Baykar’s jet-powered Kızılelma drone has completed its first guided-weapons test, dropping two precision munitions and scoring direct hits on targets. The trial marks a significant step for Turkey’s unmanned combat air vehicle program, which is designed to operate as an autonomous “loyal wingman” alongside manned fighter jets. With serial production already underway and entry into military service expected by 2026, the successful weapons release moves the Kızılelma from an experimental platform to a near-operational strike asset.
First Live Weapons Drop Hits Its Mark
The Kızılelma released two different guided munitions during the test: ASELSAN’s TOLUN glide bomb and Roketsan’s TEBER-82 precision-guided kit. Both struck their intended targets, a result that Baykar described as a direct hit on the first shot. The TOLUN is a small-diameter glide munition designed for standoff strikes, while the TEBER-82 is a guidance package that converts conventional bombs into GPS and laser-guided weapons. Together, they represent two distinct engagement profiles: one for precision glide attacks at range and another for close-support bombing runs.
The weapons release followed earlier carriage tests in which the drone flew with munitions attached but did not drop them, according to Aviation Week. Those preliminary flights verified that the airframe could safely carry external stores without compromising flight characteristics. Graduating from carriage to live release is a standard but demanding step in combat aircraft development, because it requires the drone’s fire-control software, release mechanisms, and targeting systems to work in concert at speed.
Baykar did not disclose detailed telemetry such as release altitude, airspeed, or the precise distance to the targets, and no independent footage has been published beyond company-controlled material. Still, the successful separation and guidance of two different weapons types on an early test campaign suggests that basic integration between the Kızılelma’s avionics and its weapons stores is proceeding as planned. For engineers, a clean first drop without unexpected pitch, roll, or vibration is as important as the impact on the target itself.
Why a Guided Bomb Changes the Equation
Most of Turkey’s combat drones, including the widely exported Bayraktar TB2, carry relatively lightweight munitions such as laser-guided micro bombs and anti-tank missiles. The Kızılelma operates in a different weight class. It is a jet-powered platform with internal weapons bays and external hardpoints, designed to fly faster and higher than propeller-driven predecessors. Dropping a guided bomb like the TEBER-82 or a glide weapon like the TOLUN puts it closer in capability to light manned strike aircraft than to the surveillance drones that first made Baykar’s reputation.
That distinction matters for how militaries plan air campaigns. A drone that can deliver precision-guided munitions autonomously, or under remote supervision, reduces the number of manned sorties needed over contested airspace. Pilots stay out of range of enemy air defenses while the unmanned wingman handles the high-risk strike mission. For air forces that cannot afford large fleets of fifth-generation fighters, a relatively affordable drone carrying proven guided bombs offers a way to multiply combat power without multiplying pilot risk.
Guided bombs also impose different demands on the drone’s sensors and computing. To employ GPS- and laser-aided weapons effectively, Kızılelma must maintain stable navigation, accurate target coordinates, and reliable datalinks for mid-course updates or terminal guidance. Integrating those functions into an unmanned platform is more complex than simply bolting a missile to a wing. The test suggests that at least a baseline level of this integration is in place, though more demanding scenarios (moving targets, electronic jamming, and adverse weather) still lie ahead.
Serial Production and the 2026 Service Target
The Kızılelma program has moved quickly from first flight to weapons testing, and Baykar is already building production units. Serial production of the drone is underway, and the platform is expected to enter service in 2026. That timeline is aggressive by defense-industry standards, where programs routinely slip by years. But Baykar has a track record of compressing development cycles, having taken the TB2 from prototype to battlefield deployment faster than many Western competitors manage with simpler systems.
Still, weapons integration testing is only one phase in a longer qualification process. The drone will need to demonstrate reliability across a range of weather conditions, altitudes, and electronic-warfare environments before military commanders trust it on operational missions. The jump from “hit a target on a test range” to “reliably prosecute targets in a contested environment” is where many programs stall. No independent verification of the test parameters, such as release altitude, target distance, or environmental conditions, has been published, and the accuracy claims rest on Baykar’s own reporting.
Operational certification will also require extensive work on ground infrastructure and human training. Maintenance crews must learn new procedures for the jet-powered airframe and its stealth-influenced structure, while operators will need doctrine for pairing Kızılelma with manned aircraft and other drones. Integrating the platform into existing command-and-control networks can be as challenging as the flight tests themselves, especially if the drone is expected to share targeting data in real time with multiple users.
Where Kızılelma Fits in the Loyal Wingman Race
Turkey is not the only country developing autonomous combat drones designed to fly alongside manned jets. The United States Air Force is investing in its Collaborative Combat Aircraft program, with Boeing’s MQ-28 Ghost Bat already flying in Australia and several American defense firms competing for production contracts. Europe has its own efforts, and China has displayed multiple loyal wingman prototypes at air shows. The concept is the same across all these programs: pair an affordable, expendable drone with a high-value manned fighter so the human pilot can direct strikes, gather intelligence, and absorb risk through the unmanned platform.
What sets the Kızılelma apart is pace and export potential. Turkey has proven willing to sell combat drones to countries that Western suppliers often decline to arm, and the TB2’s battlefield record in Libya, Syria, and Ukraine created strong international demand. A jet-powered drone that can carry guided bombs would appeal to the same customer base, especially nations looking to build air-strike capability without the cost and political complexity of buying manned fighter jets from the United States or Europe.
At the same time, the loyal wingman market is likely to be crowded. Prospective buyers will weigh Kızılelma’s performance, price, and political strings against competing offers. Some may favor deeper integration with Western or Russian combat aircraft, while others may see Turkish systems as a way to diversify suppliers. The successful guided-weapons test gives Baykar a concrete talking point in those negotiations: Kızılelma is not just a concept model, but a flying prototype that has already dropped live munitions.
Implications for Airpower and Regional Security
If Kızılelma meets its 2026 service target and progresses beyond basic weapons trials, it could alter regional balances in several ways. For Turkey, an operational loyal wingman would extend the reach and survivability of its fighter fleet, adding a layer of unmanned mass to any future air campaign. For potential export customers, particularly mid-sized states facing local security challenges, the drone offers a way to field precision-strike capability without building a full-spectrum air force.
That prospect will likely prompt concerns among rival powers and human-rights advocates, who already debate the impact of armed drones on conflict escalation and civilian protection. As with earlier generations of unmanned systems, much will depend on how Kızılelma is actually used: as a deterrent and supplement to manned forces, or as a tool for frequent, low-cost interventions. The first successful guided-weapons test does not answer those questions, but it does confirm that Turkey’s next-generation combat drone is moving steadily from drawing board to battlefield.
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*This article was researched with the help of AI, with human editors creating the final content.
