The French Directorate General of Armaments (Direction générale de l’armement – DGA) has formally awarded a contract modification for four additional SAMP/T NG (Sol-Air Moyenne Portée / Terrestre Nouvelle Génération) surface-to-air defense firing units.
Executed via the Organisation for Joint Armament Cooperation (OCCAR) on behalf of the French Ministry of Armed Forces, the procurement was contracted to Eurosam GIE—the joint venture formed by MBDA France, MBDA Italy, and Thales. The additional order expands the French Air and Space Force (Armée de l’Air et de l’Espace) inventory target to 12 operational SAMP/T NG batteries (with 10 scheduled for delivery prior to 2030). Built to operate within a multi-layer engagement architecture, the SAMP/T NG integrates Aster 30 B1 and Aster 30 B1NT (Block 1 New Technology) long-range interceptors alongside MICA VL (Vertical Launch) medium-range effectors. Managed from a single unified engagement module, the integrated battery network provides layered defense against air-breathing targets, maneuvering tactical ballistic missiles (TBMs), and high-speed maneuvering hypersonic strike threats.
TECHNICAL SPECIFICATIONS: EURO-SAM SAMP/T NG MULTI-LAYER AIR DEFENSE SYSTEM
Contracting Authority & Prime Industrial Consortium
⚡ Contracting Agency: OCCAR (Organisation Conjointe de Coopération en matière d’Armement) on behalf of DGA / French Air and Space Force
⚡ Prime Contractor Consortium: Eurosam GIE (MBDA France 37.5%, MBDA Italy 37.5%, Thales 25%)
⚡ Target Fleet Size: 12 Firing Units (Sections) total | 10 Units scheduled for delivery by 2030 
Batteries Architecture & System Components
💥 Engagement & Command Node: 1× Mobile Engagement Module (ME) providing automated threat evaluation, sensor fusion, and multi-layer effector allocation
💥 Multi-Function Radar Module: 1× Thales GF300 Kronos Grand Mobile High-Power AESA Radar (or Sea Fire variant) operating in C-band
💥 Detection & Tracking Envelope: 360-degree azimuth tracking coverage | Target detection range >350 km against conventional aircraft and >600 km for ballistic vectors
💥 Launching Units Configuration: Up to 6× Vertical Launch Modules per battery (8 ready-to-fire missiles per launcher; up to 48 Aster missiles per firing unit)
💥 Multi-Layer Integration: Direct command-and-control interface coordinating Aster 30 B1/B1NT launchers with integrated MICA VL / MICA NG and Mistral 3 VSHORAD units
Interceptor Missiles Specifications & Threat Envelopes
🚀 Aster 30 B1NT (Block 1 New Technology):
• Guidance Architecture: Active RF Seeker operating in Ka-band (sub-millimeter precision tracking) paired with PIF-PAF thruster thrust vector control
• Kinematics & Target Envelope: Max speed >Mach 4.5 | Operational engagement range: >150 km | Altitude ceiling: >20,000 m
• Threat Class Interdicted: Short-to-Medium-Range Tactical Ballistic Missiles (SRBM/MRBM), maneuvering hypersonic glide vehicles, anti-radiation missiles, and high-altitude strike jets
🚀 Aster 30 B1 (Baseline Long-Range Interceptor):
• Guidance Architecture: Active Ku-band RF seeker | Max speed Mach 4.5 | Operational range: >120 km
🚀 MICA VL / MICA NG (Vertical Launch Medium-Range Interceptor):
• Guidance Architecture: Dual-variant option — Active Radar (MICA RF) or Imaging Infrared (MICA IR) terminal seekers
• Kinematics & Target Envelope: Operational engagement range: 20 km to 40 km (MICA NG) | Intercepts low-altitude cruise missiles, UAVs, and standoff munitions
TIMES OF DEFENCE ASSESSMENT
The DGA’s decision to expand France’s order of SAMP/T NG systems to 12 firing units underscores Europe’s commitment to building sovereign, indigenous air and missile defense capabilities. In high-intensity combat operations, defense networks must counter complex saturation tactics involving high-volume kamikaze drones, low-flying cruise missiles, and high-altitude ballistic or hypersonic weapons. Relying on a single interceptor layer leads to rapid missile stock depletion when responding to low-tier aerial threats.
From an engineering and operational standpoint, the strength of the SAMP/T NG lies in its unified multi-layer command-and-control architecture and advanced sensor suite. Integrating Thales Kronos AESA 3D radars with the Ka-band active seeker of the Aster 30 B1NT missile allows the system to track and intercept high-speed targets—such as tactical ballistic and maneuvering hypersonic missiles—at ranges exceeding 150 km. Furthermore, incorporating medium-range MICA VL launchers into the same battery control network enables operators to optimize engagement economics, reserving expensive Aster 30 B1NT interceptors for high-tier ballistic threats while using MICA VL missiles against cruise missiles and aircraft.
