Harmonising and standardising military airworthiness in Europe: a review of key aspects and achievements

Author:

Pittini M.,Kourousis K.I.ORCID

Abstract

Abstract The distinct operational characteristics of military aircraft, relative to civil aircraft, have impeded the standardisation of airworthiness management practice across Europe. Standardisation has been further deterred by the intertwined certification and qualification activities specific to military aircraft. The management of airworthiness in European military aviation has undergone significant changes over the past 15 years, with the progress made attributed to the harmonisation efforts driven by the European Defence Agency (EDA). The creation of a Military Airworthiness Authorities Forum and the development of the European Military Airworthiness Requirements (EMAR) have been instrumental in creating a more homogenous regulatory landscape. The examples of five main players of the European aerospace sector, namely France, Italy, Germany, Spain and the United Kingdom, are examined from the point of view of adoption and implementation of an EMARs-based system. Their regulatory structures have revealed similarities and primary differences. The EMAR’s framework has enabled a gradual build-up of technical knowhow within the European countries who embraced this, civil-based, framework. All five countries have adopted EMARs, though through a variety of regulatory constructs. Their regulatory structures exhibit diverse practices, especially in how initial and continuing airworthiness is managed. Some countries have also elected to have more than one authority overseeing/been responsible for airworthiness. Closer collaboration between national Military Aviation Authorities (MAAs) can be achieved through standardisation at regulatory structure level. The establishment of a joint MAAs may be the next logical step in the harmonisation process, in line with EDA objective’ for a EU-wide authority with greater powers.

Publisher

Cambridge University Press (CUP)

Subject

Aerospace Engineering

Reference60 articles.

1. [47] Aeronavegabilidad, 2023 [cited 21/04/2023]; Available from: https://www.defensa.gob.es/portalservicios/servicios/industriadefensa/aeronavegabilidad/

2. [24] Berlowitz, I. Commercial Derivative Aircraft (CDA) airworthiness certification, in 47th Israel Annual Conference on Aerospace Sciences 2007, 2007.

3. Ground Test Facilities and Integration Concepts for Combat Air Systems at Airbus Defence and Space

4. Perception and Cognition Under Military Aggravating Factors

5. [33] Décret n°2006-1551 du 7 décembre 2006 relatif aux règles d’utilisation, de navigabilité et d’immatriculation des aéronefs militaires et des aéronefs appartenant à l’Etat et utilisés par les services de douanes, de sécurité publique et de sécurité civile, 2006, French Government.

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