Helsing HX-2

Germany's software-defined AI one-way attack drone — an electrically propelled loitering munition with 100 km range and on-board AI for jamming-resistant precision strikes, fielded by Ukraine and under evaluation by NATO armies.

Overview

The Helsing HX-2 is a German software-defined, electrically propelled one-way attack drone (loitering munition) developed by Munich-based Helsing GmbH. It combines an X-wing airframe, four electric motors, a 4 kg warhead pack, and an AI autonomy stack — the Altra recce-strike software — that enables GNSS-denied navigation, automatic target recognition and visual terminal guidance even under heavy electronic warfare. With a stated range of 100 km and a maximum take-off weight of ~12 kg, the HX-2 is positioned as a low-cost, mass-producible precision weapon for tactical counter-armour and artillery strikes, competing directly with Russia’s Lancet-3 and Iran’s Shahed-136. It has been combat-proven in Ukraine since early 2026 and underwent US Army evaluation at Project Flytrap in Lithuania in June 2026, scoring 15 kills from 17 launches.

Development

Helsing was founded in Munich in 2021 by Niklas Köhler and Gundbert Scherf, initially focused on defence AI software. Its first hardware venture, the HF-1 loitering munition, was co-developed with Ukrainian partner Terminal Autonomy and entered Ukrainian combat use by 2023. Roughly 1,950 HF-1 units were delivered to Ukraine by July 2025, according to the Odessa Journal. The HX-2 itself was publicly unveiled on 2 December 2024 in London, with Helsing stating the core technology had already been “developed and tested in Ukraine” Helsing. A first batch of 6,000 HX-2s for Ukraine, financed by Germany, was announced in February 2025 The Defense Post. The company subsequently raised €600 million in a Series D round in June 2025 at a €12 billion valuation tech.eu, followed by reports of a $1.2 billion round at ~$18 billion in May 2026 TechCrunch. The first frontline footage of HX-2 in Ukrainian service surfaced in April 2026 Orbital Today, and a maritime-launch variant was demonstrated off Plymouth, UK in May 2026 Militarnyi.

Design & capabilities

The HX-2 is built around a lightweight, catapult-launched airframe with four small electric motors and an X-wing layout. Its Altra autonomy software, which hails from the earlier HF-1 programme, provides continuous over-the-air updates and enables true jam-resistant operation: the system matches onboard imagery against pre-mapped terrain to navigate without GNSS, automatically recognises pre-briefed target types using deep-learning models, and tracks a designated aim-point in the terminal phase Helsing. The operator remains “on the loop,” confirming acquisition before attack. A single operator can coordinate multiple HX-2s simultaneously through swarm coordination. The air vehicle carries an anti-tank and anti-structure payload of up to 4 kg, with some sources citing 4.5 kg Bloomberg. Maximum range is 100 km and terminal speed is about 220 km/h, based on industry reporting RBC-Ukraine. The system is designed for mass production; Helsing’s production capacity is reported at 450 units per month with a path to 2,500 per month from a second facility RBC-Ukraine.

Variants

• HF-1: Predecessor co-developed with Ukrainian Terminal Autonomy; ~1,950 delivered by July 2025, sharing the Altra software stack.
• HX-2: The baseline production model (this entry), introduced December 2024.
• Maritime-launch variant: Demonstrated from a coastal vessel off Plymouth in May 2026, extending the launch envelope to littoral platforms Militarnyi. Helsing also fielded the separate CA-1 Electronic Attack autonomous aircraft in June 2026, but this is not an HX-2 variant.

Combat record / operational use

The Altra AI stack gained operational maturity on the HF-1 fleet in Ukraine during 2022–2025, and the HX-2 inherited that combat-tested software base. The first confirmed frontline videos appeared in April 2026, showing the 59th Assault Brigade’s Inquisition Battalion launching HX-2s from a catapult to destroy Russian tanks, self-propelled artillery and supply trucks Orbital Today. Russian Telegram channels began reporting HX-2 strikes from June 2026 Militarnyi. In the same month, the US Army evaluated the system at Project Flytrap in Pabradė, Lithuania, where non-expert operators achieved 15 kills and 2 near-misses from 17 launches, often using the HX-2’s onboard computer vision to track targets under jamming for ISR as well as strike Axios. The evaluation solidified the HX-2’s credibility as NATO’s first AI-native loitering munition to be operationally tested by US forces.

Advantages

• Software-defined architecture allows continuous over-the-air updates of targeting models, EW countermeasures, and navigation algorithms without hardware changes Helsing.
• AI-enabled, GNSS-denied navigation via map-to-image matching maintains terminal guidance under dense Ukrainian-style jamming RBC-Ukraine.
• Swarm coordination through Altra permits a single operator to direct multiple HX-2s, multiplying saturation effects against defended targets.
• With a 100 km range and 12 kg launch weight, it substantially outperforms the Russian Lancet-3 in range while carrying a comparable warhead, and offers a cost-effective alternative to the Shahed-136’s heavier but less precise profile.
• Strategic investor SAAB and German-financed procurement confer early NATO legitimacy, lowering political and export barriers.

Drawbacks / limitations

• Early production units suffered quality problems: a German military presentation in November 2025 noted launch failures and missing AI terminal-guidance modules; although Helsing disputed the findings, the temporary Ukrainian procurement pause reflected a real maturation risk Bloomberg The Defense Post.
• Electric propulsion limits range to a tactical-depth 100 km, far less than the Shahed-136’s 1,000 km or Ukraine’s Lyutyi.
• The 4 kg warhead restricts effects against hardened or buried targets; best suited for vehicles, artillery and soft-skinned materiel.
• Unit cost trajectory is unverified; mass-production economics are claimed but not demonstrated in public financial documents.
• As a five-year-old startup scaling to multi-billion-dollar contracts, the company faces untested supply-chain, quality-control and export-compliance risks at target production volumes of 2,500 units/month.

Counterparts

• Shahed-136 (Iran/Russia) — strategic-range one-way attack drone; heavier warhead, lower precision, simpler navigation.
• Lancet (Russia) — front-line loitering munition with battle-proven accuracy; 40 km range, 3–5 kg warhead, older guidance without AI-based GNSS-denied navigation.

Outlook

The HX-2 is the foremost test case for the “software-defined weapon” thesis in European defence. The Flytrap result (15/17 kills) and growing Ukrainian combat footage show that the platform has moved beyond early production hiccups and that the AI autonomy stack delivers tangible operational advantage. If Helsing can stabilise quality at scale – and the reported $1.2 billion fundraise and SAAB partnership suggest serious investment – the HX-2 is poised to become the first European loitering munition to win a multi-NATO procurement. The critical gate is proving serial production at 2,500 units/month while maintaining the software update cadence that differentiates it from hardware-centric legacy systems. The arrival of the CA-1 electronic-attack aircraft signals Helsing’s intent to build a broader autonomy portfolio, but the HX-2’s immediate battlefield feedback from Ukraine and the US evaluation will shape whether the “mass and precision” promise translates into lasting orders.

Key specifications

Sources

1. Helsing – “Helsing unveils intelligent strike drone for mass and precision.” https://helsing.ai/newsroom/helsing-unveils-intelligent-strike-drone-for-mass-and-precision
2. The Defense Post – “German firm to produce 6,000 HX-2 strike drones for Ukraine.” https://thedefensepost.com/2025/02/13/german-firm-drones-ukraine/
3. tech.eu – “Helsing raises €600M, more than doubling valuation to €12BN.” https://tech.eu/2025/06/17/helsing-raises-600-million-elevating-valuation-to-eur12bn/
4. TechCrunch – “Daniel Ek-backed defense tech Helsing to raise $1.2B at $18B valuation.” https://techcrunch.com/2026/05/11/daniel-ek-backed-defense-tech-helsing-to-raise-1-2b-at-18b-valuation/
5. Orbital Today – “Ukraine Fields Helsing HX-2 UAVs: First Videos Surface.” https://orbitaltoday.com/2026/04/10/ukraine-fields-helsing-hx-2-uavs-first-videos-surface/
6. Militarnyi – “Adaptation of German HX-2 Drone for Launch From Maritime Platforms.” https://militarnyi.com/en/news/german-hx-2-drone-launch-from-sea-platforms/
7. RBC-Ukraine / Defense Express – “Germany supplying Ukraine with drones similar to Russia's Lancet.” https://newsukraine.rbc.ua/news/germany-supplying-ukraine-with-drones-similar-1762925954.html
8. Bloomberg – “Ukraine Holds Off on New Helsing Drone Orders After Setbacks.” https://www.bloomberg.com/news/articles/2026-01-19/ukraine-holds-off-on-new-helsing-drone-orders-after-setbacks
9. The Defense Post – “Ukraine, Germany Pause Further Helsing HX-2 Drone Orders After Technical Issues.” https://thedefensepost.com/2026/01/20/ukraine-pause-helsing-hx2/
10. Axios – “U.S. troops test German-made Helsing attack drones in Europe.” https://www.axios.com/2026/06/09/helsing-drones-ai-army-flytrap
11. Odessa Journal – “Helsing Delivers 1950 AI-Powered HF-1 Drones to Ukraine.” https://odessa-journal.com/helsing-boosts-ukraines-defense-with-delivery-of-1950-ai-loitering-munitions
12. Militarnyi – “Russians Begin Complaining About German HX-2 Drone Strikes.” https://militarnyi.com/en/news/russians-complaining-german-hx-2-drones/