1905 Lombardy Road, San Marino, CA, US, 91108

A landmark estate representing the pinnacle of Southern California's Golden Age of architecture, this extraordinary 1925 Spanish Revival residence is one of San Marino's most distinguished offerings. Designed by Marston & Van Pelt as the E.S. Skillen Residence, the home embodies the timeless elegance and exceptional craftsmanship that defined an era. Set on over an acre of exquisitely landscaped grounds, this masterfully renovated estate makes an unforgettable first impression with its sweeping circular drive, commanding facade, and richly detailed Churrigueresque entrance adorned with intricate stone carvings and remarkable period detailing. Throughout the residence, original craftsmanship has been thoughtfully preserved, from hand-finished woodwork and soaring beamed ceilings to Moorish-inspired architectural elements and beautifully proportioned living spaces. Spanning nearly 9,000 square feet, the home offers a collection of grand formal rooms alongside warm, inviting gathering spaces designed for both elegant entertaining and everyday living. Expansive windows flood the interiors with natural light, while refined architectural details create a seamless balance between historic character and modern comfort. The stunning chef's kitchen, gracious entertaining areas, richly appointed library, and luxurious bedroom suites all reflect the home's enduring sophistication. The resort-caliber grounds are equally exceptional, offering a rare sense of privacy and tranquility. Meandering garden paths, mature specimen trees, manicured lawns, a sparkling pool and spa, pool house, outdoor kitchen, intimate sitting areas, and a charming pavilion create an extraordinary outdoor environment unlike anything else. The entire estate has been designed to elevate both grand-scale entertaining and peaceful everyday enjoyment. Located on one of San Marino's most coveted streets, this is a rare opportunity to own an architecturally significant estate where history, beauty, and refined living converge.