590 Diamond Street Laguna Beach, CA 92651

First time on the market for sale in 49 years, this rare Woods Cove residence offers a unique opportunity to own a piece of coastal Laguna Beach history. Located in one of the community's most beloved neighborhoods in Laguna Beach, this 5-bedroom, 4.5-bathroom home captures ocean views, Catalina Island sunsets, and the relaxed elegance of Southern California coastal living. Originally designed in the 1960s by renowned architect Lamont Langworthy, the home blends timeless Laguna character with spacious interiors designed to capture natural light and coastal breezes. The open-concept kitchen and living area create a welcoming gathering space, with French doors opening to outdoor areas that invite seamless indoor-outdoor living. The expansive ocean-view deck is ideal for entertaining while enjoying panoramic views and unforgettable Catalina sunsets. Several bedrooms feature charming private balconies, perfect for morning coffee or evening relaxation with ocean air drifting through the home. The primary suite occupies the top floor and serves as a peaceful retreat with sweeping ocean views and a cozy fireplace sitting area. Downstairs, a large bonus room with fireplace located near the guest bedrooms provides additional space for entertaining, a media room, or guest lounge. Outdoor living continues with a generous yard and charming gazebo-an inviting setting for gatherings, gardening, or simply enjoying Laguna's year-round coastal climate. Parking is exceptional for this location with a two-car garage plus driveway parking for three additional vehicles. Located within the highly regarded Laguna Beach Unified School District-known for its outstanding academics and celebrated arts programs-the home also enjoys close proximity to beaches, scenic coves, local restaurants, galleries, and the vibrant Laguna village lifestyle. Properties in Woods Cove rarely become available, making this a truly special opportunity to experience the best of Laguna Beach coastal living.

Laguna Beach Unified