Millard House / Frank Lloyd Wright | Classics On Architecture Lab

Architects: Frank Lloyd Wright
Year: 1923
Photographs: Kyle Magnuson, Crosby Doe Associates, Los Angeles, wikiarquitectura.com, etandoesla.com, architectureforsale.com
Client: Alice Millard
City: Pasadena
Country: United States

Millard House residential building designed by Frank Lloyd Wright in Pasadena has introduced an experimental system of modular construction that unified ornament, structure, and environment in 1923–1924. As the first of Wright’s textile block houses in Los Angeles, the project aimed to redefine affordable housing through cast concrete blocks, integrating material expression with site specificity. Commissioned by rare book dealer Alice Millard, the house functioned as a residence and work space. The design adapted to a sloping ravine, using reinforced, patterned concrete blocks produced with site-sourced aggregates. Wright envisioned the system as a prototype for his Usonian Automatic model—democratizing architectural quality through prefabrication. The spatial configuration leverages natural light, topography, and interior verticality, while the block motif’s geometric articulation contributes to structural logic and atmospheric depth. Reception at the time was polarized, yet the building has since become a key reference in discussions of early 20th-century American modernism and is listed on the National Register of Historic Places.

Millard House, also known as La Miniatura, is a residential project designed by Frank Lloyd Wright for Alice Millard, a rare book dealer, and built between 1923 and 1924 in Pasadena, California. It was the first of four textile block houses Wright designed in the Los Angeles area, part of a broader experiment in modular, low-cost construction that sought to unify material, structure, and ornament. Wright considered Millard House a pivotal point in his career. In his autobiography, he explained his decision to work with concrete blocks—describing them as “the cheapest (and ugliest) thing in the building world”—to explore “what could be done with that gutter-rat.” The house served as a prototype for what he later termed the Usonian Automatic, a prefabricated building system intended to broaden access to architecturally significant housing.

Alice Millard had previously collaborated with Wright in 1906 when he designed a home for her and her husband, George Madison Millard, in Highland Park, Illinois. After George Millard’s death in 1918, she moved to California and continued her rare book business, focusing on Kelmscott Press publications. Seeking a home that would function as both a residence and a work space for her growing clientele and occasional students, she re-commissioned Wright for a second project. Although Millard initially purchased a flat lot, Wright persuaded her to acquire an adjacent ravine site, believing the sloped terrain would better integrate the architecture with the natural surroundings. The original budget was $10,000, but the final cost reached $17,000—70% over budget. The builder reportedly abandoned the project before completion, leaving Wright to finish construction personally and at his own expense.

Millard House marked the first built example of Wright’s textile block system, where ornamented concrete blocks function as structure, finish, and decoration. The system evolved from Wright’s experience with the Imperial Hotel in Tokyo and prior experimentation at Hollyhock House. Here, it was refined with steel reinforcement and patterned reliefs cast using wooden molds. Each block measured approximately 15 cm square and 7.5 cm thick, with a symmetrical motif consisting of a cross framed by squares at each corner. The blocks were reinforced with horizontal and vertical steel rods and laid with traditional mortar. Wright emphasized the material’s modular character, calling it a “masonry fabric” capable of producing structural efficiency and aesthetic variation. The concrete mix incorporated sand, gravel, and minerals from the site, giving the blocks an earth-toned finish that visually merged with the wooded landscape. Wright observed that changes in sunlight angle altered the hue of the surfaces, creating dynamic effects on both the interior and exterior. He later described the process as “catch[ing] concrete blocks, sew[ing] them together with steel joints,” producing fireproof, reinforced walls that were both economical and architecturally deliberate.

Millard House unfolds over three vertically stacked floors, each adapting to the site’s natural slope. The spatial strategy alternates between enclosed passages and elevated, light-filled rooms. The main entrance sits on the second floor and includes a guest bedroom and a double-height living room with a fireplace and balcony. This level serves as the primary floor of the residence. The third floor contains Alice Millard’s private bedroom, a balcony overlooking the living room, and access to an outdoor terrace. The ground floor houses the kitchen, a servant’s room, storage areas, and a dining room that opens to a terrace with a reflecting pool. A central chimney anchors the layout functionally and symbolically. Perforated blocks and floor-to-ceiling glazing allow diffused natural light, especially where eucalyptus trees shade the site. Glass insets within the block motifs generate focused illumination across interior walls. Outside, the reflecting pool complements the façade’s geometric expression. The house is set within 4,000 square meters of landscaped gardens and is accompanied by a studio designed in 1926 by Lloyd Wright, Frank Lloyd Wright’s son, to accommodate the expanding rare book business. This studio extends deeper into the site and reinforces the project’s relationship with the landscape.

At the time of construction, Millard House faced criticism from Beaux-Arts architects, who rejected concrete block as a material for high-end residences. A contemporary critic questioned: “What kind of rich person would want to live in such a house?” Wright’s clients for textile block houses often came from unconventional backgrounds—a rare book dealer, a jewelry salesman, a failed physician. Nonetheless, Wright maintained high regard for the house, stating: “I would rather have built this little house than St. Peter’s in Rome.” In 1965, Los Angeles Times columnist Art Seidenbaum wrote that Millard House remained architecturally compelling because it “still looks modern in a neighborhood that is gracious but aging.” In 1969, it was recognized as one of Los Angeles’ 12 most important architectural landmarks by a panel of experts and was listed on the National Register of Historic Places in 1976.

Restoration and Ownership
The home’s second owners, Donald and Genevieve Daniels, preserved the structure for over three decades. In 1993, their granddaughter Nicole Daniels led a restoration effort with Offenhauser/Mekeel Architects, focusing on both the house and its surrounding gardens. The only significant additions prior to this restoration were the 1926 studio and a garage added in 1931, both consistent with Wright’s original aesthetic. Millard House is currently privately owned by David Zander, a film producer and co-founder of Morton Jankel Zander, Inc. While not open to the public, it remains an important reference in architectural discourse and scholarship.

Popular Culture
Millard House has appeared in several television productions, including:

Star Trek: Deep Space Nine (1994), as the residence of an alien villain in the episode “Blood Oath.”
Westworld (Seasons 2 and 3), as the family home of character Arnold Weber.

Millard House embodies Wright’s ambition to develop an integrated construction system that unites ornament, structure, and environment into a cohesive architectural language. As the prototype of his textile block series, it paved the way for later works like the Ennis, Freeman, and Storer Houses. Wright’s vision for the house was encapsulated in his remark: “If you could eliminate the mortar, you could make the whole mechanical structure… Why not knit a kind of building?” Millard House was his response—a model of industrial craft, affordability, and site-sensitive design.