Owner/Builder/Agent An Award Winning Architectural Masterpiece built by Chris Salhab of Valdara Custom Homes. 5,164 Sq Ft | 5 Bedrooms | 6 Bathrooms | Welcome to 1221 Richmond Rd, an extraordinary custom residence located in the coveted Virginia Heights neighborhood of Winter Parkoffering deeded lake access to the Winter Park Chain of Lakes. This architectural showpiece was honored as the 2024 Parade of Homes Showcase Home Grand Award Winner and recipient of the Aurora Award Grand Award for Best Custom Home. Completed in 2024, this 5,164 square foot estate redefines luxury living with bold design and state of the art technology. A dramatic 10 foot steel pivot entry door with smart glass sets the tone for what lies withina seamless blend of art, innovation, and elegance. At the heart of the home, a sculptural floating staircase makes a powerful architectural statement, while a 30 foot wide floor to ceiling sliding glass wall opens the interiors to an expansive outdoor living space. The lanai, resort style pool, and custom designed entertaining areas create the perfect backdrop for gatherings or quiet retreat. The primary suite is a sanctuary of serenity, complete with a floating center vanity and spa inspired finishes. Every room has been meticulously curated with high end materials and modern sophistication, offering an effortless lifestyle thats both functional and indulgent. Set on a spacious lot just minutes from Park Avenue, this home offers walkable access to Winter Parks finest dining, shopping, and culture, while also providing private enjoyment of the lakes and lush surroundings. Standout features: Solid core walnut interior doors, Lutron Raw 3 Lighting and shade control, Bespoke custom cabinetry throughout, spray foam insulation w/ interior mineral wool sound control, whole home backup generator, fully automated salt water pool, integrated sonos speakers, deep irrigation well, whole home water purification. Bold. Bespoke. Award Winning. Welcome to 1221 Richmond Rdwhere architecture, luxury, and lifestyle converge.