LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept

Concept Cars 4 Dec 2014
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept

Peterbilt Motors’ entry for this year’s LA Design Challenge is a transportation concept that explores the future of human machine interfaces for both truck drivers and passengers.


Below we report the official description and the project’s main design panels.

peterbilt-motors-symbiotux-concept-design-panel-05

The future of transportation will be dominated by a transformational shift that will see vehicles operating together in truly symbiotic relationships. Vehicles linked via advanced sensing, computing, and communication technologies will travel together in close proximity to improve efficiency, safety, wellness, and travel enjoyment.

peterbilt-motors-symbiotux-concept-design-panel-01

An important part of this transformation will be the role of the “truck driver,” which will grow in stature and esteem (similar to that of an airplane pilot). Leading groups of vehicles, this next generation driver will safeguard passengers and cargo in the group and will ultimately serve as the foundation of modern transportation.

peterbilt-motors-symbiotux-concept-design-panel-02

The changing roles of passengers and road pilots will transform how these players interface and interact with their vehicles and one another.

peterbilt-motors-symbiotux-concept-design-panel-06

Building on the lessons of strong human relationships, Peterbilt’s designers believe that these symbiotic vehicular relationships will center on enhanced awareness, excellent communication, and shared action. SymbiotUX, (pronounced “Symbiotics”), is a design concept that explores and illustrates how human machine interfaces will be transformed by this future reality.

peterbilt-motors-symbiotux-concept-design-panel-08

The road pilot will have greater responsibility; therefore, the spaces and interfaces of a vehicle in “pilot mode” will be purpose-driven to enhance pilot capabilities. These enhanced pilot capabilities will give passengers the security and confidence to enjoy and utilize the full range of activities that SymbiotUX “passenger mode” can afford.

peterbilt-motors-symbiotux-concept-design-panel-09

Design Team

  • Victor Garcia, Design
  • Bruce Lee, Design
  • David Leetz, Design
  • Derek Sancer, Design
  • Phillip Hall, Design
  • Wesley Slavin, Marketing
  • Marius Flitar, Engineering
  • Jan Langelius, Engineering
  • Alison Cochran, Advanced Electrical
  • Drew Harbach, Advanced Electrical
  • Dimitri Medina, Advanced Surfacing

(Source: LA Auto Show)

Image Gallery

LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 3
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 1
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 8
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 12
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 7
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 2
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 11
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 5
LA Design Challenge 2014: Peterbilt Motors Symbiotux Concept - Image 9

Related Stories

Audi Concept C

Audi Concept C

The Audi Concept C is a study of an all-electric sports car which introduces a renewed design language that previews the direction for the brand's future models.
Mazda Vision X-Compact Concept

Mazda Vision X-Compact Concept

The Mazda Vision X-Compact is a study of a compact car designed with a focus on the bond between people and vehicles, through the fusion of a human sensory digital model and empathetic Al.
Lexus LS Concept

Lexus LS Concept

At the Japan Mobility Show 2025 Lexus has unveiled the LS Concept, a six-wheeled vehicle with a bold, angular design, aimed at offering passengers a roomy interior focused on space and privacy. The LS Concept – where the LS does not stand for...

Comments

Leave a Comment

Find a Car

Recent News


Scroll To Top
Scroll To Bottom