$3,800,000

508 Oakland Drive

Raleigh, NC 27609

5 bd · 5.5 ba · 6,383 sqft

Features

• Bathtub/Shower Combination
• Built-in Features
• Ceiling Fan(s)
• Crown Molding
• Eat-in Kitchen
• Entrance Foyer
• High Ceilings
• Kitchen Island
• Kitchen/Dining Room Combination
• Open Floorplan
• Pantry
• Primary Downstairs
• Quartz Counters
• Recessed Lighting
• Separate Shower
• Walk-In Closet(s)
• Walk-In Shower
• Water Closet
• In Parade of Homes
• Outdoor Grill

About this home

2026 Parade of Homes custom-built by Crane Building on a rare .58-acre homesite, this exceptional residence blends refined craftsmanship with an unbeatable ITB location and coveted North Hills lifestyle. Encompassing 6,138 square feet, the thoughtfully designed floor plan offers both elegance and functionality, featuring a luxurious primary suite and a private guest suite on the main level. Rich hardwoods span the main living areas, while aluminum-clad windows flood the home with natural light. At the heart of the home, the chef's kitchen is outfitted with a 48'' Thermador range, built-in Thermador refrigerator, and elevated finishes throughout, anchored by a large quartz center island. A spacious scullery enhances both form and function, complete with a microwave, sink, and additional refrigerator--perfect for effortless entertaining and everyday convenience. Built with efficiency in mind, the home includes full spray foam insulation in the roof deck and exterior walls, along with a sealed and conditioned crawlspace for superior comfort and durability. Designed for seamless indoor-outdoor living, expansive covered porches set the stage for year-round enjoyment, complete with a ventless fireplace and a fully equipped outdoor kitchen. The resort-style backyard is a true showpiece, featuring a gunite saltwater pool and spa. Upstairs, three spacious en suite bedrooms are complemented by a large recreation room and a dedicated home gym, offering flexibility for both everyday living and entertaining. A rare offering that seamlessly combines luxury, efficiency, and prime location.