Wells Fargo Tower vs Random House Tower

Comparing the Wells Fargo Tower and the Random House Tower is compelling because they were both designed by Skidmore, Owings & Merrill, yet they stand in different cities (Los Angeles, CA and New York, NY), and were completed over two decades apart.

What this will allow us to see, is how the same firm's approach adapted to different places in different periods of time.

The Wells Fargo Tower is clearly the larger tower of the two, both in terms of height and number of floors. It rises to 722ft (220m) with 54 floors above ground, while the Random House Tower reaches 682ft (208m) with 52 floors above ground.

Of course, each project may have faced different briefs or regulatory constraints, which we don't really know about and could also explain the outcome.

The Wells Fargo Tower was designed in the Postmodernism style, while the Random House Tower reflects the principles of Contemporary.

At the time of their completion, both styles were well established. This makes the comparison especially interesting, because both buildings represent a dominant aesthetic at a particular point in time.

Built 20 years apart (1983 vs 2003), these two buildings are a perfect example of how different architectural styles have shaped the architectural landscape of our cities over time.

The Random House Tower follows a mixed-use model, combining commercial and residential. In contrast, the Wells Fargo Tower has remained primarily commercial.

The Random House Tower offers 101 residential units.

The Random House Tower also provides 150 parking spaces.

Both the Wells Fargo Tower and the Random House Tower rely on a Frame structural system.

A frame structure uses a grid of columns and beams to carry the building's loads. This frees the walls from structural duties, allowing for flexible floor plans and larger windows.

They also employ the same type of facade, a Curtain Wall facade.

A curtain wall is a non-load-bearing facade hung from the structural frame. It is anchored to floor slabs and transfers only its own weight and wind loads, allowing for sleek, glassy exteriors.