Biomechanical convergence of virtual reality and brand design for enhancing physical consumer engagement
Fujuan Zhang, Qian Liang · Molecular & cellular biomechanics · 2024
Virtual Reality (VR) has become a transformative tool in brand marketing, allowing for immersive, interactive consumer experiences that transcend traditional media. While emotional and cognitive engagement in VR environments has been extensively studied, the impact of biomechanically-informed interactions on consumer behavior remains underexplored. This study investigates how physical engagement in VR, through metrics such as joint angles, muscle activation, and interaction frequency, influences cognitive outcomes like brand recall and emotional responses such as immersion and satisfaction. Thirty-six participants engaged with branded content in three distinct VR environments—a clothing store, a luxury car showroom, and a home decor studio—while their physical movements were tracked using motion capture and electromyography (EMG) sensors. The results showed that environments demanding more significant physical interaction, such as the car showroom, led to higher muscle activation, longer interaction times, and more excellent brand recall. Repeated measures Analysis of variance (ANOVA) and correlation analysis further revealed significant relationships between physical engagement and cognitive-emotional metrics, suggesting that VR environments designed with biomechanics in mind can enhance the user experience and the effectiveness of brand interactions. This research provides valuable insights into the convergence of biomechanics and VR brand design, with implications for the future of consumer engagement in virtual.