Resilient by Design: Enhancing the Survivability of Australian Military Airbases in an Era of Strategic Uncertainty

The airbases supporting Australia’s military air capability face rising threats to operational sustainability and effectiveness. The Australian military bases at RAAF Darwin, Tindal, Curtin and Learmonth face challenges due to their distance from major support hubs and their vulnerability to severe weather events and sophisticated enemy attacks. This paper investigates the resilience of Australian military airbases in the face of geographic isolation, climatic extremes and strategic threats. Drawing on open-source data and operational case studies, we outline key priority areas for action: (1) infrastructure hardening involving strengthening shelters, fuel systems and command centres; (2) operational dispersal, which involves positioning aircraft, command capabilities, maintenance functions and personnel across several sites lowering vulnerability; (3) rapid damage recovery, including workforce training and equipment to promptly evaluate damages and restore operational capabilities following an attack or natural disaster; (4) community resilience, which requires protecting and informing personnel, families and base communities; and (5) exercises and validation. The work provides actionable recommendations to enhance national defence preparedness under increasingly contested and uncertain conditions. Operational outcomes at airbases will depend on resilience amid rising uncertainty and disruption. Investing in durable airbases enables Australia to strengthen its national security framework while maintaining regional stability and enhancing its deterrence capabilities.

Authors

Publication Details

Journal
Contemporary Issues in Air and Space Power
Published
2026-04-15
DOI
https://doi.org/10.58930/bp55849562
Primary Topic
Infrastructure Resilience and Vulnerability Analysis
Type
article
Field-Weighted Citation Impact
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article

Resilient by Design: Enhancing the Survivability of Australian Military Airbases in an Era of Strategic Uncertainty

Charles Tomlinson, Shane Ivimey
Contemporary Issues in Air and Space Power
Infrastructure Resilience and Vulnerability Analysis
article

Resilient by Design: Enhancing the Survivability of Australian Military Airbases in an Era of Strategic Uncertainty

Charles Tomlinson, Shane Ivimey
article en

Abstract

The airbases supporting Australia’s military air capability face rising threats to operational sustainability and effectiveness. The Australian military bases at RAAF Darwin, Tindal, Curtin and Learmonth face challenges due to their distance from major support hubs and their vulnerability to severe weather events and sophisticated enemy attacks. This paper investigates the resilience of Australian military airbases in the face of geographic isolation, climatic extremes and strategic threats. Drawing on open-source data and operational case studies, we outline key priority areas for action: (1) infrastructure hardening involving strengthening shelters, fuel systems and command centres; (2) operational dispersal, which involves positioning aircraft, command capabilities, maintenance functions and personnel across several sites lowering vulnerability; (3) rapid damage recovery, including workforce training and equipment to promptly evaluate damages and restore operational capabilities following an attack or natural disaster; (4) community resilience, which requires protecting and informing personnel, families and base communities; and (5) exercises and validation. The work provides actionable recommendations to enhance national defence preparedness under increasingly contested and uncertain conditions. Operational outcomes at airbases will depend on resilience amid rising uncertainty and disruption. Investing in durable airbases enables Australia to strengthen its national security framework while maintaining regional stability and enhancing its deterrence capabilities.

Contemporary Issues in Air and Space PowerVol. 4(1)
Climate action
Openalex Percentile: Top 10%
Infrastructure Resilience and Vulnerability Analysis
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