ALKA's most consequential moment came just three months after its unveiling. On 4 August 2019, an ALKA unit mounted on an off-road armored vehicle reportedly shot down a Chinese-made Wing Loong II unmanned combat aerial vehicle near Misrata during the Libyan civil war, engaging a drone that Haftar's Libyan National Army was flying with material support from the United Arab Emirates^5,6,7. If accurate, this stands as one of the first — and remains among the very few — publicly reported instances of a vehicle-mounted combat laser destroying another party's aircraft under real combat conditions anywhere in the world, well ahead of comparable Western and Israeli hard-kill laser programs reaching an equivalent claim^6,7. Roketsan has since scaled the system considerably: initial units generated roughly 2.5 kilowatts of laser power, a mid-generation configuration reached 5 kilowatts, and by mid-2026 the company's weapons-systems leadership stated that fielded ALKA units exceed 10 kilowatts, with further increases planned⁸.

Today ALKA is described by Turkish officials as the only directed-energy weapon in active Turkish Armed Forces inventory, tasked with protecting critical military facilities and government institutions, and it forms the laser layer of Turkey's wider "Steel Dome" (Çelik Kubbe) layered air-defense concept alongside missile interceptors, guns, and electronic-warfare systems^9,2. A land-vehicle-integrated variant built jointly with armor manufacturer FNSS, marketed as ALKA-KAPLAN, and a networked multi-unit configuration called ALKA NEW extend the same underlying laser/jammer core toward mobile armored formations and coordinated multi-system engagements, respectively^10,11,12. Turkey's other major defense contractor, Aselsan, took part in the original government-run competition that produced ALKA and lost it to Roketsan, but has since fielded its own rival laser system, Gökberk, discussed further below^13,14.

ALKA's architecture rests on three linked subsystems: a detection-and-tracking sensor suite, an electromagnetic jamming effector, and a fiber laser effector, all cued through a common command console so that an operator (or, in the networked ALKA NEW configuration, a shared command node) can move from detection to jamming to laser engagement without switching systems^2,12. Detection combines a dedicated radar with electro-optical/infrared cameras and AI-assisted image processing for automatic target recognition, letting the system track fast, low-altitude, low-radar-cross-section targets and discriminate them from birds or debris; Roketsan states the sensor suite can track up to 100 simultaneous targets and follow targets moving as fast as 150 km/h^1,15,16. Roketsan and Turkish trade press have also described a longer-range electromagnetic disruption envelope, cited variously at up to 1,000 meters to 4,000 meters depending on the generation of hardware and the specific report, intended to blunt an approaching drone swarm at stand-off distance before any single unit gets close enough for a laser shot^1,15,17.

The laser effector itself is described as a high-energy fiber laser used for the hard-kill "Laser Destruction System" stage, engaging targets already jammed or tracked by the sensor suite and reportedly capable of neutralizing a drone in as little as one to five seconds depending on the target's structure and materials^8,2. Roketsan frames the laser as the terminal option in a layered engagement sequence — detect, jam, then burn through — rather than the system's sole defeat mechanism, which lets ALKA claim effectiveness against both radio-linked commercial drones (vulnerable to jamming) and autonomous, fiber-optic-tethered, or otherwise jam-resistant threats that only the laser can stop^9,2. Beyond aerial drones, Roketsan and Turkish coverage credit the system with an explosive-ordnance-disposal role, using the laser to detonate improvised explosive devices, roadside bombs, and unexploded ordnance at a stand-off distance in populated areas, and even, in one December 2024 test, the incidental detonation of explosive reactive armor tiles during a target-engagement demonstration^18,17.

ALKA is built for both mobile and fixed employment. The baseline mobile configuration mounts on a wheeled armored or off-road vehicle, requiring roughly two crew inside the vehicle to operate, while a fixed installation can run with a single console operator, protecting a static site such as a base perimeter, headquarters, or critical government facility around the clock in both day and night conditions^18,9. Roketsan's own ALKA NEW marketing material describes a "network-enabled" evolution in which multiple ALKA units share sensor data and coordinate target assignment through built-in threat-evaluation-and-weapon-assignment (TEWA) logic, allowing several systems to focus fire on a single fast target or split engagements across a swarm, and interoperate with third-party radars and jammers rather than operating only as an isolated stand-alone unit¹².

Turkey's push toward an indigenous directed-energy weapon predates ALKA's public unveiling by several years. Turkish state defense-research bodies, including TÜBİTAK SAGE and Aselsan, had been conducting tactical laser research since at least 2015, and the Presidency of Defense Industries (SSB) subsequently ran a competition to select a program of record for a close-range counter-drone directed-energy weapon, pitting Aselsan and TÜBİTAK Bilgem against Roketsan^4,13. According to Roketsan official Uğur Kayasal, the company won that competition by presenting a solution built specifically around destroying individual drone threats, and ALKA was born from that result¹³. Roketsan states it self-funded the program's development starting in July 2016, completed a first working prototype by July 2018, and spent its final two years of pre-unveiling development making the system road-mobile rather than only a fixed installation^4,1.

ALKA made its public debut on 8 May 2019 at the IDEF defense exhibition in Istanbul^1,4. Turkish trade press reported successful test firings that September, including destruction of a UAV in active flight and of a target panel carried by a drone, alongside a live-fire demonstration from a vehicle-mounted configuration¹⁵. Less than three months after the IDEF unveiling, on 4 August 2019, an ALKA-equipped vehicle reportedly engaged and destroyed a Chinese-made Wing Loong II drone near Misrata during the Libyan civil war, in an incident widely covered by Turkish, Libyan, and Western defense press as one of the first documented uses of a vehicle-mounted combat laser against another party's aircraft in an actual conflict^5,6,7.

Formal government backing followed the demonstrated capability: the SSB and Roketsan signed a development-and-acquisition contract on 20 April 2021 for the Turkish Armed Forces version of the system, and Defense Industry Agency president İsmail Demir personally announced completion of a further ALKA test milestone that year, underscoring the program's high political visibility^18,21. Roketsan continued running test campaigns through the following years — a further public test occurred in December 2022, demonstrating jamming and laser engagement against drone targets and reiterating plans to fold the laser and jammer into both dismounted/vehicle-portable and stationary base/ship-protection configurations — and a November 2022 demonstration event fed directly into serial production of the upgraded ALKA NEW configuration starting in 2023^17,22,23. By December 2024, testing had expanded to explicitly cover IED and unexploded-ordnance neutralization, including the incidental detonation of explosive reactive armor during a target trial¹⁸.

Roketsan disclosed a major power increase in 2026: weapons-systems and integration director Koray Dayanç stated that fielded ALKA units, which began at roughly 2.5 kilowatts and reached 5 kilowatts in an intermediate generation, now exceed 10 kilowatts of laser output, are already in operational inventory, and can neutralize a target in one to five seconds depending on its structure, with further multiples of increased power planned alongside improved AI targeting and radar⁸. In parallel, Roketsan and FNSS unveiled the tracked, hybrid-electric ALKA-KAPLAN vehicle at IDEF 2025, returning with an enhanced, partly autonomous version at SAHA Expo in 2026 and pitching the combination directly at NATO members' fast-growing counter-drone procurement budgets^10,11.

ALKA's one widely reported use against a real hostile aircraft occurred during the Libyan civil war, when a vehicle-mounted unit operated by Turkish-backed Government of National Accord-aligned forces reportedly shot down a UAE-supplied, Chinese-built Wing Loong II drone flown for Khalifa Haftar's Libyan National Army in the area between Abu Grein and Al-Wishka, south of Misrata, on 4 August 2019^5,6. Beyond that single engagement, no source reviewed for this article documents ALKA being used against a real, hostile aircraft in any other conflict; its subsequent record consists of Roketsan-run test and demonstration campaigns in Turkey (2019, 2022, 2024, 2025-2026) rather than further combat use, at least as far as has been made public^17,18.

ALKA (baseline). The original towed/vehicle-mounted configuration unveiled in 2019, subsequently fielded in Turkish Armed Forces inventory and progressively upgraded in laser power across several hardware generations without a formal new product name change through most of the early 2020s^1,17.

ALKA NEW. Announced as a "Network Enabled Weapon" concept and moved into serial production starting in 2023, ALKA NEW is not a new sensor or laser but a command-and-control evolution: it lets multiple ALKA units share detection data, avoid duplicate engagements, and mass laser or jamming effort against a single fast-moving or heavily defended target, addressing a core weakness of any single-beam directed-energy weapon against a coordinated swarm^12,19.

ALKA-KAPLAN. Unveiled at IDEF 2025 and shown again with expanded autonomous features at SAHA Expo in 2026, ALKA-KAPLAN integrates the ALKA jamming-and-laser payload onto FNSS's KAPLAN Hybrid diesel-electric tracked chassis, a platform originally engineered for vehicles up to roughly 20 tons that FNSS says can be adapted across multiple vehicle programs^10,11. The hybrid-electric drivetrain is presented as directly relevant to a laser weapon's power needs, since it can route generator output to the laser and sensor suite as well as propulsion, and the tracked chassis adds armor protection and cross-country mobility that a wheeled ALKA vehicle does not have; the 2026 configuration added manned and optional-autonomous operating modes^11,20.

The Turkish Armed Forces are ALKA's only publicly confirmed operator, having contracted for the system in April 2021 following earlier field use and testing, and Turkish officials describe it as the sole directed-energy weapon currently in the country's active inventory, tasked with protecting critical military facilities and government institutions^18,9,21. No foreign government has been publicly confirmed as an ALKA customer as of this writing.

Export interest, however, has been repeatedly reported, intensifying after regional missile and drone attacks raised Gulf states' appetite for layered short-range air defense. Turkish defense-industry watchers have named Azerbaijan, Pakistan, Qatar, and Southeast Asian states as plausible future customers as the system accumulates a combat-proven track record, and in 2026 Roketsan's deputy general manager, Murat Kurtuluş, said the company had received government-level requests from Gulf states for both its Cirit laser-guided missile and the ALKA directed-energy system, framing ALKA specifically as effective for protecting critical infrastructure of the kind targeted by Iranian drone and missile attacks^24,25. Roketsan has stated it is open to facilitating exports through localization and technology-transfer arrangements, mirroring the approach it and other Turkish primes have used on missile programs, though as of this writing no signed ALKA export contract, delivered unit, or named foreign buyer has been publicly confirmed^25,18.

Within Turkey's own defense-industrial base, ALKA is not the only Turkish laser answer to the drone threat. Aselsan, having lost the original SSB directed-energy competition to Roketsan, subsequently fielded its own system, Gökberk, built on a mobile 6x6 wheeled platform and pairing an indigenous laser source with an electronic jammer and AI-assisted electro-optical tracking, tested publicly against FPV drones as recently as March 2025^13,14. Aselsan has also folded its separate İHTAR counter-drone platform into the Gökberk concept, giving Turkey two distinct, competing industrial paths toward the same layered detect-jam-destroy mission rather than a single national program, a degree of intra-domestic competition that is unusual among Turkey's more consolidated missile and armor sectors¹⁴.

Set against internationally fielded directed-energy and integrated counter-drone peers, ALKA occupies a distinct middle ground. Rafael Drone Dome's hard-kill Drone Dome-L variant, like ALKA, pairs radar and electro-optical detection with a fiber laser, but Rafael's own reporting describes its laser as reaching a shorter, single-digit-hundreds-of-meters engagement envelope in live-fire trials, similar in order of magnitude to ALKA's early-generation figures, and Drone Dome's core sales pitch rests more heavily on its modular, multi-vendor sensor-and-jammer stack than on laser range or power growth, whereas Roketsan has made ALKA's power increase — from 2.5 kW to a stated 10-plus kW — the centerpiece of its own public narrative⁸. The United Kingdom's DragonFire, by contrast, is a considerably higher-power, longer-range program with a signed UK production contract and a defined in-service date, developed with a far larger single-nation defense budget behind it; DragonFire's public figures suggest a more capable single-shot laser than any disclosed ALKA generation, but ALKA has a multi-year head start in actual fielded use, in a disclosed combat engagement, and in transitioning through several hardware generations rather than remaining a pre-production demonstrator. Against Dragonfire and Drone Dome alike, ALKA's differentiator is less raw laser physics than its dual-effector design: nearly every rival hard-kill laser program is presented as an add-on to an existing jamming or kinetic system, while Roketsan built ALKA from the outset as a single unit that jams first and lases second, rather than integrating separately sourced jamming and laser subsystems from different vendors.

Turkey's decision to fund two competing, functionally similar laser programs inside one national industrial base — Roketsan's ALKA and Aselsan's Gökberk — is itself a point of comparison worth noting: rather than consolidating around a single winner after the original SSB competition, Ankara has let both prime contractors continue independent directed-energy development, a hedge against either company's approach stalling and a contrast with the single-vendor model most other states, including the UK with DragonFire and Israel with Rafael's Drone Dome-L, have followed for their own hard-kill laser efforts^13,14.

MASS Assessment

Technology (85) and non-kinetic options (90) are ALKA's two strongest components in this archive's scoring, and both trace back to the same design decision: building jamming and lasing into one integrated unit rather than bolting a laser onto an existing jammer, as most rivals have done. That dual-effector architecture, combined with a documented multi-generation power progression (2.5 kW to a claimed 10-plus kW) and an actual disclosed combat engagement in Libya, gives ALKA a maturity signal few directed-energy c-uas programs worldwide can point to.

Coverage (40) is comparatively weak, reflecting the same tradeoff that shapes most laser-based systems in this leaf: a fiber laser's effective engagement envelope is inherently narrower than a wide-area radar-and-jammer system covering several kilometers, and no public source describes ALKA's detection/engagement footprint as extending much past a point-defense radius around the vehicle itself. That makes ALKA better suited to protecting a specific convoy or installation than blanketing a wide perimeter — the same niche DragonFire and Drone Dome-L occupy.

What does ALKA stand for? No source reviewed publishes an official acronym expansion; Roketsan and Turkish defense press consistently use "ALKA" as the product name for the "Yönlendirilmiş Enerji Silah Sistemi" (Directed Energy Weapon System), without treating ALKA itself as an initialism of that phrase^1,2.

Has ALKA actually destroyed a drone in combat? Turkish, Libyan, and Western defense-press reporting describes an ALKA-equipped vehicle destroying a Chinese-made Wing Loong II UAV near Misrata, Libya, on 4 August 2019, which would make it one of the first vehicle-mounted combat lasers to destroy another party's aircraft in genuine combat conditions anywhere in the world; the claim is widely repeated but rests on Turkish- and Libyan government-aligned sourcing rather than independent forensic confirmation^5,6,7.

How powerful is ALKA's laser? The figure has grown across hardware generations rather than staying fixed: roughly 2.5 kW at first fielding, 5 kW in an intermediate configuration marketed alongside ALKA NEW, and, as stated by a Roketsan director in 2026, over 10 kW in units already in operational inventory, with further increases planned^8,17.

What is the difference between ALKA, ALKA NEW, and ALKA-KAPLAN? ALKA is the baseline jamming-plus-laser system. ALKA NEW is a networking upgrade, in serial production since 2023, that lets multiple ALKA units share sensor data and coordinate engagements against a single target or a swarm. ALKA-KAPLAN, unveiled in 2025 with FNSS, integrates the same jamming-and-laser payload onto FNSS's hybrid-electric KAPLAN tracked armored vehicle for mobile, armor-protected employment^12,10,11.

Has Turkey exported ALKA to any other country? Not as of this writing. Roketsan has said it is fielding requests from Gulf states and has named Azerbaijan, Pakistan, Qatar, and Southeast Asian states as plausible future customers, but no signed export contract or delivered foreign unit has been publicly confirmed^24,25.

Does Aselsan make a laser weapon too? Yes. Aselsan lost the original government competition that produced ALKA but has separately developed its own laser system, Gökberk, on a mobile 6x6 platform, incorporating its earlier İHTAR counter-drone technology; the two systems compete rather than share a single Turkish program of record^13,14.