Operations & Future Sky

Transforming Airspace Operations for a Sustainable Future

In the ever-evolving landscape of Air Traffic Management, solutions for Operations & Future Sky are critical for shaping the next generation of aviation. By focusing on Advanced Airspace Design, Performance-Based Navigation (PBN), Concept of Operations (Conops) Development, and Airport Collaborative Decision Making (A-CDM), we empower stakeholders to optimise operational efficiency, reduce environmental impact, and improve safety. Our expertise supports seamless integration of innovative technologies and processes, ensuring that airports, ANSPs, and aviation leaders can adapt to future challenges and opportunities while fostering a connected, sustainable, and resilient aviation ecosystem.

Our background as a certified ANSP ensures that our hands-on suggestions and proposals are workable by air traffic controllers and result in an improved operation for all stakeholders.

Jorge Casanova

Head of Consulting & Projects

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Projects
Globe
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Countries
Operations & Future Sky
Services
A-CDM / TAM

An A-CDM implementation involves several phases, tailored to the airport or region’s maturity level. These phases include pre-project definition, project consulting, project execution, support system implementation, training, and implementation analysis. A-CDM covers elements like information sharing, situational awareness, taxi-time variability, pre-departure sequencing, and managing flight updates. Additionally, we offer to evolve A-CDM into Total Airport Management (TAM), which extends beyond A-CDM principles to enhance efficiency across operational areas. TAM identifies bottlenecks early and benefits all stakeholders through improved data sharing and accuracy.

Airspace, Route & Procedure Design

An Airspace Design project involves redesigning airspace (e.g., CTR, TMA, FIR) and/or instrument flight procedures. We consider input from all stakeholders (civil, military, ATC, airlines, regulators) to address existing constraints while achieving safety, capacity, and efficiency goals. Our approach adheres to international best practices (e.g., ICAO document 9992) and draws expertise from airspace designers, procedure designers, CNS experts, and validation & simulation specialists. The project scope varies based on customer needs, covering aspects like new routes, holds, sectors, SIDs/STARs, and Instrument Approach Procedures. We tailor solutions to meet specific requirements and collaborate with partner firms when necessary.

Change Management

Change management involves modifying the known environment, regulations, and rules for operational staff (e.g., Air Traffic Services personnel from Operations or Engineering). Such changes often face uncertainty, risk, and potential resistance. To address this, effective change management is essential. As an ANSP, we understand the specific needs of stakeholders and how successful changes can be implemented. Key aspects include considering the change itself, involving employees, trade unions, works councils, and prioritizing clear communication to all parties involved.

ConOps Development

A Concept of Operations (ConOps) outlines the purpose, environment, and procedures for planned changes in ATM. It guides safety case development and identifies requirements. Our support involves assessing the current environment, describing future scenarios, and deriving stakeholder input. Often, a ConOps is complemented by an operational Safety Case.

OPS Consulting

We provide consulting services covering all operational aspects related to ATS. Our expertise spans organizational topics (e.g., corporate development for ANSPs), operational processes, and documents. Additionally, we offer transition support for smooth ATS transitions. As part of DFS Group, we draw from our own experience to expedite results for our customers. Examples include assessing organizational structures, managing resources, coordinating roles, and developing operational documents.

Operations & Future Sky
Projects

Project Reference

A-CDM / TAM

Full A-CDM Implementation at various German Airports

Various locations, Germany

Post-implementation review of the operational performance showed, among other benefits, a 10% reduction in taxi-time, a 4.5% increase in flight punctuality, that 80-90% of the arrival delay could be reduced or absorbed during the turn-around process, and that the declared runway capacity could be increased on average by 1 to 4 movements per hour.

©Pixabay, Jlaatz

Project Reference

OPS Consulting

Support to the implementation of the FIS VFR in ENAIRE

Spain

DFS Aviation Services was contracted to support in the implementation of the Spanish Flight Information Services (FIS) for VFR traffic, providing consulting support to ENAIRE in Operations (definition and sizing of the FIS sectors, and the preparation of the FIS operational documentation) and Training (design of the training itinerary and materials, and some support during the initial training period of the FISO teams) topics.

Project Reference

Airspace, Route & Procedure Design, Simulation & Consultancy

BAIRES TMA Redesign and Implementation

Buenos Aires, Argentina

The BAIRES TMA in Argentina, which handles 50% of the country’s air traffic, underwent a redesign and implementation. By introducing Performance Based Navigation (PBN) procedures and satellite navigation, the project aimed to enhance safety, capacity, and efficiency while reducing emissions and noise. DFS Aviation Services (DAS) played a key role in this ambitious international consortium project, achieving impressive results such as an 89% reduction in IFR-IFR conflicts and a 99% decrease in departure delays.

Project Reference

Airspace, Route & Procedure Design, Simulation & Consultancy

Athens TMA redesign

Greece

DFS Aviation Services was commissioned by AIA & HASP to undertake a comprehensive redesign of the Athens TMA. A significant challenge arose due to the numerous airports operating within the existing TMA. Through the implementation of new PBN procedures and a complete overhaul of the Athens TMA, it was possible to successfully increase airspace capacity, mitigate bottlenecks, and optimize conflict management between airports.

©Envato Elements

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