Lloyd Wright’s Historic Wayfarers Chapel to Be Disassembled

The Wayfarers Chapel, affectionately known as “The Glass Church,” was designed by Lloyd Wright, the eldest son of renowned architect Frank Lloyd Wright. Completed in 1951, this iconic structure is located in the Palos Verdes peninsula near Los Angeles. Its unique design aims to seamlessly blend architecture with nature, featuring large-span glass panels that open up to the surrounding redwood canopies.

Landslide Risk and Preservation Efforts

Unfortunately, due to accelerated land movement in the area, the chapel has suffered significant damage. Closed to the public since February, it now faces irreversible harm. The Palos Verdes Peninsula is experiencing geological instability, with a dormant landslide complex reactivated over half a century ago. This movement threatens to destabilize various areas, including the Portuguese Bend region.

Damage Assessment

The chapel’s metal framing in both walls and ceiling has been affected, causing torque and bending. Most of the glass panels are fractured, and several doors no longer function. The concrete floor is heavily cracked, and even the cornerstone laid in 1949 shows signs of damage. Preservation efforts have become increasingly challenging as the severity of damages progresses.

Preservation Strategy

To safeguard this historic monument, the chapel stewards are collaborating with the Architectural Resources Group (ARG)in Los Angeles. Their approach involves carefully deconstructing the chapel, and preserving as many original materials as possible. Each piece is cataloged and documented. Immediate disassembly has been deemed the safest option. The team is also evaluating reconstruction possibilities on the same site or nearby.

Irreplaceable Materials

Many original materials integral to Lloyd Wright’s design cannot be replicated today. These include the old-growth redwood glulam, blue roof tiles, and the elegant steel network that holds the windows together. Time is of the essence, as each passing day risks further loss or irreparable damage to these irreplaceable components.