Thales Unveils Next-Generation 70mm Laser-Guided Rocket Designed for Counter-UAS Missions
French defense technology giant Thales has introduced the LGR275 Proxy, a 70mm laser-guided rocket purpose-built for Counter-UAS (C-UAS) operations. The system addresses the growing threat posed by Class 1 and Class 2 drones on modern battlefields, offering a cost-effective and platform-flexible solution for NATO allies and partner nations.

Highlights
- Thales has officially unveiled the LGR275 Proxy, a 70mm laser-guided rocket purpose-built for Counter-UAS (C-UAS) operations.
- The LGR275 Proxy is equipped with a proximity fuze, allowing it to destroy small, fast-moving drones without requiring a direct hit.
- The system is compatible with helicopters, ground vehicles, and fixed-wing aircraft, providing multi-platform operational flexibility.
- The weapon is targeted at NATO member states and allied nations facing growing Class 1 and Class 2 drone threats on the modern battlefield.
- Thales plans to conduct live-fire demonstrations at future international defense exhibitions, having already attracted interest from multiple allied militaries.
Thales Unveils Next-Generation 70mm Laser-Guided Rocket Designed for Counter-UAS Missions
French defense technology group Thales has officially unveiled its latest weapon system — the LGR275 Proxy — a 70mm laser-guided rocket purpose-built for Counter-UAS (C-UAS) missions. The announcement marks a significant milestone in contemporary precision strike capabilities against both ground and aerial targets.
Responding to an Urgent Drone Threat
Across conflict zones worldwide, Class 1 and Class 2 unmanned aerial systems have fundamentally transformed the character of modern warfare. Small, low-cost, and highly maneuverable drones are being deployed at scale for reconnaissance, precision strikes, and electronic warfare, exposing the limitations of legacy air defense systems.
These threats are characterized by rapid proliferation, high sortie rates, and low radar cross-sections — making them one of the most dynamic and challenging security problems facing contemporary armed forces.
Core Capabilities of the LGR275 Proxy
The LGR275 Proxy features a 70mm caliber design integrated with a laser guidance system, enabling precise target acquisition and destruction of a wide range of UAS targets. Compared to conventional air defense missile systems, the rocket offers clear advantages in cost-effectiveness and operational flexibility, and is compatible with multiple platforms including helicopters, ground vehicles, and fixed-wing aircraft.
The "Proxy" designation indicates the weapon is equipped with a proximity fuze, which detonates the warhead upon approaching the target. This significantly increases lethality against small, fast-moving drones without requiring a direct hit — a critical advantage when engaging agile UAS threats.
Rising Demand for Counter-Drone Solutions
Since the outbreak of the Russia-Ukraine conflict, the widespread battlefield use of both commercial and military-grade drones has compelled defense establishments worldwide to accelerate the development and deployment of counter-UAS solutions. The LGR275 Proxy represents Thales' direct response to this urgent operational requirement, designed to provide NATO member states and their allies with an effective, scalable neutralization tool.
Thales' Strategic Position in the C-UAS Market
Thales has long maintained deep expertise in precision-guided munitions and air defense systems. The introduction of the LGR275 Proxy further consolidates its leadership position in the counter-drone market. The weapon system is expected to be demonstrated at upcoming international defense exhibitions, and has already attracted significant interest from the militaries of several allied nations.
As the drone threat continues to evolve, Thales has stated its commitment to ongoing R&D investment to ensure the LGR275 Proxy remains capable of countering increasingly complex UAS threat environments in the future.
This article was compiled and translated from an official Thales announcement.
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