Veronte Flight Controllers

Veronte Autopilots (1x, 4x, and DRx) are engineered as certifiable flight control systems developed under strict adherence to DO-178C and DO-254 DAL-B software and hardware assurance processes, as well as qualified against DO-160G environmental standards. Because complete airworthiness type certification is legally issued to the complete aerial vehicle (airframe, propulsion, actuators, and avionics combined), no standalone autopilot holds an independent type certificate. Embention provides comprehensive Certification Data Packages (lifecycle evidence, test cases, and tool qualification artifacts) that UAV and eVTOL manufacturers submit directly to EASA, FAA, or the UK CAA to streamline airworthiness approval.

The Veronte product line scales across all Specific Operations Risk Assessment (SORA) assurance levels:

• SAIL I & II: The single-core Veronte Autopilot 1x fulfills all standard flight containment, geofencing, and Flight Termination System (FTS) activation requirements.
• SAIL III & IV: Veronte 1x with isolated hardware watchdog or Veronte 4x delivers Medium/High integrity M2 Ground Risk Mitigations and Enhanced Containment.
• SAIL V & VI: Veronte 4x (triple-redundant with voting arbiter) and Veronte DRx (distributed redundancy) provide the fail-operational reliability (up to 10^-9 failures/flight hour) required for complex BVLOS operations over populated assemblies and controlled airspaces.

Both models provide triple-redundant, fail-operational flight control, but serve different physical installation needs:

• Veronte Autopilot 4x: Integrates three independent 1x autopilot cores plus a fourth dissimilar voting arbiter within a single compact IP67 aluminum chassis (615 g). It is ideal for tactical drones, medium UAVs, and airframes with concentrated avionics bays.
• Veronte Autopilot DRx: Physically separates the three redundant cores into three individual enclosures installed across different physical zones of the aircraft. Interconnected via redundant high-speed CAN-FD/Ethernet buses, DRx ensures complete physical survivability against localized bird strikes, battery fires, rotor burst fragments, or direct lightning strikes—making it the preferred architecture for passenger-carrying eVTOL air taxis and large cargo UAVs.

In Veronte 4x and DRx systems, an independent dissimilar microprocessor arbiter continuously monitors sensor data (IMUs, magnetometers, static/dynamic barometers, GNSS) and control actuator commands generated by each core. If sensor divergence, calculation freeze, or telemetry anomalies occur on one core, the arbiter flags and isolates that unit in milliseconds. Control authority instantly continues with the healthy cores without inducing any transient flutter or attitude perturbation.

Veronte Autopilot KAI is engineered specifically for GNSS-denied environments, electronic warfare (EW), and autonomous edge AI missions. While 1x and 4x rely on multi-constellation RTK GNSS coupled with inertial sensors, KAI incorporates an embedded neural processing unit capable of running real-time Visual SLAM, optical flow, and automatic target tracking. KAI is the platform of choice for loitering munitions, inspection UAVs operating under bridges or inside tunnels, and defense platforms operating under severe GPS jamming or spoofing.

Yes. Complete control architectures, flight phases, and failsafe routines can be configured visually without writing low-level code via Embention’s PDI Builder environment. For proprietary, research, or custom advanced control algorithms, developers can import and execute MATLAB / Simulink blocks or custom compiled C/C++ algorithms directly on the autopilot hardware.

No. Veronte Autopilots are 100% ITAR-Free. Embention is a European aerospace developer and manufacturer based in Alicante, Spain. Products are regulated strictly under European Dual-Use export frameworks, eliminating US State Department licensing constraints and ensuring fast, friction-free procurement for UK, European, and allied global defense and civil customers.

As the authorized UK representative and technical partner for Embention, Torquety provides local pre-sales systems engineering consultation, custom wiring harness fabrication, Hardware-In-the-Loop (HIL) test setup advice, UK-based invoicing, and direct priority escalation to Embention’s flight control and certification engineering teams.