Welcome to 688 Lazy Acres Circle, a beautifully maintained 4-bedroom, 4-bath custom home nestled on 1.19 acres in the sought-after gated Lazy Acres community of Pottsboro. With 3,513 square feet of thoughtfully designed living space, this home offers the perfect blend of comfort, functionality, and privacy just moments from Lake Texoma.
Inside, you’ll find spacious living and dining areas, a well-appointed kitchen, and oversized bedrooms, each with direct access to a full bath. The layout is ideal for multigenerational living or hosting family and friends. Enjoy tranquil wooded views from nearly every window and a large back patio perfect for relaxing or entertaining.
The oversized 3-car garage provides ample space for vehicles, lake toys, or a workshop. The property backs to Corps of Engineers land, offering a peaceful buffer and easy access to the lake for boating, fishing, and recreation.
Located in an exclusive, well-maintained neighborhood known for large lots and custom homes, this rare property combines upscale country living with close proximity to Pottsboro amenities, Highport Marina, and Hwy 289.
Don't miss your chance to own a spacious lake-area retreat with room to spread out—inside and out! Call your favorite REALTOR® today! Boat House is separately valued at $100K, includes 2 slips and jet ski lift. Boat house has a wrap around deck.
3,513 Sq Ft
1.19 Private Acres Exterior Space
Single Family Home
Built in 2000
MLS/Listing ID 20965100
Microwave
Electric Oven
Electric Cooktop
Disposal
Dishwasher
Built-in Features
Heating - Fireplaces
Heating - Electric
Slab
Wood Burning Fireplace
Living Room Fireplace
Bedroom Fireplace
Backyard
Cooling - Electric
Cooling - Central Air
Cooling - Ceiling Fans
Construction - Brick
Style - Traditional
Eat-in Kitchen
Kitchen Island
Pantry
Walk-in Closets
Lot - Landscaped
Parking - Additional Parking
Parking - Concrete
Parking - Garage
Pool - Above Ground
Composition
Shingle
Listing Courtesy of EASY LIFE REALTY, LISA HITCHCOCK
Source of Data: NORTH TEXAS REAL ESTATE INFORMATION SYSTEMS