Volvo Knot is a futuristic concept vehicle designed as part of BA Thesis. We live together with our family from different age groups, from Baby Boomers, Gen X, Millennials, to Gen Z. We also have to live and work together with other people from different generations, opening ourselves to a variety of perspectives and experiences, especially in a multi-generational community. Unfortunately, in some countries, these intergenerational exchanges are gradually disappearing. This problem has inspired Volvo Knot, a concept vehicle that aims to reconnect one generation to another, creating positive connection through friendly and enjoyable interactions.
Started with “family” as the main keyword for this project, the design team wanted to create a mobility platform that connects various generations. We already have so many conflicts due to generational differences, let’s find something where we can build our connection closer and deeper.
Volvo Knot Project has been designed in a way to become part of a family. Autonomous society can take advantage of autonomous mobility as well. The body design is based on the interior usability. That V-line side roof is intentionally created for a floating dashboard while the height of this vehicle is getting higher toward the rear. Designed by Chris Min and NaKyung Ko, Knot also comes with modular wheelchair, it blends seamlessly with the overall futuristic look.
More images of Volvo Knot Concept:
The floating dashboard provides user with two different driving modes: manual mode with a screen and table where user can sit in the main seat and self-driving mode. The cabin provides complete entertainment for children sitting in the sub-seat, the smart system is programmed just like a nanny and it also helps communication with the family.
The main seat is designed in a way to be able to accommodate one or two passengers. On both sides, there are pop-up mood lights hidden within the armrests, the cute design was inspired by a bobbin. Passengers can easily control the interior or monitor driving situation through a rotating display.
