Safety-boot review maps design features and unresolved questions
A literature review highlights fit, weight, materials and emerging sensors, but the abstract does not quantify improvements in pain, injury or safety.
Based on the published abstract. The full paper may contain additional methods, results and limitations.
The 30-second takeaway
The review identified design features that may influence how construction safety boots function and feel, including weight, shaft height, sole height and toe-box shape. It also discussed sensors and artificial intelligence. These are design considerations and research opportunities; the abstract does not establish how much any feature reduces pain or prevents injury.
This abstract-based account cannot judge effectiveness because study designs, comparison groups and measured effect sizes are not described. The authors explicitly identify several boot features and technologies as needing further research.
Comfort involves several design choices
The reviewed literature linked boot function, durability and comfort to material choice, pressure points, weight, shape and ergonomics. The abstract does not isolate the contribution of any single feature or specify an optimal design.
Smart features remain a research question
The authors discuss using sensors for data collection and artificial intelligence during design, prototyping and analysis. They also call for more research on sensors and manufacturing applications, leaving the practical safety gains uncertain.
The original publication
A review of ergonomics and technological advancements in safety boots for the construction industry.
Raj TKJ, Alam MS, Jadhav GS
Work · 2026
- PubMed ID
- 41100828
- Record checked
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