Frank Lloyd Wright is arguably the most famous American architect who ever lived. He was a starchitect before starchitects were even a thing and developed the architectural style known as the Prairie school.
His unique buildings are stippled around the country but much of his work, especially in his early years, can be found in Illinois. As such, the Illinois Office of Tourism has unveiled the new Frank Lloyd Wright Trail. The trail, which includes 13 Frank Lloyd Wright-designed buildings, stretches as far north as Rockford and as far south as Springfield.
Each of the 13 properties along the self-guided tour are open to the public. Some of the highlights include Frank Lloyd Wright’s private residence and studio, the Frederick C. Robie House, and the Unity Temple.
See Also: Watch Frank Lloyd Wright and Buckminster Fuller discuss architecture in animated video shorts
The full list of buildings includes:
-
Emil Bach House
-
Charnley-Persky House Museum
-
The Rookery
-
Frederick C. Robie house
-
Frank Lloyd Wright Home & Studio
-
Unity Temple
-
Colonel George Fabyan Villa
-
Muirhead Farmhouse
-
Petit Memorial Chapel
-
Kenneth Laurent House
-
B. Harley Bradley House
-
Frank L. Smith Bank
-
Dana-Thomas House
More information about each building can be found here.
Related Stories
| Apr 2, 2013
6 lobby design tips
If you do hotels, schools, student unions, office buildings, performing arts centers, transportation facilities, or any structure with a lobby, here are six principles from healthcare lobby design that make for happier users—and more satisfied owners.
| Apr 2, 2013
4 hospital lobbies provide a healthy perspective
A carefully considered entry zone can put patients at ease while sending a powerful branding message for your healthcare client. Our experts show how to do it through four project case studies.
| Apr 2, 2013
Green building consultant explores the truth about green building performance in new book
A new book from leading sustainability, green building author and expert Jerry Yudelson challenges assumptions about the value of sustainable design and environmentally-friendly buildings.
| Mar 29, 2013
Stanford researchers develop nanophotonic panel that reflects sun's heat out of the atmosphere
Researchers at Stanford University have developed a nanophotonic material that not only reflects sunlight, but actually beams the thermal energy out of the earth's atmosphere.
| Mar 29, 2013
Detroit's historic Whitney Building to be renovated for hotel, apartments
Detroit's David Whitney Building, a 19-story landmark erected in 1915, will be renovated for an Aloft hotel and apartments.
| Mar 29, 2013
PBS broadcast to highlight '10 Buildings That Changed America'
WTTW Chicago, in partnership with the Society of Architectural Historians, has produced "10 Builidngs That Changed America," a TV show set to air May 12 on PBS.
| Mar 29, 2013
Shenzhen projects halted as Chinese officials find substandard concrete
Construction on multiple projects in Guangdong Province—including the 660-m Ping'an Finance Center—has been halted after inspectors in Shenzhen, China, have found at least 15 local plants producing concrete with unprocessed sea sand, which undermines building stabity.
| Mar 29, 2013
Pearce Brinkley Cease + Lee joins Clark Nexsen
Clark Nexsen, PC, headquartered in Norfolk, Va., has announced that the architecture firm Pearce Brinkley Cease + Lee (PBC+L) of Raleigh and Asheville, NC, has officially joined Clark Nexsen.
| Mar 29, 2013
Cuningham Group acquires NTD's healthcare practice, expands into key markets
The international design firm Cuningham Group Architecture, Inc. has announced that NTD Healthcare has the joined the company in a strategic expansion. A practice of NTD Architecture, NTD Healthcare joins Cuningham Group with three principals: Wayne Hunter, AIA, NCARB, ACHA and Phillip T. Soule, III, AIA, ACHA in San Diego, along with Maha Abou-Haidar, AIA in Phoenix.
| Mar 27, 2013
Small but mighty: Berkeley public library’s net-zero gem
The Building Team for Berkeley, Calif.’s new 9,500-sf West Branch library aims to achieve net-zero—and possibly net-positive—energy performance with the help of clever passive design techniques.