How the Bayraktar Kizilelma Drone Works: Türkiye's Most Advanced UAV

What if a fighter jet didn’t need a pilot? What if it could take off from a short runway, or even an aircraft carrier, and think for itself? Meet the Bayraktar Kizilelma. It’s not just another drone. It’s Turkey’s first stealthy, jet-powered, carrier-capable unmanned fighter. And it might just be the future of aerial warfare.

The Kızılelma, which means “Red Apple” in Turkish is built by Baykar, the same company behind the famous Bayraktar TB2 that changed modern battlefields. But this is a completely different beast.

Unlike the propeller-driven TB2, the Bayraktar Kizilelma is a single-engine, jet-powered aircraft. It’s designed to be a multirole unmanned fighter. Think of it as a “loyal wingman”, drone that can fly alongside manned jets like the F-16, or operate completely on its own.

Its design is optimized for two things: stealth and flexibility. The airframe is shaped to reduce its radar signature, making it harder for enemy defenses to detect. And it’s built tough enough to operate from short runways and even aircraft carriers.

So, what makes it “smart”? The Kizilelma is equipped with an artificial intelligence-enabled mission computer. This isn’t just remote control. The aircraft has autonomous flight capabilities, meaning it can take off, fly, navigate, and land on its own.

It can perform autonomous takeoff and landing, even on a carrier deck. The AI helps it process data from its sensors in real-time, allowing it to make decisions in the air. This reduces the workload for ground operators and lets it react faster than a human pilot ever could.

To see the battlefield, the Bayraktar Kizilelma is packed with Turkish-made sensors. At its core is the MURAD AESA radar, made by Aselsan. AESA radars are the gold standard, they can track multiple targets at once while resisting jamming.

It also carries the KARAT Infrared Search and Track system. This is a passive sensor that detects heat signatures from enemy aircraft and missiles, allowing the drone to “see” without emitting radar waves and giving away its position.

And for precision strikes, it has the TOYGUN Electro-Optical Targeting System. This is the camera that locks onto targets and guides its weapons to the exact spot.

One of the most exciting features is its carrier capability. The Bayraktar Kizilelma is designed to operate from Turkey’s new flagship, the TCG Anadolu, an amphibious assault ship. This turns the ship into a drone carrier.

Drones have changed war forever. But not all drones are created equal. Some are stealthy fighter jets. Some are tiny bombs that wait for the perfect moment. And some are massive, flying wings designed to hunt tanks.

Today, we’re putting Turkey’s Bayraktar Kizilelma head-to-head with the kamikaze drones, the Lancet, and Russia’s most advanced unmanned aircraft. Who wins? Well… it depends on what you’re trying to do.

The Kızılelma is designed to operate in highly contested airspace, functioning even if it loses satellite or human control. Its localized electronics suite includes:

The ASELSAN MURAD AESA Radar: This is an indigenous Active Electronically Scanned Array fire-control system. In physical validation tests, it successfully locked onto flying F-16 fighters from long range, feeding data directly into the drone’s AI brain.

The Dual Optical Systems: The drone integrates the KARAT Infrared Search and Track System (IRST) alongside the TOYGUN Electro-Optical Targeting System (EOTS). This allows the drone to track and engage enemy aircraft passively without emitting radar signals that could reveal its location.

Its 360-Degree Electronic Warfare: The kizilelma features the ASELSAN FEWS-U electronic warfare suite, giving the drone full-spectrum threat detection and digital defensive countermeasures to blind enemy air systems.

Lethal Weapon Integration & Internal Bays: A defining engineering achievement of the aircraft is its faceted internal weapons bay. Carrying missiles inside the fuselage blocks radar signals from bouncing off the weapon’s sharp edges, maintaining its stealth envelope.

Air-to-Air Arsenal: It fires the Gökdoğan (beyond-visual-range) and Bozdoğan (within-visual-range) radar-guided air combat missiles, capable of shooting down enemy aircraft autonomously.

Precision Surface Strikes: It has cleanly released and struck targets using the TOLUN penetration munition and TEBER-82 precision-guided bombs directly from its opening internal weapons bay.

Supersonic Standoff: For heavily guarded maritime or ground positions, the Kızılelma integrates the Roketsan JET-230 supersonic air-to-surface missile, capable of accurately hitting targets from over 120 kilometers away.

With mass production actively ramping up, the Kızılelma shifts unmanned tech away from slow, low-altitude surveillance and pushes it directly into supersonic, high-tempo air superiority.

First, let’s set the baseline. The Kızılelma is not a typical drone. It’s a jet-powered, stealthy, multirole unmanned fighter. It’s designed to fly at high subsonic speeds, carry air-to-air missiles, and even operate from short runways or aircraft carriers.

Think of it as a loyal wingman or a replacement for manned fighter jets. It’s built for air superiority, deep strikes, and networked combat. In short: it’s a fighter pilot without the pilot.

Now, let’s talk about kamikaze drones—or loitering munitions, to use the proper term. These are small, cheap, and expendable. They fly to an area, wait, and then dive into a target. Think of the American Switchblade or the Iranian Shahed.

Their job is to destroy a single tank, a radar, or a soldier. They cost a few thousand dollars. The Kızılelma, by contrast, is a multi-million-dollar aircraft.

You wouldn’t use a Kızılelma to blow up one truck that’s like using a fighter jet to swat a fly. Kamikaze drones win on cost, simplicity, and sheer numbers. The Kızılelma wins on everything else: range, payload, survivability, and versatility.

The Lancet is a loitering munition, similar to the kamikaze category, but with a twist. It’s designed for precision strikes on high-value targets like artillery, air defense systems, and even some armored vehicles. It’s relatively small, quiet, and hard to detect.

The Sukhoi S-70 Okhotnik-B (Russian for “Hunter-B”) is Russia’s premier heavy stealth unmanned combat aerial vehicle. Developed jointly by Sukhoi and MiG, the flying-wing drone is designed as a highly autonomous “loyal wingman”.

It is built to operate in network-centric pairing alongside the Sukhoi Su-57 fifth-generation fighter jet to penetrate contested airspace.

The Bayraktar Kızılelma is not yet battle-tested in active combat. While older Turkish drones like the Bayraktar TB2 have extensive combat history in conflicts like Ukraine, Libya, and Nagorno-Karabakh, the Kızılelma is a much newer, jet-powered unmanned combat aerial vehicle (UCAV) that is still progressing through intensive development and weapon integration phases.