SAMP/T NG: technology, range and Europe’s next air-defence shield

SAMP/T NG is not merely a new missile on a new truck. France and Italy are building a European air-defence architecture around ASTER 30, new 360-degree radars and a more open command module. It is designed to engage aircraft, cruise missiles, drones and selected ballistic threats while connecting to national and NATO networks.

SAMP/T NG’s strategic value lies less in one maximum-range figure than in the interaction of sensor, command system, effectors, mobility and European control of the supply chain.

Editorial status: 16 August 2026. Bild mit KI generiert – realistic editorial concept image of a mobile SAMP/T NG battery.

Technical reference data

Status	Development and entry into service; deliveries announced from 2026
Users	France and Italy
Industry	EUROSAM with MBDA and Thales; nationally selected radar variants
Radar	Ground Fire 300 or Kronos Grand Mobile High Power, rotating 360° GaN AESA
Firepower	Up to six launchers with eight ASTER missiles each; up to 48 ready to fire
Effectors	ASTER 30 B1/B1NT; French dual-layer plan adds VL MICA and may later add MISTRAL 3
Company claims	Detection beyond 350 km; interception of air-breathing targets beyond 150 km
Command crew	Up to four people in the engagement module, according to EUROSAM

Note: ranges and target counts are manufacturer claims; operational limits remain classified.

Why Europe needs it

Ukraine has shown that object defence, area defence and missile defence can no longer be planned in isolation. Small drones, aircraft, cruise missiles and ballistic weapons may arrive together. SAMP/T NG is therefore best understood as the networked core of a layered shield, not as a self-sufficient dome.

Battery architecture

EUROSAM lists four main elements: up to six mobile vertical launchers, one multifunction radar, the new engagement module and a mobile direct-support unit. Each launcher carries eight ASTER missiles. Dispersion improves survivability but makes resilient, encrypted links between radar, command post and launchers indispensable.

Two national radar paths

France uses the Thales Ground Fire 300; Italy the Leonardo Kronos Grand Mobile High Power. Both employ a rotating active electronically scanned array using gallium-nitride technology. EUROSAM claims all-round coverage, tracking of more than 1,000 targets and radar emplacement in under 15 minutes by two operators. These are supplier figures, not independent combat-test results.

ASTER 30 B1NT

ASTER combines aerodynamic control with the PIF-PAF lateral-thrust system for high agility. B1 already addresses tactical ballistic threats; B1NT is intended to enlarge the defended envelope with a new generation of seeker and electronics. Exact limits against speed, manoeuvre, signature and countermeasures remain classified. Claims that it defeats every hypersonic weapon are therefore not supportable.

What the range figures mean

EUROSAM advertises detection beyond 350 kilometres and interception of air-breathing targets beyond 150 kilometres. It also refers to manoeuvring ballistic missiles whose own range exceeds 600 kilometres. Those are different measures. Radar horizon, altitude, target type, geometry and missile energy all change the effective defended area.

The French dual layer

In April 2026 OCCAR contracted EUROSAM, MBDA and Thales to integrate the VL MICA engagement chain into France’s SAMP/T NG command module. ASTER is intended for the medium/upper layer, VL MICA for shorter range, with MISTRAL 3 a possible later layer. France plans eight sections in dual-layer form by 2030. MBDA says it is ready to integrate CAMM-ER for Italy, but that statement is not the same as an Italian contract.

Networking and 360-degree defence

Vertical launch and rotating sensors reduce directional blind spots. The engagement module is designed to handle aerodynamic and ballistic tracks simultaneously and connect through NATO-standard links including Link 16 and JREAP. External sensors may provide warning, but the exact conditions for firing on third-party tracks are not fully public.

Limits under saturation

Forty-eight ready missiles are still finite. Reload time, camouflage, displacement, decoys and short-range defence against drones determine endurance. The cost exchange also matters: using an ASTER against every cheap target is unsustainable. Layering is therefore an economic as well as a tactical requirement.

Industry and schedule

EUROSAM is the Franco-Italian system house backed by MBDA and Thales; Leonardo is central to the Italian sensor solution. Deliveries are advertised from 2026. Reliable public data on unit cost, missile stocks, batch sizes and the operational readiness of individual units remain sparse.

Assessment

SAMP/T NG is Europe’s strongest sovereign project in mobile medium- and long-range ground-based air defence. Its success will be measured by production rate, ammunition depth, training and network integration—not a brochure duel with Patriot. With genuinely layered effectors it could anchor a European shield; with too few batteries it will remain an excellent but scarce island of protection.

Frequently asked questions

Is SAMP/T NG operational?

It is entering delivery and service in 2026; full unit readiness and the dual-layer configuration will arrive in stages.

How many missiles are ready?

Up to 48 ASTER missiles in six eight-round launchers, although a deployed battery can be smaller.

Can it intercept ballistic missiles?

Selected tactical and manoeuvring ballistic threats are part of the mission. Performance depends on the target and engagement geometry.

Is it Europe’s Patriot?

The roles overlap, but the architecture, missiles and concepts differ; a one-to-one label obscures more than it explains.

Primary sources

• MBDA – ASTER Family
• EUROSAM – Ground Systems / SAMP/T NG
• MBDA – SAMP/T NG dual-layer contract, 11 June 2026

Bild mit KI generiert – realistic editorial concept image of a mobile SAMP/T NG battery.