eVTOL platforms
High-lift electric aircraft for advanced mobility and heavy mission profiles.
ADVANCED AERIAL SYSTEMS
Engineering eVTOL, UAV & autonomous systems.
Advanced aircraft, subsystems and onboard intelligence for demanding aerial missions.
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01 / LUDRON
Aircraft, subsystems and autonomous intelligence.
A broader view of the LUDRON family and the application domains it serves.
UAV systems
Configurable unmanned aircraft optimized around payload, endurance and mission.
Agriculture
Spraying, mapping and repeatable autonomous field operations.
Inspection & AI
Computer vision, autonomy and aerial data capture for industrial workflows.
Defence
Adaptable aircraft architectures for specialized operational requirements.
Payload integration
Mission-specific sensors and payload integration from concept to testing.
Subsystems
Battery systems, powertrains, structures and onboard software.
R&D and testing
Simulation, prototyping, bench validation and flight-test support.
LUDRON / eVTOL
- Flight time20–40 min
- Max speed100 km/h
- Max thrust500 kg
- Payload150 kg
- ArchitectureRedundant
- GuidanceAutonomous assisted
INTERACTIVE 360°
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LUDRON eVTOL
03 / UAV
LUDRON Crow
A configurable UAV platform optimized around the mission profile, including defence applications and AI-assisted inspection, with payload up to 1 kg.
Request to buy ↗03 / TECHNOLOGY
One integrated technology stack.
AIRFRAME ENGINEERING
Lightweight structures, mechanical integration and mission-driven design.
+ELECTRIC PROPULSION
High-power propulsion, power electronics and optimized thrust architecture.
+AVIONICS & CONTROL
Flight computers, sensing, navigation, redundancy and real-time control.
+R&D
Simulation, prototyping, testing and technical iteration from concept to flight.
+AI & PERCEPTION
Onboard intelligence, perception workflows and data-assisted decision systems.
+04 / SYSTEMS
Subsystems. Ready to integrate.
Selected subsystems and engineering capabilities for advanced aircraft programs.
Battery systems for eVTOLs
High-voltage packs, packaging and thermal integration for demanding missions.
Discuss integration ↗
Powertrains for eVTOLs
Motors, ESCs and power distribution tailored to electric aircraft.
Discuss integration ↗
Aerospace airframes
Lightweight structures and mechanical integration for prototypes and advanced platforms.
Discuss integration ↗
Onboard AI & flight software
Mission logic, guidance, HMI and onboard intelligence for next-generation aircraft.
Discuss integration ↗
Propulsion test & certification
Laboratory testing and validation for motors, ESCs and integrated propulsion systems.
Discuss integration ↗05 / ENGINEERING
From requirements
to flight validation.
A measurable engineering workflow from concept definition to real-world testing.
Requirements
Mission definition, constraints and performance targets.
Simulation
Aerodynamics, structures, propulsion and flight-dynamics analysis.
Prototype
Rapid hardware iteration with embedded integration.
Ground test
Powertrain, telemetry and subsystem validation.
Flight test
Envelope expansion and mission verification.