Neuron

🇫🇷France
Dassault Aviation
2012 – Present
Overview
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Neuron - Image 2
The nEUROn is an experimental unmanned combat drone developed by Dassault Aviation, featuring advanced stealth technology and designed as a collaborative European project.
Specifications

General

StealthYes
WeaponsTwo laser-guided 250kg bombs
AutonomousYes
Hardpoints2
Payload Kg1,100 kg
Wingspan M12.5 m
Max Speed Kmh980 km/h
Service Ceiling M14,000 m
Research Notes

European stealth UCAV demonstrator

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nEUROn is a Dassault-led European unmanned combat air vehicle demonstrator created to preserve and prove advanced combat-aircraft design skills.

nEUROn was launched as a cooperative European UCAV technology demonstrator under French DGA authority, with Dassault Aviation as prime contractor and partners from several European countries. The goal was not to field an operational combat drone, but to validate technologies that Europe would need for future air combat programs: stealth shaping, autonomous flight control, weapons-bay integration, mission systems, and cross-border industrial cooperation.

Flying-wing demonstrator for stealth and mission systems

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The demonstrator uses a low-observable flying-wing layout and internal weapon bay to test flight control, signature control, and strike-system integration.

Technically, nEUROn is a full-scale flying-wing demonstrator rather than a small experimental drone. Dassault describes it as a platform for validating high-level flight control, stealth, internal weapons carriage, C4I integration, and real air-to-ground weapon release from an internal bay. Its value lies in risk reduction: engineers can prove design tools, materials, software, and integration methods before committing to an operational future combat-air system.

Testbed feeding future combat-air programs

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nEUROn performs flight-test and technology-demonstration work, informing future manned-unmanned and FCAS-related concepts.

Operationally, nEUROn should be understood as a test asset. It has flown demonstration missions, including formation work with crewed aircraft, to explore how low-observable unmanned systems may fit into future air operations. The program's lasting importance is the know-how it gives European industry and air forces for future loyal-wingman, strike-drone, and FCAS-connected designs.

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