全球智库信息集成服务系统

• Requirements for global mobility will be shaped by different factors, including: the changing nature of the threat environment; an increasingly contested physical; cyber and electromagnetic environment; as well as climate-degraded areas and political obstacles from nations refusing access, basing and overflight.
• Developments in the information environment, cyberspace and space hold the potential seamlessly to integrate data between various systems, for example through a 'digital backbone', and achieve better situational awareness. However, at the same time, security and operational risks are magnified as adversaries might hack, jam, spoof, gain access to or outright disable or destroy such capabilities.
• Wider political, economic, social, technological, legal and environmental (PESTLE) trends will also shape requirements for global mobility. These include urbanisation, climate change and net zero objectives, developments in the commercial sector, particularly in automation, autonomy and advanced manufacturing, or shifting alliances and partnerships—many of which Defence cannot influence alone but will need to help shape or mitigate.

The Integrated Review of Security, Defence, Development and Foreign Policy, published by the UK Government in March 2021, presents an ambitious vision of a 'Global Britain' that has a persistent presence around the world and contributes to tackling a range of crises both at home and abroad.

To deliver on this vision, the UK Armed Forces will need the right force design and mix of military capabilities to enable them to be 'in the right place at the right time', while also supporting wider cross-government priorities.

This study identifies the likely changes in mobility requirements between now and 2040 and outlines a range of options to deliver global mobility in dynamic threat and policy environments. The following options were explored in greater detail: the use of multi-role platforms; international collaboration; commercial solutions; uncrewed or optionally crewed lightweight assets; data-driven and data-enabled mobility and additive manufacturing.

• Chapter One

  Introduction

• Chapter Two

  Requirements for global mobility

• Chapter Three

  Options for delivering mobility

• Chapter Four

  Implications for future force design

• Chapter Five

  Conclusions and recommendations

• Annex A

  Interviewees