Traditional rally races require large teams, but this Audi race vehicle does away with the need for them given its one-passenger design.
Edgy and aesthetically sharp on the outside, the Audi vehicle is comfortable and structured on the interior cabin to ensure it's as functional as possible for the lone driver. The race vehicle is the design work of Kevin Sebastien and features an onboard computer system that will aid drivers when it comes to performing maintenance during the race. Small repairs can be done on the fly, while the vehicle even features a built-in 3D printer that will enable drivers to print the various components they need. This also works with the modular wheels that feature replaceable portions to eliminate the need to replace the entire unit.
What's Driving This Trend
- Modular Race Car Design
- Opportunity for car manufacturers to explore and create modular designs with replaceable portions, allowing for on-the-fly repairs and easier maintenance during races.
- Solo-driven Race Vehicles
- Opportunity for car makers to design single occupant race vehicles, eliminating the need for teams and potentially creating a new racing category.
- Onboard Computer Systems in Race Cars
- Opportunity for the development of advanced onboard computer systems that aid in maintenance and repairs during races, increasing efficiency and reducing team sizes.
Who This Affects Most
- Automotive
- The automotive industry can explore innovations in modular design and onboard computer systems to optimize race car performance and efficiency.
- Sports
- The sports industry may be able to create a new racing category for solo drivers, potentially increasing viewership and sponsor interest.
- 3D Printing
- The rise in 3D printing technology can be utilized in the race car industry to allow for on-the-fly printing of replacement parts during races, reducing maintenance time and increasing efficiency.
