SonaRide focused on enhancing the user experience for hard-of-hearing riders by designing a minimal, intuitive, and non-auditory interface for a connected moped. The solution aimed to communicate essential feedback (like speed, battery life, and turn signals) without relying on auditory cues, using vibrational feedback and color-coded handlebar lights.
Figma Digital Prototype:
Prototype Videos & Figma Tutorial
SonaRide Prototype Videos - Google Drive
https://embed.figma.com/design/GBrXLmeEVGU9C1tqHuE867/Digital-Prototype?node-id=251-218&t=tcGp2xpHTx5PC5oD-1&embed-host=notion&footer=false&theme=system
https://embed.figma.com/proto/GBrXLmeEVGU9C1tqHuE867/Digital-Prototype?page-id=251%3A218&node-id=251-2257&p=f&viewport=-199%2C-81%2C0.22&t=zdIpyfQzOd1rCyFA-1&scaling=scale-down&content-scaling=fixed&starting-point-node-id=251%3A888&show-proto-sidebar=1&embed-host=notion&footer=false&theme=system
Identify current issues with the effectiveness of SAV vehicles and develop a physical and digital prototype mitigating these issues.
Riders require easier navigation, safety while commuting, clear regulations, and guidance on the usage of SAV.
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Riders with hearing impairments often struggle to receive important auditory cues while riding—such as turn signals, warnings, or traffic sounds.
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