Rivian is a smart-automobile company that is reinventing the way we interact with our cars. Both of their models R1T and R1S, consist of “Tank Turn” technology, where the car uses four separate motors on each wheel to rotate a vehicle on the spot completing 360 degrees, that is, spinning in place like a tracked vehicle.
Rivian is reinventing how we interact with our cars. Both of their models, the R1T and R1S, feature “Tank Turn” technology, which uses four separate motors on each wheel to rotate the vehicle on the spot, completing a 360-degree turn—essentially spinning in place like a tracked vehicle. This feature will save drivers significant time and effort when maneuvering in narrow and challenging road settings
Today, pretty much every smart car has a big screen installed for entertainment and navigation purposes.If we design holistically with a clear hierarchy of information, this can give the driver enough design affordance and confidence to perform “Tank Turn.
The Rivian R1T appeals to outdoor enthusiasts needing rugged performance and cargo space, tech-savvy professionals seeking advanced features and integration, and sustainability advocates prioritizing eco-friendly technology. It also suits adventurous families who need a spacious and reliable vehicle for trips and activities.
How might we improve the user experience of Rivian’s R1s by enhancing driver awareness and visual confirmation during 'Tank Turn' maneuvers, given the challenge of using multiple cameras for steering in different directions?
For this interaction, I wanted to visualize the aspect of safe and smooth car handling while performing Tank Turn; users can use the middle section of the screen to see if there are any obstacles in the car's circumference. Users also can interact with seat adjustments and have a personalized profile settings.
