Flight Procedure Design (FPD)
As a certified Flight Procedure Design (FPD) service provider, we have extensive experience in airspace design and the development of both instrument and visual procedures for airports, heliports, water aerodromes, and stratoports. We apply the most advanced design criteria, tailoring our solutions to the operational specificities of each environment.
Adaptation to Specific Airspaces
We design procedures that address the operational characteristics of each airspace, ensuring safe and efficient solutions.
Compliance with EU Regulations
All our designs strictly comply with EU Regulation 2017/373, guaranteeing the highest quality and technical certification.
We design flight procedures that optimize operations and ensure safety
Instrument Flight Procedures (IFR)
We develop Standard Instrument Departures (SIDs), Standard Terminal Arrivals (STARs), and Instrument Approach Procedures (IAC) in line with ICAO PANS-OPS criteria, including PBN-based variants such as RNP APCH and RNP AR.
EO-SID (Engine-Out) Procedures
We design specific procedures for engine failure during takeoff, tailored to the aircraft and operational profiles of each air operator, optimizing both safety and performance.
VFR and Special VFR Procedures
We develop standard VFR routes, special VFR procedures, and visual circuits for operations at both controlled and uncontrolled aerodromes, taking into account local restrictions and obstacle limitation surfaces.
Procedure Validation and Maintenance
We perform simulator-based technical validations, airworthiness analyses, and periodic reviews to ensure procedures remain current and compliant with regulations.
Aeronautical Charting and Associated Documentation
We produce aeronautical charts (departure, arrival, approach, aerodrome, etc.) and technical documentation in accordance with ICAO Annex 4 and national regulations.
Integration with Airspace Design
We coordinate procedure design with existing or newly planned airspace structures, evaluating compatibility and optimizing operational flows and capacity.
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