Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026
1. Background: The Stugna-P System
The Stugna-P (Ukrainian: Стугна-П) is a Ukrainian-developed remote-controlled anti-tank guided missile system, designed and manufactured by the Luch Design Bureau (KhArtron) in Kyiv. Unlike the Javelin's man-portable fire-and-forget concept, the Stugna-P is a crew-served system featuring a remote-launch unit with a thermal and day camera, enabling the operator to observe and guide the missile from cover — significantly reducing operator exposure during the engagement.
The system can fire both Ukrainian-developed 130 mm Stugna missiles and NATO-spec 152 mm missiles derived from the Soviet-era Kombat family, providing considerable ammunition flexibility. This dual-calibre capability was a deliberate design choice to ensure continued usability regardless of Western supply disruptions.
Development began in the early 2000s as Ukraine sought to develop domestic ATGM capability independent of Russian suppliers. By 2022 it had become the backbone of Ukrainian infantry anti-armour operations at company and battalion level.
2. Pre-War Production Status
Before February 2022, Stugna-P production at Luch Design Bureau was modest — estimated at 150–200 systems per year, serving both domestic Ukrainian Army procurement and modest export orders (primarily to Middle East and African clients).
Pre-war Ukrainian Army inventory included approximately 100–150 Stugna-P systems across ground forces, with production capacity calibrated to gradual military build-up rather than wartime consumption. When Russia invaded, this production rate was immediately recognised as entirely inadequate for the scale of anti-armour need Ukraine faced.
3. Wartime Production Expansion
Ukraine's wartime industrial mobilisation of the Stugna-P programme represents one of the most significant defence production achievements of the war:
3.1 First Phase (2022)
The Kyiv government directed immediate emergency funding to Luch and KhArtron. Initial challenges included supplier disruption (several component manufacturers in Kharkiv Oblast were damaged or in conflict zones), workforce dispersal due to invasion, and supply chain fragmentation. Despite this, production climbed to approximately 400–500 systems/year by late 2022 through emergency measures including facility dispersal, worker relocation, and accelerated component sourcing.
3.2 Second Phase (2023–2024)
With the production base stabilised in western Ukraine and international component supply chains established, output grew to an estimated 700–900 systems/year. Several new production facilities were commissioned under wartime secrecy, dispersing manufacturing across multiple sites to reduce vulnerability to Russian strikes.
3.3 Current Status (2025–2026)
By 2026, credible estimates place Stugna-P production at approximately 1,200–1,500 systems/year, representing a near-10× increase from pre-war output. Ukraine's Defence Ministry has specifically cited Stugna-P production as a model for domestic arms industry wartime adaptation. The system now accounts for the majority of Ukrainian infantry anti-armour engagements, significantly reducing the call on expensive imported Javelins for routine anti-armour tasks.
4. Technical Specifications and Variants
| Parameter | Stugna-P (130 mm) | Stugna-P (152 mm) |
|---|---|---|
| Warhead type | Tandem HEAT | Tandem HEAT |
| Penetration (RHA) | 800 mm | 1,100 mm |
| Maximum range | 5,000 m | 5,500 m |
| Minimum range | 100 m | 100 m |
| Guidance | Laser beam riding | Laser beam riding |
| Operator exposure | Remote (operator in cover) | Remote |
| Day/night capable | Yes (thermal camera) | Yes |
| System weight | ~70 kg (launcher + missiles) | ~80 kg |
The Stugna-P's 5,000 m maximum range compares favourably with the Javelin's 2,500 m standard range, making it effective against Russian SPGs and IFVs before they can return effective fire. The system has been further refined with improved thermal cameras from Western suppliers (replacing previous Soviet-derived sensors) and upgraded laser guidance modules increasing accuracy.
5. Combat Effectiveness Assessment
The Stugna-P has proven highly effective across all phases of the Ukraine war:
- 2022 opening advance: Ukrainian Stugna teams ambushed Russian armoured columns with relative safety — the remote control unit allows the operator to remain in a ditch or behind cover while observing and guiding, compared to shoulder-launched ATGMs that exposed operators
- Attritional warfare 2023–2026: The system's range advantage means Russian vehicles can be engaged before entering their own effective fire range; this has been particularly important in the open terrain of south Zaporizhzhia and east Donetsk
- Night operations: The thermal camera system enables effective night engagements, a significant advantage given Russia's heavy nocturnal resupply and assault activities
- Effectiveness vs armour grades: The 130 mm tandem HEAT warhead defeats ERA-equipped T-72B3 with high reliability; the 152 mm variant has penetrated even Kontakt-5 ERA-equipped T-80BVMs in multiple documented cases
6. Documented Kills and OSINT Evidence
The Stugna-P is arguably the most video-documented ATGM kill in military history. Operators routinely record their engagements through the system's integrated camera, and hundreds of confirmed engagement videos have been publicly released by Ukrainian military units since 2022.
These recordings provide valuable tactical and technical data:
- Over 400 distinct Stugna-P engagement videos analysed by open-source researchers by early 2026
- Target distribution: T-72/80 tanks (38%), BMP/IFVs (26%), BTRs and APCs (18%), SPGs and artillery (10%), other vehicles (8%)
- Estimated single-shot hit rate exceeding 80% in favourable conditions (clear weather, stable platform)
- Multiple kills of Russian Lancet loitering munitions and Orlan-10 reconnaissance drones using the system in direct attack mode — an unanticipated anti-drone capability
7. Logistical Advantages over Western ATGMs
The Stugna-P's domestic production offers critical logistical advantages:
- No import lead time: Missiles produced in Ukraine and immediately available to front-line units, unlike Western ATGMs requiring international shipping and customs
- Lower cost: Estimated unit cost of approximately $35,000–50,000 per system vs $178,000+ per Javelin missile
- Rapid repair: Ukrainian technicians can repair systems domestically; no need to ship defective units abroad
- No political conditionality: Ukraine can use Stugna-P against any target without foreign government approval, unlike some Western supplied weapons with usage restrictions
- Training familiarity: Ukrainian crews have extensive pre-war Stugna-P training; retraining time is minimal compared to new Western systems
8. Limitations and Challenges
- Laser guidance jamming: Russian EW systems capable of disrupting laser beam-riding guidance have been deployed with increasing frequency; Luch has responded with frequency-hopping laser modulation, but the arms race continues
- Operator visibility requirement: Unlike Javelin's fire-and-forget, the Stugna-P requires the operator to maintain line of sight to the target for the full flight time — in intense drone-surveillance environments this creates a detection risk
- Component dependency: Improved Western thermal cameras and electronics have enhanced performance but created import dependencies that could be disrupted under sanctions or supply crises
- Not man-portable: The system requires vehicle transport or a two-person crew for movement; it cannot match the Javelin's individual-soldier portability
9. Export Potential
The Stugna-P's combat record has generated significant international interest:
- Saudi Arabia, UAE, and unnamed Southeast Asian nations have reportedly inquired about procurement
- Ukraine's state defence exporter Ukrspetseksport is actively marketing the system with Ukraine's war record as the primary sales argument
- Post-war production capacity could make Ukraine a significant mid-range ATGM exporter, generating defence industry revenue
- Potential for joint production with NATO allies as part of Ukraine's defence industry integration process
10. Future Development: Stugna Successors
Luch Design Bureau has several successor programmes underway:
- Stugna-M: Enhanced version with improved guidance resistant to Russian EW jamming; integration of AI-assisted target tracking in terminal phase
- Korsar ATGM: Lighter, shorter-range complementary system for company-level use; production ramping up in 2026
- Land-attack drone integration: Stugna warhead technology is being adapted for use in Ukrainian-developed loitering munitions, extending the system's reach beyond line-of-sight constraints
Technical Analysis: Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026
The weapons system known as Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 occupies a significant place in the evolving material landscape of the Russia-Ukraine conflict. Since February 2022, both Russia and Ukraine have employed an extraordinarily diverse array of weapons platforms, from 1970s-era Soviet artillery pieces to cutting-edge precision-guided munitions, creating a unique environment for weapons system evaluation. Understanding the technical characteristics, operational applications, and limitations of Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 is essential to assessing its battlefield impact and strategic significance.
Technical performance parameters for Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 must be understood in the context of actual combat conditions rather than manufacturer specifications. Reliability under sustained operational tempo, maintenance demands in field conditions without depot support, crew training timelines, and ammunition availability all affect real-world effectiveness. The war has demonstrated that weapons systems whose supply chains or maintenance requirements cannot be supported under wartime conditions rapidly lose their operational value regardless of their technical sophistication.
The proliferation of weapons systems including Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 has been shaped significantly by international military assistance. Western nations have transferred weapons spanning multiple generations of technology, creating a complex logistics environment for Ukrainian forces. Standardization challenges arise when operating platforms from dozens of different manufacturing nations, each with proprietary ammunition, spare parts, and maintenance protocols. Ukraine has nonetheless demonstrated remarkable capability to operate this diverse fleet through flexible logistics and creative problem-solving at the unit level.
Countermeasures developed against Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 reflect the adaptability of modern warfare. Electronic warfare systems designed to jam or spoof weapons guidance, physical countermeasures like active protection systems and reactive armor, and tactical adaptations including dispersal and concealment all shape how and where systems like Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 can be effectively employed. The arms race between offensive capabilities and defensive countermeasures continues to drive both technical development and operational adaptation throughout the conflict.
Procurement and Strategic Supply Considerations
The manufacture, stockpiling, and transfer of weapons systems related to Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 has strained defense industrial bases on multiple sides. Russia's war economy has been restructured to prioritize weapons production, while NATO countries have faced shortfalls in their own stockpiles due to transfers to Ukraine. This experience has catalyzed significant investment in expanding production capacity and reshoring defense manufacturing in Europe and North America. The long-term industrial implications of sustained high-intensity warfare for global defense supply chains will shape military procurement decisions for decades.
FAQ
What is the Stugna-P?
The Stugna-P is a Ukrainian-developed remote-controlled anti-tank guided missile system made by Luch Design Bureau. It fires 130 mm or 152 mm tandem-HEAT missiles using laser beam-riding guidance from a remote operator position, protecting the crew from return fire.
How does Stugna-P compare to Javelin?
The Stugna-P has twice the range (5,000 vs 2,500 m) and much lower cost (~$45,000 vs $178,000). The Javelin has fire-and-forget capability and is man-portable. In Ukraine's static warfare environment, the Stugna-P's range advantage has proven decisive in many engagements.
How many Stugna-P systems has Ukraine produced?
Production details remain classified, but estimates suggest Ukraine has produced several thousand systems since 2022, with current annual output approximately 10× higher than pre-war rates.
Can Stugna-P engage drones?
Yes, in limited circumstances. Ukrainian operators have documented kills of Lancet loitering munitions and Orlan-10 drones using the system's direct-attack mode — an unplanned but validated secondary capability.
What are the limitations of the Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 in combat?
Like all weapon systems, the Stugna-P ATGM: Ukraine's Production Increase & Combat Record 2026 has operational limitations including range constraints, logistical requirements, crew training demands, and vulnerability to countermeasures. These are addressed in the analysis section of this article.