CRUISE Sensor Pod

CONCEPT ART, COMPONENT LAYOUT, 3D MODEL, RENDERINGS

DISCIPLINE(S):  Industrial Design
ROLE:  Principal Industrial Designer
SKILLS & TOOLS:  Sketching, Photoshop, Class A Surfacing, Solidworks, Keyshot


An electronics enclosure designed to attach to the roof of a car as part of a self-driving automotive system.

https://www.getcruise.com/ ⭧

Promotional photos taken on reveal day

Photorealistic renderings photoshopped onto existing car imagery for use as marketing materials

Ideation & Development (v1)

Cruise is a San Francisco company developing a self-driving car package.

  • It was my task to develop an enclosure to contain a radar, two cameras, and associated electronic components.

  • To this end, I sketched, photoshopped, and created 3D models exploring a range of styles.

Preliminary sketches and photomanipulations explored a variety of forms. 

  • 3D models were then developed from several of the sketches, as well as from scratch.

  • Early form studies explored visual design languages that paved their own aesthetic path, rather than conforming to the styling defined by the host car.

The concept eventually chosen to become Version 1 color-matched, rendered, and photoshopped onto an existing image.

Final (v1)

Eventually, the team and I selected the concept depicted below for finalization. The resulting 3D-printed, finished and painted enclosure was then featured in the company's initial reveal ads.

Concept Development (v2)

After a period of real-world testing, the need for a number of modifications became clear.

  • The first of these was the dampening of wind noise apparent above a certain speed, which was solved mainly by removing the space between the two wings on either side of the enclosure and the roof of the vehicle beneath it.

  • The rest of the modifications were aimed at providing a more refined visual aesthetic, and particularly an appearance that blended better with the test vehicle.

Revision 2A sought to fix problems with wind noise at higher speeds by improving aerodynamics, and to explore a visual style that left out the unnecessary radar glass. The width and length were also decreased.

Revision 2B saw the further honing of the enclosure's aesthetics.

Revision 2A: This revision sought to fix problems with wind noise at higher speeds by improving aerodynamics, and to explore a visual style that left out the radar glass. The width and length were also decreased

Revision 2B: The main goal here was to more closely emulate the stylistic elements of the Audi test vehicle being used by the team

3D Model

 
 

More from Industrial Design

Previous
Previous

PARCEL Autonomous Delivery Vehicles​​​​​​​ & Distribution Centers

Next
Next

SHEATH Collapsible Mouse+Keyboard Tray