ANKA 3, the silent guardian of the Turkish defense industry in the skies, has successfully crossed another critical threshold. Developed by Turkish Aerospace Industries (TUSAŞ) and opening a new chapter in Türkiye's aviation history with its "flying wing" architecture, ANKA 3 demonstrated its aerodynamic and "stealth" capabilities to their full potential in its latest flight test by retracting its landing gear in mid-air.
As aviation enthusiasts and defense industry followers know well, the testing phases where an aircraft's systems work in an integrated manner are just as vital as its first flight. This development, recorded on August 20, 2024, proves that ANKA 3 is not just a platform capable of flying, but a true "deep strike" aircraft being prepared for operational missions.
So, what does it technically mean for the landing gear to retract in mid-air, and how will the ’Flying Wing“ technology that sets ANKA 3 apart from its competitors change the balance on the battlefield? Here is an in-depth analysis of these questions.
The "Ghost" Hiding Its Claws“
ANKA 3, which took to the skies on its first flight on December 28, 2023, has been subjected to various altitude and speed tests since then. However, retracting the landing gear is much more than a simple mechanical action for an aircraft.
The success of this test demonstrates the validation of these three critical engineering disciplines:
- Aerodynamic “Clean Configuration”: When the landing gear is deployed, a significant "drag" force is generated on the aircraft. By retracting the landing gear, ANKA 3 minimizes friction, achieving its true speed potential and fuel efficiency.
- Center of Gravity and Balance: The displacement of heavy masses, such as landing gear, affects the aircraft's center of gravity. The flight control computer's ability to detect this change and maintain aircraft stability demonstrates the maturity of the software.
- Radar Invisibility (Stealth): ANKA 3's greatest distinguishing feature, its "low radar signature," is fully realized by concealing the landing gear inside the fuselage. Open hatches and wheels are surfaces that glow on radar; closing them makes the aircraft "invisible" to radar.
“The "Flying Wing" Revolution: Why This Design?
The most fundamental feature that distinguishes ANKA 3 from the other members of the family, ANKA and AKSUNGUR, is its tailless "flying wing" design. Türkiye's adoption of this design is no coincidence.
Low Radar Cross Section (RCS)
The vertical and horizontal tails found on conventional aircraft are the largest surfaces that reflect radar waves back to the enemy. The ANKA 3 has no tail. The fuselage is integrated with the wings and is free of sharp corners. This allows radar waves to flow over the aircraft or scatter in different directions, leaving a trace on the enemy radar screen that is "indistinguishable from the noise".
Internal Weapon Stations
“Invisibility” isn’t achieved solely through external design. ANKA 3 carries its ammunition in weapon bays inside the fuselage, not under the wings. This conceals the ammunition geometry, which increases the radar signature. The successful retractable landing gear is proof that these hatch systems (like the weapon hatches) will also function flawlessly.
ANKA 3's Mission Description: Deep Strike and SEAD (Search and Rescue Association)
ANKA 3 is not just a surveillance vehicle; it is a "Striking Force." Its jet engine and stealth architecture enable it to perform tasks that conventional UAVs (like the TB2 or ANKA-S) cannot:
- Air Defense Suppression (SEAD/DEAD): Approaching without being detected by enemy radars, the mission aims to destroy or disable air defense systems (S-300, S-400, Patriot, etc.). This mission, known as a "first-day strike," determines the fate of the war.
- Deep Strike: To silently strike critical command centers, ammunition depots, or strategic targets behind the front lines.
- Electronic Warfare: To jam enemy communications and radars.
Technical Specifications and Performance Data
Based on data shared by TUSAŞ and the latest test results, the operational capacity of ANKA 3 is as follows:
- Engine Type: Turbofan Jet Engine (Provides high speed and altitude).
- Maximum Speed: 0.7 Mach (approximately 800+ km/h). This speed shortens the travel time to the target and increases the chance of evading enemy fighter jets.
- Service Altitude: At 40,000–45,000 feet, it flies above the altitude of commercial passenger aircraft, remaining outside the range of many short-range air defense systems.
- Useful load: Reconnaissance, surveillance sensors, and precision-guided munitions (SOM-J, MK series bombs, etc.).
Türkiye's Place in the "National Combat Aircraft" Ecosystem
It would be a mistake to evaluate ANKA 3 in isolation. This platform is Türkiye's 5th generation fighter jet. KAAN and developed by Baykar KIZILELELMA He is a candidate for a "Loyal Wingman" position to work alongside him.
In the future of air warfare, a manned aircraft (KAAN) will lead AI-powered unmanned combat aircraft (ANKA-3) that enter dangerous areas first. The successful completion of these tests by ANKA-3 directly strengthens Türkiye's "Network-Centric Warfare" capability.
TUSAŞ Makes a Proud Announcement
TUSAŞ announced this milestone with the following statement on its social media accounts:
“Having successfully completed its first flight on December 28, 2023, ANKA III passed another important milestone by retracting its landing gear in mid-air. This proud achievement once again proved the superior performance of ANKA III and brought us one step closer to new technologies that will strengthen our country's defense capabilities.”
This announcement shows that the project is progressing according to schedule and that another challenging hurdle has been overcome on the road to mass production.
"Complete Independence" in the Sky“
ANKA 3's ability to fly with its landing gear retracted is proof of the maturity level that Turkish engineering has reached in the fields of aerodynamics, avionics, and software. What we have before us now is not just a prototype; it is a combat machine with validated systems, an expanded flight envelope, and ready for duty.
With this technology, Turkey has joined the ranks of the very few countries in the world (USA, Russia, China) capable of producing combat UAVs in the "Flying Wing" form. In the coming period, we will see the limits of ANKA-3's capabilities more clearly through supersonic tests, weapons firing tests, and joint flight trials with KAAN.
It seems that the new guardian of the "Heavenly Homeland" is now ready to move faster and more silently in the shadows.
Summary Information:
- Event: ANKA 3 Landing Gear Retraction Test
- History: August 20, 2024 (Referenced development)
- Importance: Minimizing radar visibility and improving aerodynamic efficiency.
- Manufacturer: TUSAŞ (Turkish Aerospace Industries)
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