Sport & Health Sciences, College of Life & Environmental Sciences, University of Exeter, Exeter, UK.
BMT Global, Bath, UK.
Ergonomics. 2023 Jan;66(1):61-87. doi: 10.1080/00140139.2022.2059106. Epub 2022 May 10.
Advances in assistive exoskeleton technology, and a boom in related scientific literature, prompted a need to review the potential use of exoskeletons in defence and security. A systematic review examined the evidence for successful augmentation of human performance in activities deemed most relevant to military tasks. Categories of activities were determined through literature scoping and Human Factors workshops with military stakeholders. Workshops identified promising opportunities and risks for integration of exoskeletons into military use cases. The review revealed promising evidence for exoskeletons' capacity to assist with load carriage, manual lifting, and working with tools. However, the review also revealed significant gaps in exoskeleton capabilities and likely performance levels required in the use case scenarios. Consequently, it was recommended that a future roadmap for introducing exoskeletons to military environments requires development of performance criteria for exoskeletons that can be used to implement a human-centred approach to research and development.
辅助外骨骼技术的进步,以及相关科学文献的大量涌现,促使人们需要审查外骨骼在国防和安全领域的潜在用途。一项系统审查研究了在被认为与军事任务最相关的活动中增强人体表现的证据。通过文献综述和与军事利益相关者的人类因素研讨会确定了活动类别。研讨会确定了将外骨骼融入军事用例的有希望的机会和风险。该审查揭示了外骨骼在搬运负荷、手动提升和使用工具方面提供帮助的有希望的证据。然而,该审查还揭示了外骨骼能力和在使用案例场景中所需的可能性能水平方面存在重大差距。因此,建议未来引入外骨骼到军事环境的路线图需要制定外骨骼的性能标准,这些标准可用于实施以人为中心的研究和开发方法。