LORA is at the heart of a test with which the German Navy trialled a capability in the North Atlantic that it had not previously possessed at sea: the launch of a long-range ballistic missile from a German warship. The system comes from Israel Aerospace Industries (IAI). At least two LORA missiles were launched from the frigate “Sachsen-Anhalt”. Navy Chief Vice Admiral Jan Christian Kaack described it as “naval history”. The test involved far more than trialling a new weapon. Germany is beginning to restructure its navy for a form of deterrence in which Israeli technology is playing an increasingly important role.

The development is part of a broader strategic restructuring of the Bundeswehr. Germany is building its first long-range missile defence system with the Israeli-American Arrow system while simultaneously seeking ways to project precision effects over long distances itself. The Bundeswehr calls this second capability Deep Precision Strike.

This creates a remarkable constellation: Israel is supplying Germany with technology to protect against ballistic missiles and could now also provide a building block for Germany’s conventional deterrence capability at sea.

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What the German Navy tested with LORA in the North Atlantic

The trial took place during the night of 2 September 2026 in the North Atlantic. According to information from the German specialist outlet hartpunkt at least two LORA missiles were launched from the F125-class frigate “Sachsen-Anhalt”. Two German frigates had been redeployed to the maritime area between Ireland and Iceland for the undertaking.

Two LORA launch canisters had been positioned on the flight deck of the “Sachsen-Anhalt”. Material published by the Bundeswehr shows that one missile was launched from each of the two canisters. This is important for assessing the event, because this was not a theoretical concept presented at a trade fair. The system was trialled on an actual German warship in service under conditions close to reality.

The preparations were conducted largely away from public view. The undertaking was not invisible, however. According to the German Press Agency, shipping and air traffic had already been publicly warned of the area in question 45 days before the trial. The military purpose remained largely secret, but the necessary safety measures could naturally not disappear.

The trial was part of the Navy’s so-called Operational Experimentation, or OPEX. New technologies and military concepts are tested under conditions that are as realistic as possible before a decision is made on regular introduction. The test is therefore not procurement, but it is clearly more than a theoretical product presentation.

Kaack assessed the result in unusually clear terms. After the trial, he said that the Navy had “made naval history”. The possible range exceeded anything the German Navy had previously known. For Germany and its allies, this marked the beginning of a new chapter in deterrence and defence readiness at sea.

The Bundeswehr already possesses long-range precision capability with the Taurus cruise missile. What would be new for the Navy is a ballistic capability launched from the sea. That is precisely the gap addressed by the test.

ℹ️ What has been established so far

The German Navy successfully trialled LORA from a German frigate. At least two missiles were launched. Two launch canisters were installed on the flight deck of the “Sachsen-Anhalt” for this purpose. The Navy considers the trial strategically significant. However, no final procurement decision or specific quantity has yet been approved.

What LORA is—and where the question of range begins

The system was developed by Israel Aerospace Industries. In German reporting, the designation LORA is often rendered as “Long Range Attack”. IAI itself describes LORA as a “Long-Range Artillery Weapon System”.

The maritime variant is designed for long-range precision effects from ships. IAI describes Naval LORA as intended for operations from the sea against targets on land and against targets at sea. The manufacturer explicitly refers to sea-to-land and sea-to-sea effects.

There is, however, a notable discrepancy regarding range. IAI officially gives the land- and sea-based variant a range of 90 to 430 kilometres. German reports, by contrast, cite a range of more than 500 kilometres in connection with the current trial.

Without an official statement on the specific configuration tested, this discrepancy cannot currently be resolved. Different variants or configurations are possible, but this has not been publicly confirmed so far. The journalistically reliable position is therefore: IAI gives a range of 90 to 430 kilometres, while German reports speak of more than 500 kilometres in connection with the test.

That is precisely why it would be wrong to simply declare either figure the supposed final technical specification of the German variant.

Why Germany suddenly wants long-range weapons

To understand the significance of the test, one must abandon an image that shaped the Bundeswehr for decades. After the end of the Cold War, international stabilisation missions, crisis deployments and asymmetric conflicts were at the centre of attention. For a long time, a large-scale military confrontation with a technologically powerful adversary in Europe was considered politically unlikely.

Russia’s full-scale invasion of Ukraine destroyed that assumption at the latest.

The Bundeswehr now speaks openly about the need for long-range precision capabilities. In its own presentation from January 2026, it explains that Germany must be able to reach targets at great distances in order to deny a potential adversary the security to operate militarily important infrastructure unmolested far behind the actual front line. Range is thus explicitly understood as an element of deterrence.

This is a considerable mental shift. Germany is no longer discussing only how an attack can be repelled. The question increasingly also concerns which conventional capabilities must be available so that an adversary considers an attack too risky from the outset.

The Navy is once again orienting itself towards national and alliance defence

For the German Navy, this development means a profound restructuring of its tasks.

The strategically important area once again extends from the North Atlantic across the North and Baltic Seas to Europe’s northern flank. In these areas, the issue is not only patrols or securing individual sea routes. The focus is once again on alliance defence, protecting military reinforcements, controlling important sea lanes and being able to stand up to a militarily powerful adversary together with NATO partners.

The North Atlantic has particular significance in this context. Crucial connections between North America and Europe run through it. In a crisis or alliance scenario, the transport of American and Canadian reinforcements through this area would be of central importance for Europe’s defence.

That a trial involving a long-range system was conducted precisely there is therefore not an insignificant geographical detail.

It shows the strategic context in which the Navy is thinking about its future capabilities.

The F125 of all ships becomes the test platform

The ship used is particularly interesting in this context.

The “Sachsen-Anhalt” belongs to the F125 class. Conceptually, these frigates were still shaped strongly by the conditions of the post-Cold War era. Long-duration deployments in distant regions, crisis management and high availability played a central role in their development.

Now a ship of this generation is becoming the test platform for a capability that once again clearly stems from the logic of traditional national and alliance defence.

LORA launches from canisters. The ship therefore does not need a permanently installed vertical launch system. This allowed an F125, which was never planned as a carrier of this type, to become a test ship.

Few things illustrate the change in security policy more clearly: a ship planned largely according to the requirements of the old Bundeswehr is suddenly being used to trial capabilities for the Bundeswehr of the 2030s.

This is the Zeitenwende without a lectern for once.

LORA is part of a broader German transformation

The Israeli missile does not stand alone in this process.

The Bundeswehr is planning to build up several long-range conventional systems. Various air-, land- and sea-based capabilities have already been approved or publicly discussed. Germany is also participating in European development programmes intended to produce its own European solutions over the long term.

The reason is understandable: a new European system requires years to develop. A military capability gap, by contrast, exists today.

The Bundeswehr therefore describes a dual strategy. On the one hand, new European systems are to be developed in the long term. On the other, systems already available are to be used to build urgently needed capabilities more quickly.

This is precisely where Israeli technology becomes interesting.

Because of its particular security situation, Israel has decades of experience in developing missile defence, sensors, intelligence, reconnaissance and long-range precision systems. Many of these capabilities were not developed for a hypothetical scenario, but under the pressure of concrete military threats.

For Germany, this offers a practical advantage: Berlin does not have to wait in every area until a completely new European solution eventually becomes available.

Arrow 3 has already set the course

The extent of this cooperation is demonstrated by the Israeli-American Arrow missile defence system.

On 3 December 2025, the Bundeswehr declared the initial operational capability of the Arrow Weapon System for Germany. Germany thus has, for the first time, a capability to intercept long-range ballistic threats outside the Earth’s atmosphere. Additional system components and sites are being established step by step.

The Bundeswehr justifies the decision with notable openness: developing its own European system would have taken considerably longer. Arrow was available and could close an existing capability gap more quickly.

This has expanded the security-policy relationship between Germany and Israel. It consists not only of historical responsibility, diplomacy and German support for Israel’s security. Israel is now itself supplying technology that is directly relevant to Germany’s defence capability.

Arrow protects; LORA would close a different gap

The two systems must not be confused.

Arrow is used for missile defense. LORA, by contrast, is intended for conventional long-range effects. Together, the two projects show how broad German-Israeli security cooperation has now become.

On the one hand, the aim is to protect Germany and NATO infrastructure against long-range missile attacks. On the other, the Bundeswehr wants to build the capability to respond credibly to military threats itself over greater distances.

Defense is therefore increasingly made up of two elements: protection against an attack and credible deterrence before it begins.

A successful test does not yet amount to a German purchase of LORA. According to a spokesperson and matching agency reports, preparations for a possible procurement are now to be advanced. That is more than a laboratory shot and less than a purchase.

The open question of the German configuration

The different range figures must be clearly distinguished from one another. IAI gives a range of 90 to 430 kilometers for its publicly described LORA version; German reports speak of more than 500 kilometers in connection with the trial, while Navy Chief Kaack gives no specific figure. Which variant or configuration was actually tested in the North Atlantic, and which performance data would apply to a possible German procurement, has so far not been documented in detail publicly.

The procurement question is now more than theory

A successful test is not yet an introduction into service.

According to a Navy spokesperson and matching reports by the German Press Agency, planning for a possible procurement is now to be advanced further. This indicates a political and military intention. It is not a contract.

That is the decisive boundary: Germany is no longer merely examining in the abstract whether such a capability might be of interest. The Navy has tested the system on one of its own ships and wants to prepare the next steps toward a possible procurement.

That is precisely what the OPEX structure was created for. New technologies are not supposed to be assessed exclusively on paper for years, but tested in practice.

The fact that such tests can have consequences is shown by another Israeli system. According to hartpunkt, IAI’s BlueWhale unmanned underwater system was also tested within the OPEX structure and later procured for the Navy through the regular process.

This does not mean that LORA must take the same path. But it shows that the trial is part of a real innovation and procurement process.

German-Israeli defense ties work in both directions

In political discussions, the relationship between Germany and Israel is often viewed one-sidedly. Germany supports Israel, Germany bears historical responsibility, Germany supplies military systems or assumes diplomatic obligations.

This view is now incomplete.

Israel supplies Germany with capabilities that Berlin cannot provide itself, or cannot provide at short notice. Arrow is the most visible example of this. LORA could become another.

At the same time, the cooperation by no means consists only of Israeli exports. For decades, Germany has been one of Israel’s most important partners in submarines and maritime technology. The two countries are thus developing a security relationship in which industrial, military and strategic interests are increasingly intertwined.

The relationship has long since ceased to be a one-way street. Germany contributes to Israel’s security. Israel, for its part, supplies technology that has become directly relevant to German defense planning.

The European Israel paradox

That is precisely why part of the European debate on Israel increasingly seems strange.

Politicians regularly discuss restricting military cooperation with Israel, excluding Israeli companies or keeping the Jewish state at arm’s length in security-policy terms.

At the same time, European armed forces face real capability gaps.

And suddenly, there is a very sober examination of which systems are available, tested and militarily suitable.

In the case of Arrow, the decision favored an Israeli-American system. With LORA, another serious trial of Israeli technology is now taking place.

This is not an argument for procuring Israeli systems uncritically. Every decision must stand up militarily, financially and technically.

But it shows how quickly political symbolic debates lose importance when one’s own security is at stake.

A missile takes remarkably little interest in resolutions, hashtags and academic boycott campaigns. Defense ministries apparently feel the same way once the threat becomes concrete.

What the test says about Germany

Perhaps the German side of the episode is the most remarkable of all.

For decades, long-range military effects were almost a foreign concept in Germany politically. Defense was often discussed as if it essentially consisted of protection, crisis management and the hope that a potential adversary would be content with the same categories.

That notion has less and less to do with Europe’s security situation.

The Bundeswehr now states itself that credible deterrence also means not automatically leaving militarily important capabilities of a potential attacker beyond one’s own reach.

This does not mean that Germany should become more offensive or aggressive.

It means that defense is once again being conceived according to the rules of real power politics.

An adversary should know that an attack would entail costs it could not reliably control. That is the core of military deterrence.

The North Atlantic test is bigger than LORA

Whether the German Navy will ultimately procure LORA remains open. Other systems, European developments, technical requirements, costs and political decisions will all feed into the assessment.

The trial nevertheless already has significance.

It shows a navy that is not merely discussing new capabilities, but testing them in practice. It shows a Bundeswehr that once again regards range as part of defense. And it shows a German-Israeli partnership that has grown far beyond political declarations.

Arrow is already protecting German airspace. LORA is now being tested as a possible maritime capability.

This makes visible how closely the security-policy interests of the two countries now overlap.

The LORA test is not yet a procurement decision. But it marks a strategically important step: the German Navy is testing a long-range ballistic capability from one of its own warships for the first time. The fact that the technology comes from Israel is not a minor detail. Following Arrow, it once again becomes clear that German-Israeli security policy is no longer shaped solely by history and solidarity, but increasingly also by shared strategic interests.

Ultimately, the launch in the North Atlantic therefore tells less the story of a single missile than the story of a changing security order. Germany is seeking credible deterrence, while Israel possesses technologies that can play a role in this. Political partnership is thus developing step by step into an ever-closer interweaving of strategic interests.