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Safran Plans 1,400 AASM Hammer Guided-Bomb Kits in 2026 as Montluçon Output Scales Sevenfold Since 2022

Technical Summary

Safran Electronics & Defense intends to manufacture 1,400 AASM (Armement Air-Sol Modulaire) Hammer precision-guided munition kits in 2026, chief executive Olivier Andriès told La Tribune. The figure continues a steep ramp: roughly 200 kits in 2022, 830 in 2024 (about 40 percent above the 600 planned), approximately 1,080 in 2025 (up 30 percent), and 1,400 targeted for 2026. The expansion is backed by a 120 million euro investment at the Montluçon plant and 150 new jobs, part of a 1.4 billion euro capacity package the group approved in 2025.

AASM Hammer is a strap-on guidance and propulsion kit rather than a complete weapon. A guidance section and a range-extension or rocket-boost kit are fitted to the front and rear of a standard unguided bomb body in the 125kg, 250kg, 500kg or 1000kg class, converting general-purpose ordnance into a precision standoff munition. The Montluçon site also produces the jamming-resistant gyroscopes used for navigation and targeting, with output set to triple from 10,000 to 30,000 units a year by 2032.

AASM Hammer output is on course for 1,400 kits in 2026, roughly seven times the 200 produced in 2022, supported by a 120 million euro expansion of the Montluçon plant and a tripling of gyroscope capacity by 2032. ISC analysis of Safran production figures, June 2026

Analysis of Effects

The kit's military value is standoff precision wrung from legacy iron bombs. The rocket-boosted AASM reaches about 70km when released from altitude; the Hammer XLR variant, shown in June 2025, replaces the booster with a turbojet and extends stated reach to between 150 and 200km from high-altitude release. Guidance is a hybrid inertial and satellite package giving metric-class accuracy, and seeker options, including imaging infrared and laser, allow engagement of moving or relocatable targets. The warhead is the host bomb itself, so terminal effect, fragmentation pattern and net explosive quantity (NEQ) follow the chosen body, typically a 250kg-class general-purpose bomb for the AASM 250.

At fleet scale the production figure matters more than any single shot. Sustained combat use in Ukraine validated the kit and drove the order book; 1,400 kits a year gives France and export customers a credible magazine for a weapon that costs far less than a cruise missile yet is far more survivable than an unguided bombing run. The gyroscope expansion is the quieter signal, since jamming-resistant inertial measurement is the component most exposed both to electronic-warfare pressure and to supply bottlenecks across the wider munitions sector.

Personnel and Safety Considerations

An assembled AASM round combines an explosive-filled bomb body with a solid-propellant rocket booster, two distinct energetic hazards. The bomb body carries a main-charge high-explosive fill and is generally handled at Hazard Division (HD) 1.1, the mass-detonation division, once fuzed; the solid rocket motor is a propellant hazard, typically HD 1.3, the mass-fire division. Storage and transport classification, net explosive quantity and the host bomb's fuze type are the determining safety parameters and vary by configuration. During build-up and handling, crews should treat the booster and the warhead as separate hazard items.

Data Gaps

Open sources do not state the split of the 1,400 kits across the 125kg, 250kg, 500kg and 1000kg bodies; the share allocated to the turbojet Hammer XLR against the rocket-boosted baseline; the customer breakdown between French stocks, Ukraine and other export users; the main-charge fill, that is, a legacy fill such as Tritonal against an insensitive-munitions composition; the fuze type and NEQ per body; and whether the figure counts kits produced or kits delivered. These should be treated as unconfirmed.

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