Biomimetics in transportation is an emerging interdisciplinary approach that applies nature-inspired principles to improve the efficiency, sustainability, safety, and resilience of modern mobility systems. By studying biological models such as the streamlined shape of the kingfisher’s beak, the adaptive structures of desert beetles, and the self-organizing behavior of natural ecosystems, engineers develop innovative solutions ranging from high-speed train aerodynamics and passive fluid transport systems to smart materials and resilient public transit networks. These bio-inspired designs have demonstrated significant improvements in performance, including reduced energy consumption, lower noise levels, enhanced speed, and improved structural efficiency. Additionally, biomimetic approaches support the development of self-healing materials and adaptive systems that can reduce maintenance costs and increase system longevity. Despite challenges related to complexity, cost, and scalability, biomimetics offers a promising pathway toward more sustainable and intelligent transportation infrastructures, aligning technological advancement with principles observed in natural systems.
Elias Choueiri (2026) studied this question.