A pilot’s or cabin crew member’s employment contract should not be a safety risk – but too often, it still is. A new EU study warns that precarious working conditions in the sector are eroding both staff well-being and airline safety culture.
Ten years after Ghent University’s groundbreaking 2015 research revealed the rise of “atypical” pilot contracts, the study UGent 2.0 – Evolving Social Challenges for Aircrew and the Need for Regulatory Response shows that insecurity, fatigue, and stress are now widespread across the entire aviation workforce.
For this study, researchers surveyed thousands of pilots and cabin crew from over 100 airlines in 2024. On 26 September, Prof. Dr. Yves Jorens & Dr. Lien Valck revealed the results at the Conference “Aircrew cleared for take-off?”, in Ghent.
Prof. Dr. Yves Jorens stressed: “Labour conditions are no longer just a social issue – they directly affect safety, well-being, and fatigue. Without fair and stable employment, we cannot sustain a safe and resilient European aviation sector.”
Here are the top 5 alarming findings:
At ETF, we see this study is a wake-up call for the industry.
Aircrew working conditions have been under increasing pressure for decades, particularly degrading in the last few years. Cracks in the system have been widening as workers are pushed into exhaustion and unfair employment arrangements. We do not want to see one of these cracks break before regulators bring about change.
The revision of the Air Services Regulation, currently being drafted by the Commission, is an opportunity to start this change. We urgently need this Regulation to address the social sustainability of the sector.
Download the full study here: UGent 2.0 – Evolving Social Challenges for Aircrew and the Need for Regulatory Response
The UGent 2.0 study was conducted by Ghent University in cooperation with the European Cockpit Association (ECA), the European Transport Workers’ Federation (ETF), and the European Network Airlines Association (ENAA), with funding from the European Commission.