4968 Queen Florence Lane, Woodland Hills (los Angeles), CA 91364
- 5 beds |
- 4 baths |
- 3,730 sqft
Single-Family Home
Built in 1964
0.52acre lot
—— car garage
$603/sqft
Listed 2 months ago
Property Description
Nestled within the coveted and private enclave of Forrest Hills Estates, this bespoke single-story residence epitomizes indoor/outdoor California living with effortless grace and style. Thoughtfully designed to capitalize on its lush, serene setting, every room enjoys direct access to the outdoors creating an ideal flow for entertaining and everyday living alike. A timeless facade welcomes you into expansive living spaces where natural light cascades through oversized windows and French doors, beautifully blurring the lines between interior comfort and outdoor tranquility. The open plan effortlessly connects formal and casual areas, each flowing to multiple patios that invite alfresco dining, quiet reflection, or lively gatherings under the sky. Set on an approximately half-acre parcel framed by majestic pines, the private grounds feel like a secluded retreat. A sparkling pool and spa serve as the centerpiece of the outdoor living experience, surrounded by verdant landscaping and mature trees that afford privacy and a sense of peaceful seclusion. The well-appointed floor plan includes generously scaled bedrooms and living areas, each thoughtfully positioned to maximize views and access to the outdoor oasis. With seamless transitions from interior to exterior, this home invites ef
- Listing Status:
- Active
- Date Added:
- March 3, 2026
- Data Last Updated:
- May 20, 2026 at 1:06PM
- Listing Office:
- The Agency : 818-379-7700
- Listing Agent:
- Emil Hartoonian : 310-990-0063
- MLS ID:
- CL26659217
- Style: Traditional
- Parking: AttachedOtherGuest
- General: 1
- Originating MLS: CRMLS
- County: Los Angeles
- Zoning: LARA2175015031
- View: None
- Source: CRMLS
This listing courtesy of Emil Hartoonian , The Agency
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $





