When Is It Safe to Fly? Early Air Travel After Small Traumatic Pneumothorax

Commercial air travel exposes passengers to reduced cabin pressures, causing intrathoracic gas volume to expand (Boyle's law). Guidelines recommend waiting 7-14 days after radiographic resolution of a pneumothorax before flying; however, such recommendations may not reflect emerging evidence for select cases. We report a case of a healthy 51-year-old man with a small (< 10%) traumatic pneumothorax who flew domestically and internationally within 4 and 9 days of diagnosis against medical advice. He remained asymptomatic, with serial chest X-rays indicating stability and eventual resolution of the pneumothorax. The patient demonstrated clinical and radiographic stability despite commercial cabin pressure changes and high-altitude activity. The presented case supports and extends a growing body of research, suggesting that patients with normal oxygen saturation on room air may safely tolerate air travel with a small, stable, traumatic pneumothorax. This case highlights the potential need for individualised risk assessment when advising travel delays.

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Publication Details

Journal
Respirology Case Reports
Published
2026-02-01
DOI
https://doi.org/10.1002/rcr2.70516
Primary Topic
Travel-related health issues
Type
article
Field-Weighted Citation Impact
0.00

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article

When Is It Safe to Fly? Early Air Travel After Small Traumatic Pneumothorax

Alasdair Patrick, Arabella T. Patrick
Respirology Case Reports
Travel-related health issues
article

When Is It Safe to Fly? Early Air Travel After Small Traumatic Pneumothorax

Alasdair Patrick, Arabella T. Patrick
article en

Abstract

Commercial air travel exposes passengers to reduced cabin pressures, causing intrathoracic gas volume to expand (Boyle's law). Guidelines recommend waiting 7-14 days after radiographic resolution of a pneumothorax before flying; however, such recommendations may not reflect emerging evidence for select cases. We report a case of a healthy 51-year-old man with a small (< 10%) traumatic pneumothorax who flew domestically and internationally within 4 and 9 days of diagnosis against medical advice. He remained asymptomatic, with serial chest X-rays indicating stability and eventual resolution of the pneumothorax. The patient demonstrated clinical and radiographic stability despite commercial cabin pressure changes and high-altitude activity. The presented case supports and extends a growing body of research, suggesting that patients with normal oxygen saturation on room air may safely tolerate air travel with a small, stable, traumatic pneumothorax. This case highlights the potential need for individualised risk assessment when advising travel delays.

Respirology Case ReportsVol. 14(2)
The University of Sydney (AU), UNSW Sydney (AU), Mackie Research (New Zealand) (NZ)
University of Sydney
Openalex Percentile: Top 56%
Travel-related health issues
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