Euronext | MLUAV | € 42.20 | 05/22/2026
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Veronte Autopilots

Programmable control systems for autonomous vehicles and fly-by-wire aircraft. Suitable for UAVs, USVs, UGVs, eVTOL in all its configurations. Developed in compliance with aircraft certification standards DO178C, DO254 and DO160.

Flight Controllers

1x

1x

SAIL I-IV | Fail-Safe
Miniaturized flight control system for drones, eVTOLs, and autonomous vehicles. Developed in accordance with avionics certification standards DO-178C (ED-12), DO-254 (ED-80), and DO-160. It integrates sensors, 4G BLOS communications, and Remote ID / ADS-B
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4x

4x

SAIL I-VI & TC | Fail-Operational
Redundant control system for drones and eVTOL requiring certification or safety-critical operations. Developed under DO-178C, DO-254 and DO-160G standards, with a fail-operational architecture and no single point of failure.
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DRx

DRx

SAIL I-VI & TC | Distributed Redundant
Designed to meet eVTOL certification requirements (DO178C / ED-12, DO254 / ED 80, and DO160) this Distributed Redundant Autopilot is the only flight controller for fly-by-wire and autonomous control “Ready To Fly” any eVTOL aircraft for UAM
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KAI

KAI

High-Integrity | Kinetic with AI
High-performance flight control system with embedded AI for tactical, industrial operations. Developed to ensure maximum robustness in complex environments, it integrates neural processing, 4G BLOS communications, and safety-critical computing.
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Simulation

HIL

HIL

Hardware in the Loop Simulator
HIL serves as a potent tool for Veronte Autopilot integration, development, and operator training. It allows safe system operation in a controlled environment before actual flights. The autopilot interprets simulated data as authentic sensor input.
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SIL

SIL

Software in the Loop Simulator
HIL facilitates the integration of the Veronte Autopilot and operator training, enabling safe operation in a controlled environment before performing actual flights. The autopilot interprets simulated data as if it were real sensors or devices.
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Visual Navigation

VBN

VBN

Vision Based Navigation System
Visual navigation system with advanced computer vision capabilities to revolutionize autonomous navigation. Equipped with algorithms for GNSS-denied and Sense and Avoid functionalities, it's a prime choice for UAV and eVTOL certification.
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