MV-100 VELOCE / LARINAE
French fixed-wing turbine-powered programme whose current product naming spans VELOCE and LARINAE.
- Country / region
- France
- Programme status
- Supplier-reported status
- Sources reviewed
- 21 Sept 2026
- Primary domain
- Air
- System type
- Loitering munition
- Developer / manufacturer
- EOS Technologie / KNDS France
- Origin / production countries
- France
- Other names
- MV-100 Larinae; Veloce
- Variants / configurations
- Not distinguished in reviewed sources
- Operators / programme customers
- Not identified in reviewed sources
Evidence & current status
Current supplier naming differs between pages; no separately verified fleet acceptance is inferred from catalogue availability.
Role & capabilities
- Loitering munition programme
Specifications in context
- Airframe
- Fixed wing
Current MV-100 table.
Source - Launch / recovery
- Catapult launch; expendable aircraft
Product architecture, not deployment guidance.
Source - Propulsion
- Turbine
Supplier description.
Source - Dimensions
- 3.30 m wingspan
Current product configuration.
Source - Mass
- 25 kg
Supplier-listed weight; loading basis not detailed.
Source - Endurance
- 30 minutes
Supplier operational-endurance claim.
Source - Range
- Up to 100 km
Maximum claimed range; mission conditions unspecified.
Source - Speed
- Not established in the reviewed public sources.
Public evidence gap. No estimate or neighbouring variant value has been substituted.
Source - Altitude
- Not established in the reviewed public sources.
Public evidence gap. No estimate or neighbouring variant value has been substituted.
Source - Payload
- Not established in the reviewed public sources.
Public evidence gap. No estimate or neighbouring variant value has been substituted.
Source - Sensors
- Not established in the reviewed public sources.
Public evidence gap. No estimate or neighbouring variant value has been substituted.
Source - Communications / navigation
- Not established in the reviewed public sources.
Public evidence gap. No estimate or neighbouring variant value has been substituted.
Source