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THUNDART Rocket System


Defense Systems Full Specifications
1. General Information
| System Name | THUNDART Rocket System |
| Manufacturer | MBDA / Safran Electronics & Defense |
| Country of Origin | France |
| Type / Role | Long-Range Guided Rocket Artillery |
| Caliber | ~227 mm class (variant dependent) |
| Year Introduced | 2024 (program reveal) |
| In Service | Under development |
| Unit Cost | USD 2M – 6M (estimated launcher) |
| Crew Required | 3–5 |
| Platform Type | Truck-mounted MLRS |
| Power Source | Diesel tactical vehicle |
2. Performance & Firepower
| Maximum Effective Range | ~150 km |
| Minimum Range | ~5 km |
| Rate of Fire (Sustained / Burst) | Multiple rockets per salvo |
| Accuracy (CEP) | Meter-level (guided) |
| Elevation Range | -5° to +60° |
| Traverse Range | 360° |
| Recoil System | Stabilized launcher |
| Reload Time | Several minutes |
3. Ammunition & Warhead Options
| Compatible Ammunition | Guided HE rockets |
| Warhead Type | Fragmentation / precision HE |
| Warhead Weight | Classified (tens of kg class) |
| Fuse Type | Impact / proximity |
| Guidance | INS + GNSS |
| Effective Burst Radius | ~30–120 m |
4. Fire Control & Targeting Systems
| Fire Control System | Digital ballistic computer |
| Aiming System | GPS + INS |
| Communication Link | Secure tactical data link |
| Night Operation | Thermal + IR |
| Automation Level | Semi-automated |
| Targeting Assistance | UAV + radar integration |
5. Launcher / Platform & Mobility
| Platform Type | 8×8 truck launcher |
| Mobility Range | ~500–700 km |
| Top Speed | ~90 km/h |
| Setup / Emplacement Time | 2–3 minutes |
| Transportability | Air transport capable |
6. Protection & Survivability
| Armor Level | Light armored cab optional |
| Counter-Battery Radar Integration | Compatible |
| Shoot-and-Scoot Capability | Yes |
| Signature Reduction | Reduced thermal footprint |
7. Command, Control & Networking
| C2 System | Integrated artillery network |
| Connectivity | SATCOM + secure radio |
| Operation Mode | Networked / manual |
| Compatible Systems | ATLAS fire control system |
8. Operational History
| Primary Operators | France (planned) |
| Combat Proven | No |
| Operational Deployment | Test firing phase |
| Notable Feature | Pre-operational |
9. Dimensions & Weight
| System Weight | 20–30 tons |
| Dimensions (L×W×H) | 8×8 tactical truck |
| Transport Configuration | Modular launcher pods |
10. Maintenance & Support
| Maintenance Cycle | 6–12 months |
| Field Servicing Time | <1 hour |
| Training Requirement | 3–4 weeks |
| Support Package | OEM logistics package |
11. Economic / Procurement Data
| Estimated unit cost | USD 2M – 6M |
| Export Status | ITAR-free (controlled export) |
PROS
- 150 km precision strike capability
- Strong performance in GNSS denied environments
- High mobility with rapid repositioning
- European sovereign and ITAR-free design
- Integration with modern battlefield networks
CONS
- Still in development phase
- No full combat deployment yet
- Limited range compared to some global MLRS systems
- High dependency on digital fire control systems
- Rocket costs likely high for guided munitions
THUNDART Rocket System: Long Range Precision Strike
THUNDART is a next-generation long-range ground-to-ground rocket artillery system developed under France’s FLP-T program. Designed by MBDA in partnership with Safran Electronics & Defense, it is intended to replace aging French LRU rocket systems and restore deep strike capability for high intensity warfare. The system focuses on precision, mobility, and resilience in electronic warfare environments, including GNSS jamming conditions.
THUNDART is built around a truck-mounted launcher capable of firing guided rockets with high accuracy at long distances. It is designed for rapid deployment and shoot-and-scoot survivability, reducing vulnerability to counter-battery fire.
A successful live firing was conducted in 2026, marking a key validation step in the program’s development phase.
Manufacturer
The system is jointly developed by:
- MBDA (France)
- Safran Electronics & Defense
It is part of the French FLP-T (Frappe Longue Portée Terrestre) sovereign defense initiative, aimed at ensuring independent European long-range strike capability.
Speed and Range
- Maximum Range: ~150 km (official baseline)
- Speed: High supersonic (exact Mach not publicly disclosed)
- Guidance: INS + GNSS with hardened navigation for jammed environments
- Accuracy: Metric-level precision for guided strikes
- Mission Flexibility: Fixed and mobile target engagement
Cost and Price
- Estimated Launcher Cost: USD 2 million to 6 million (system dependent)
- Rocket Cost: Classified, estimated significantly higher for guided rounds
- Program Status: Pre-operational, not yet mass fielded
Success Story
- First successful live firing: 2026 validation test
- Demonstration phase ongoing under French DGA oversight
- Not yet fully operational, but performance confirmed in trials
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