ASELSAN’s TOLUN-P Brings Sovereign Hardened-Target Strike Deeper into Türkiye’s Combat-Air Ecosystem

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Türkiye has demonstrated a new hard-target strike capability after ASELSAN announced on 7 August 2026 that its TOLUN-P precision-guided penetrator scored a direct hit when launched from Baykar’s Bayraktar AKINCI unmanned combat aircraft. The test shows AKINCI can deliver an indigenous standoff weapon against armored targets and reinforced structures, expanding its ability to attack protected objectives while limiting exposure to hostile defenses.
TOLUN-P combines a 105-kg penetration warhead capable of defeating up to one meter of reinforced concrete with GPS/INS guidance, anti-jam protection and deployable wings for extended-range engagement. Its integration with AKINCI and SADAK smart racks gives Türkiye a compact, resilient precision-strike package suited to hardened targets in contested environments and strengthens a domestically controlled air-to-surface strike chain.
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ASELSAN’s TOLUN-P gives the Bayraktar AKINCI a domestically controlled, precision-guided penetrator for striking reinforced and protected targets from standoff range (Picture Source: Baykar Technologies / Aselsan / Edited By Army Recognition Group) © Army Recognition Group. All rights reserved. Unauthorized use, reproduction, or distribution prohibited.
On 7 August 2026, ASELSAN announced that its bunker-penetrating TOLUN-P precision-guided munition had achieved a direct hit during a firing test conducted from Baykar’s Bayraktar AKINCI unmanned combat aircraft. Released with new test footage, the announcement marked an important step in the maturation of Türkiye’s indigenous precision-strike capability, with ASELSAN declaring TOLUN-P mission-ready for “precision deep strike” against armored targets and structures protected by reinforced concrete. The event was therefore more than a successful weapons release: it provided a visible demonstration of a Turkish-developed hard-target munition operating from one of the country’s most capable unmanned combat platforms.
The significance lies in the architecture behind the impact. TOLUN-P brings together penetrator engineering, precision guidance, smart multiple carriage, deployable-wing standoff performance and electronic-warfare resilience within a broader Turkish combat-air ecosystem. Integrated with AKINCI and carried through the SADAK family of smart racks, the weapon illustrates how Türkiye is increasingly linking domestically developed platforms and munitions into a sovereign strike chain rather than fielding isolated systems. ASELSAN defines TOLUN-P around four core characteristics: GPS/INS guidance, long range, air-to-surface employment and high accuracy, but the deeper achievement is the company’s ability to combine those attributes into a compact precision penetrator designed for modern, contested operational environments.

ASELSAN TOLUN-P: Compact Penetrator Engineering for Hardened Targets
TOLUN-P should first be understood not simply as a conventional bomb fitted with an external guidance kit, but as an integrated 250-lb-class guided all-up-round weapon system engineered around the hard-target mission. ASELSAN lists the complete munition at 136 kg, with a 105-kg penetration warhead, a length of 1,800 mm, a 164-mm diameter and an advanced hardened nose designed to defeat armored and non-armored targets. Its published capability to penetrate up to one meter of reinforced concrete is paired with an electronically safe, cockpit-programmable fuze offering delayed initiation after penetration.
This is an important technical distinction. Penetration effectiveness does not derive from explosive mass alone, but from the integration of nose geometry and strength, impact energy, terminal attitude, warhead construction and fuze-delay logic. TOLUN-P therefore belongs more accurately in the category of a compact precision penetrator than a strategic deep-earth penetrator weighing several thousand pounds. Its achievement is extracting a meaningful hardened-target capability from a munition compact enough to be carried in significant numbers. That combination of precision, penetration and compact form factor is precisely where ASELSAN’s engineering work deserves particular recognition.
The second major element is resilient precision. ASELSAN publishes a formal accuracy specification of less than 10 meters CEP, while the latest AKINCI firing demonstrated a bullseye impact; the distinction is important because one successful impact should not be substituted for the weapon’s formal statistical accuracy specification. TOLUN-P combines INS/GPS navigation with a four-channel CRPA anti-jam antenna and embedded spoofing-resistance software, while also supporting waypoint tracking, retargeting during captive flight and preselection of the impact angle. It is designed for all-weather and day/night operations, and ASELSAN also emphasizes low collateral damage, low operational and life-cycle cost, high reliability and reduced maintenance requirements.
These features indicate that ASELSAN has designed TOLUN-P around a contemporary electromagnetic battlespace rather than assuming uncontested satellite navigation. Anti-jam and anti-spoof technologies do not make any GNSS-dependent weapon immune to electronic warfare, but they increase resilience and raise the technical burden placed on an adversary attempting to degrade the navigation solution. In modern precision warfare, that difference between accuracy and accuracy under electronic attack is increasingly decisive.

SADAK-4T and AKINCI Transform TOLUN-P into a Multi-Target Strike Architecture
The SADAK-4T Smart Pneumatic Quad Rack is equally important to the operational concept. It is more accurately described as a smart multiple-carriage rack than a conventional payload pod, and ASELSAN designed TOLUN-P specifically to maximize the number of precision weapons carried by an aircraft. Four TOLUN-P munitions can be carried on SADAK-4T and ripple-released against one or multiple targets during a single sortie; ASELSAN also identifies a SADAK-2T dual configuration and the independently mounted TOLUN-SI configuration for platforms requiring a different interface.
This changes the relevant measure of combat power from the destructive effect of one weapon to airborne magazine depth, the number of independently targetable precision effects an aircraft can carry into one sortie. TOLUN-P’s deployable diamond-shaped wings then convert aircraft altitude and energy into standoff distance. ASELSAN publishes a maximum range of 55 nautical miles/102 km from fighters and 31 nautical miles/57 km from UAVs, with release envelopes extending to 40,000 ft for fighters and 30,000 ft for UAVs.
The different figures also illustrate why the range of an unpowered glide weapon should never be treated as a single fixed number independent of its launch platform. The critical achievement is the combination of useful standoff, compact carriage and multiple-target capacity rather than range alone. Integration with Bayraktar AKINCI gives this architecture another strategic dimension. A hardened-target weapon in this weight class is no longer confined to conventional tactical fighters; Türkiye can distribute precision-strike capacity across a long-endurance unmanned combat platform while preserving manned aircraft for missions where their performance characteristics are indispensable.
TOLUN-P is also far from being an AKINCI-only capability. ASELSAN lists F-16, AKINCI, ANKA-III, Bayraktar TB3 and KIZILELMA among supported platforms and states that the weapon can be launched from an internal weapons bay. This matters because Türkiye is building a weapons architecture spanning an established fourth-generation fighter fleet, high-endurance UCAVs, carrier-capable unmanned aviation and emerging jet-powered unmanned combat aircraft.
The wider TOLUN family reinforces that ecosystem approach. The publicly disclosed family includes TOLUN-L with a laser seeker, TOLUN-EW carrying an electronic-warfare payload, TOLUN-F, the imaging-infrared TOLUN-IIR and the surface-launched TOLUN-S. ASELSAN’s latest announcement also emphasized the broader TOLUN family alongside the successful TOLUN-P test. Rather than developing an isolated munition, ASELSAN is increasingly building a common family of precision effects adaptable to different seekers, payloads, platforms and carriage arrangements. That transition, from product, to family, to architecture, is one of the most consequential aspects of the program.

TOLUN-P and GBU-39/B: Türkiye Enters a Select Precision-Weapon Engineering Class
An illuminating benchmark is the U.S. GBU-39/B Small Diameter Bomb Increment I, not as a direct equivalent to TOLUN-P and certainly not as evidence of technological lineage, but because both weapons occupy the same broad category of compact, precision-guided air-launched munitions designed to increase the number of independently employable weapons an aircraft can carry while preserving meaningful effectiveness against hardened targets. The comparison is therefore most useful at the level of design philosophy and capability class, rather than as a simple performance contest between two systems developed in different industrial, operational and certification environments.
Boeing publishes the mature GBU-39/B at approximately 122 kg, with INS/GPS guidance, anti-jam capability, a maximum standoff exceeding 60 nautical miles, penetration exceeding three feet of steel-reinforced concrete, cockpit-selectable electronic fuzing and four-weapon carriage through the BRU-61/A smart pneumatic rack. Deliveries began in April 2005, giving the American weapon more than two decades of production experience and operational maturity, an achievement that remains an important reference point in this class of precision weapon. ASELSAN, meanwhile, publishes a 136-kg weight for TOLUN-P, a fighter-launched range of up to 55 nautical miles, penetration of up to one meter of reinforced concrete, SADAK-4T carriage, programmable delayed initiation and dedicated resistance to jamming and spoofing. These figures should be interpreted with care: manufacturer-published range, penetration and accuracy values may reflect different test methodologies, release conditions and target constructions, and therefore should not be treated as directly equivalent laboratory measurements.
The more consequential comparison is industrial and technological. TOLUN-P demonstrates that Türkiye has developed an indigenous capability encompassing compact penetrator engineering, precision navigation, electronic-warfare resilience, deployable aerodynamic surfaces, programmable fuzing, smart multiple carriage and integration across both manned and unmanned combat aircraft. This does not diminish the technological leadership or long-established achievements represented by Boeing’s GBU-39/B; rather, it shows that ASELSAN has built competence in a demanding category of precision-strike engineering that has historically been mastered by a comparatively limited number of advanced defense-industrial organizations. In that sense, TOLUN-P is significant not because it needs to displace an established American benchmark, but because it demonstrates Türkiye’s growing ability to design, integrate and sustain a sophisticated compact precision-penetrator capability within its own defense-industrial ecosystem.

Strategic Implications for NATO and Türkiye’s Sovereign Precision-Strike Ecosystem
That achievement also carries broader significance for NATO’s evolving defense-industrial posture. The Alliance is placing growing emphasis on expanding production capacity, accelerating innovation, strengthening interoperability and ensuring that defense manufacturing can be scaled and sustained across Europe and North America. NATO’s Strategy for Industry-NATO Cooperation, endorsed at the 2026 Ankara Summit, reflects those priorities. The timing is notable: at the NATO Summit Defence Industry Forum in Ankara on 7 July 2026, Türkiye joined Denmark, France, Italy, Norway and the United Kingdom in launching a multinational initiative to explore new ground-based precision-strike capabilities, while NATO also introduced measures aimed at deepening industrial cooperation and making greater use of available production capacity across the Alliance. TOLUN-P itself should not be presented as automatically NATO-wide interoperable simply because it is Turkish-developed and F-16-compatible; aircraft-specific certification, mission-system integration, national procurement decisions and applicable NATO requirements would still apply. Its relevance lies instead in demonstrating the growing technological sophistication available within the defense industry of a major NATO Ally.
Türkiye now contributes an increasingly sophisticated indigenous source of capability in guidance electronics, smart carriage systems, unmanned combat-air integration and precision-munition development. That strengthens Allied industrial depth and supply-chain diversity while complementing the capabilities of other NATO defense industries. For Türkiye, the significance is equally strategic: as platforms, mission electronics, carriage systems, navigation technologies and precision weapons are increasingly developed within the national industrial base, Ankara gains greater control over modernization, integration, production planning and future capability development. In this sense, TOLUN-P is more than a weapons-development program; it is another indicator of Türkiye’s progressive localization of the technologies that generate modern precision airpower, while enhancing the capabilities that a technologically capable Türkiye can contribute to NATO’s collective defense and long-term deterrence posture.
The most important result of the AKINCI firing therefore extends well beyond the destruction of a reinforced target. Türkiye has assembled not only the munition itself, but many of the critical technologies that make modern precision strike possible: advanced navigation, anti-jam and anti-spoof protection, penetrator engineering, programmable electronic fuzing, deployable-wing aerodynamics, smart multiple carriage and integration across an expanding family of manned and unmanned combat aircraft. In this sense, TOLUN-P represents the convergence of several national capabilities into a single precision-strike architecture rather than the success of an isolated weapons program.
For ASELSAN, TOLUN-P is a powerful demonstration of how the company is extending its established expertise in defense electronics, guidance, navigation and electronic warfare into increasingly complete precision-strike systems. Combined with Baykar’s AKINCI and Türkiye’s emerging generation of combat-air platforms, the program strengthens a sovereign, scalable and technologically sophisticated precision-strike ecosystem with relevance both to Türkiye’s strategic autonomy and to NATO’s broader defense-industrial strength. The bullseye is the visible result; the deeper achievement is the Turkish industrial and technological ecosystem that made it possible.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
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