France Selects MBDA Safran Thundart Rocket Artillery to Replace LRU With Sovereign 150 km Deep Fires.

France has selected the MBDA-Safran Thundart rocket artillery system to replace the French Army’s LRU, a decision announced at Eurosatory 2026 that gives Paris a sovereign path to 150 km ground-launched precision fires. The choice strengthens France’s ability to strike deeper targets without relying on foreign systems.

The Thundart will form the core of France’s post-LRU deep fires architecture, with an initial capability expected by 2030. Its range and national industrial control support the Army’s future division and corps model, where long-range fires will be central to deterrence and high-intensity warfare.

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Thundart, selected by France at Eurosatory 2026, will replace aging LRU launchers with a sovereign 150 km precision strike capability using MBDA propulsion, Safran guidance, and an 8×8 launcher carrying eight rockets (Picture source: Army Recognition Group).

Thundart answers a narrow but significant shortfall. The French Army currently relies on a small LRU fleet derived from the tracked M270 launcher, operated by the 1st Artillery Regiment and modernized to fire GPS-guided 227 mm M31 unitary rockets. The French Ministry of Armed Forces lists the LRU’s M31 rocket range at 15 km to more than 70 km, with a 90 kg fragmentation warhead, while French forces have nine remaining LRU systems to replace. In practical terms, the Army’s existing rocket artillery can still deliver accurate fire, but its range, numbers, aging support base, and ammunition life make it poorly sized for a high-intensity European contingency.

The FLP-T, or Frappe Longue Portée Terrestre, requirement was launched by the DGA to replace the LRU by the end of the decade. MBDA and Safran first presented Thundart at Eurosatory 2024, then fired the munition on April 14, 2026, at DGA Essais Missiles on Île du Levant, off southern France. MBDA stated that the first firing came 18 months after initial design work and that more than 100 employees were involved across both companies. That timing mattered politically and technically: the test occurred only weeks before the procurement decision, while the competing ArianeGroup-Thales proposal remained less publicly documented in terms of flight demonstration maturity.

The munition is a guided surface-to-surface rocket designed for a published range of up to 150 km, more than twice the current LRU range. Safran lists metric accuracy, high supersonic speed, hybrid inertial/GNSS guidance, and resistance to spoofing and jamming; GIFAS has described the rocket as a 227 mm guided munition, which would keep it in the same general caliber family as the current LRU ammunition. The armament architecture divides responsibilities clearly: MBDA leads the strike munition, warhead integration, and missile design, Roxel provides the propulsion, and Safran supplies a guidance package derived from the AASM Hammer precision weapon used by French combat aircraft. The reported 100 kg payload is broadly comparable in mass to the M31’s 90 kg class warhead but delivered at roughly double the reach.

The launcher configuration shown at Eurosatory is also relevant to the Army’s employment concept. Safran describes a complete artillery system with an integrated two-axis turret, fire control, and two munition pods, each holding four guided rockets, for eight ready-to-fire rounds. The carrier is a Scania France 8×8 truck with a protected cab, autonomous loading and unloading, 90 km/h road speed, and up to 600 km of driving range. Additional contributors include Scania for the 8×8 carrier, Essonne Sécurité for the armored cab, and Palfinger for the reload crane. The shift from a tracked M270-derived launcher to a wheeled 8×8 truck reduces tracked-vehicle maintenance burden and improves road mobility, but it also makes terrain access, route selection, and logistics discipline important parts of future tactical employment.

At tactical level, Thundart’s value depends less on salvo size than on target cycle speed. A launcher with eight rockets cannot compensate for weak target acquisition; it needs counter-battery radars, unmanned aerial vehicles, electronic intelligence, forward observers, and higher headquarters to produce coordinates quickly enough for engagement before the target moves. Safran says Thundart is interoperable with existing C3I and artillery systems, including ATLAS, which is important because a 150 km rocket moves artillery from support of close combat into division- and corps-level interdiction. Likely target sets include command posts, ammunition transfer points, air-defense batteries, artillery firing areas, bridges, logistics hubs, and assembly areas. The central issue is not merely replacing launchers, but rebuilding an organic land strike layer between CAESAR self-propelled howitzers and air-launched cruise missiles.

The procurement quantities remain the decisive variable. The expected contract is estimated at about €600 million and could be notified as early as July 2026. The 2024-2030 military programming law originally referred to at least 13 new systems, while the update under parliamentary review raised the ambition to between 13 and 26 systems; the Senate examination added a possible objective of 26 sovereign LRU successors by 2030 and up to 52 by 2035, although that higher figure depends on funding not yet secured. Patrick Pailloux, the DGA chief, also referred to 300 rockets by the end of the decade, a figure that gives a useful order of magnitude: at eight rockets per launcher, 300 munitions would equip the planned force with only a limited number of full salvos before resupply becomes the limiting factor.

The industrial decision is therefore as important as the technical selection. French reporting indicates that price weighed in the final arbitration and that the MBDA-Safran solution relies on existing qualified industrial segments, including guidance work in Allier, electronics at Fougères, final assembly in Seine-Saint-Denis, and MBDA’s planned 40-hectare site near Orléans, expected to be operational by 2030. The same reporting noted that Lockheed Martin tried to return late with a revised HIMARS offer, including shorter delivery timelines and a lower price, but the political and supply-chain argument favored a French-controlled solution. This reflects a wider European pattern: armies want rapid access to rocket artillery, but they also want control over munitions production, export permissions, stockpile growth, and wartime replenishment.

Thundart does not close every French deep-strike gap. Its 150 km reach is a first layer, not a substitute for future 300 km, 500 km, or 1,000 km land-based strike weapons now being discussed in Europe after the war in Ukraine exposed the operational importance of depth, mass, and ammunition stocks. Its near-term effect is more specific: replacing nine aging LRU launchers with a larger wheeled rocket artillery force, restoring a national munition supply chain, and giving French corps-level commanders a tool to strike targets beyond conventional tube artillery range without waiting for aircraft availability. The model at Eurosatory 2026 matters because the procurement decision behind it fixes France’s first concrete answer to the LRU problem, while leaving open the next question: whether the Army will buy enough launchers and rockets to make deep fires a sustained wartime capability rather than a scarce precision asset.

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Written by Evan Lerouvillois, Defense Analyst.

Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.