Safety-focused features

Fully redundant actuators

Full authority control system

Flight Envelope protection

Our fully integrated architecture fuses hardware, software, and sensors into one seamless brain for the aircraft. No bolt-ons, no patchwork, just a unified system that makes flying safer, smoother, and smarter. It’s the foundation that turns today’s GA into tomorrow’s autonomous-ready platform.

FLY-O1 FEP acts like invisible guardrails in the sky. It keeps the aircraft within safe limits, preventing stalls, overspeeds, or dangerous maneuvers before they happen. Pilots still fly freely but with a smart safety net that’s always watching their back.

Our fully redundant actuators bring airline-grade reliability into light aviation. Each actuator is designed with built-in backups, so if one component fails, another takes over instantly.
The pilot never even notices.

This redundancy ensures continuous control of the aircraft in all situations. It’s the same safety philosophy used in commercial jets, but re-engineered in a lightweight, cost-effective package for LSAs and the next generation of eVTOLs and UAVs.

Fully integrated architecture

FACS gives the Fly-By-Wire complete command over the aircraft’s control surfaces, just like in modern airliners. Instead of simply assisting the pilot, it actively manages and optimizes every input to ensure stability, efficiency, and safety.

This allows for advanced features like envelope protection, smoother handling, and automated recovery from unsafe maneuvers. By bringing this level of control to LSAs, eVTOLs, and UAVs, we’re setting a new standard for precision and safety in light aviation.

Architecture

FLY-O1 is a complete solution for light aircrafts, drones and fixed-wing UAV's. Fully-integrated, and redundant, the FLY-O1 architecture makes any aircraft autonomous.

Technology FAQs

What is fly-by-wire technology?

Fly-by-wire technology replaces traditional controls with electronic systems for enhanced safety and precision.

How does redundancy work?

Redundancy in our system ensures continuous operation by having backup components, enhancing reliability and safety during flight.

What are the key features?

Key features include advanced sensors, real-time data processing, improved control response, and enhanced pilot situational awareness for safer flying.

FLY-O1 features sensor fusion & cross--checking with multiple sensors continuously validating data to detect anomalies or failures. Its component are minimum fail-safe.

What safety measures are implemented?

What partnerships support Skyswift?

Skyswift collaborates with leading aerospace firms and research institutions to enhance technology and safety standards.