these parameters. Powered by a commercial-off-the-shelf turbofan (Williams FJ44 or PW300 series), it trades strike capacity for a 3,700 km range. While the MQ-28 can deploy the AIM-120 AMRAAM, its airframe lacks the volume for heavy air-to-ground ordnance compared to the Turkish UCAV.

Deployment and usage

Both platforms are in the final stages of operational testing. The Royal Australian Air Force tests the MQ-28 as a dependent network node. During a December 2025 live-fire event, an MQ-28 engaged a target drone using targeting data from a Super Hornet and firing authorization from an E-7 Wedgetail. The Turkish Armed Forces intend to use the Kızılelma for independent strike and fleet defense. Baykar's 2025 flight tests demonstrated:

• Autonomous AESA-guided BVR missile launches
• AI-driven close-formation flights without manned escort
• Integration of heavy anti-ship and cruise missiles for naval operations

Conclusion

The Kızılelma holds the advantage in expeditionary and direct-strike scenarios. Its carrier compatibility, 1,500 kg payload capacity, and broad air-to-surface munitions inventory give it a clear edge for ground attack and localized air defense. The MQ-28 dictates the terms in maritime patrol, deep-penetration escort, and network-centric warfare. Its 3,700 km range—nearly four times that of the Kızılelma—and modular sensor architecture make it the strict mathematical choice for integration with fifth-generation Western fighter fleets operating across vast Pacific distances.