M.Des.
Profile

3 Seater urban commuting micro vehicle

  • Micro-mobility
  • Urban transportation
  • Compact design
  • Affordability
  • urban mobility
DHANDHUKIA JAYKUMAR ASHWINKUMAR
Mr. Namit Sharma
This project proposes a visionary three-seater micro-mobility vehicle for urban transportation in 2030, introducing a compact, intelligent, and sustainable vehicle segment suited to dense city environments. Designed to address challenges of congestion, pollution, and rising mobility costs, the vehicle combines autonomous driving with an engaging Pilot Mode that allows manual control when desired. Its compact footprint enables easy navigation and parking in crowded urban settings, while a premium interior ensures comfort and visual appeal. Sustainability is central to the concept, with integrated transparent solar panels generating clean energy to reduce environmental impact and operating costs. Cost-efficient materials and manufacturing strategies support affordability and accessibility for a wider user base. Overall, the project redefines personal urban mobility by offering an efficient, enjoyable, and environmentally responsible transportation alternative for future cities.
DHANDHUKIA JAYKUMAR ASHWINKUMAR
DHANDHUKIA JAYKUMAR ASHWINKUMAR
DHANDHUKIA JAYKUMAR ASHWINKUMAR
DHANDHUKIA JAYKUMAR ASHWINKUMAR
Profile
DHANDHUKIA JAYKUMAR ASHWINKUMAR
M.Des.
Mr. Namit Sharma
3 Seater urban commuting micro vehicle
This project proposes a visionary three-seater micro-mobility vehicle for urban transportation in 2030, introducing a compact, intelligent, and sustainable vehicle segment suited to dense city environments. Designed to address challenges of congestion, pollution, and rising mobility costs, the vehicle combines autonomous driving with an engaging Pilot Mode that allows manual control when desired. Its compact footprint enables easy navigation and parking in crowded urban settings, while a premium interior ensures comfort and visual appeal. Sustainability is central to the concept, with integrated transparent solar panels generating clean energy to reduce environmental impact and operating costs. Cost-efficient materials and manufacturing strategies support affordability and accessibility for a wider user base. Overall, the project redefines personal urban mobility by offering an efficient, enjoyable, and environmentally responsible transportation alternative for future cities.
DHANDHUKIA JAYKUMAR ASHWINKUMAR
DHANDHUKIA JAYKUMAR ASHWINKUMAR
DHANDHUKIA JAYKUMAR ASHWINKUMAR
DHANDHUKIA JAYKUMAR ASHWINKUMAR