Secured behind the gates of prestigious Club at Carlton Woods, this spectacular 10,575-square-foot luxury Houston estate is sited on the fourth and fifth fairways of the community’s magnificent Jack Nicklaus Signature golf course.
Designed by the esteemed firm of Patrick Berrios Designs, it features unique stylistic elements – from striking balustrades, Old World–inspired barrel tiles, and decorative ironwork, to stately columns, graceful arches, French doors, custom murals, and surfaces of refined stone.
The gourmet kitchen will please even the most discerning chef with its stainless-steel appliances, ample cabinet and counter space, bar seating, and generous catering pantry. Off the kitchen is the comfortable, light-filled family room, which includes a warming fireplace. A tray ceiling, an ornate chandelier, and a private balcony contribute to the alluring formality of the spacious dining room.
The state-of-the-art soundproof media room acts as an impressive home screening room. The climate-controlled wine room holds hundreds of bottles; with its rustic ceiling beams and distinctive decorative details, it is an ideal location for private wine-centric dining. Sure to be the site of many a festive occasion, one covered patio includes an outdoor kitchen as well as space for living and dining.
The tasteful master suite includes a sitting area with pool and fairway views, a fireplace, and two lavish full baths, each with eye-catching design and impeccable appointments. Four additional lavish bedroom suites accommodate guests in comfort and style.
Among the home’s other attractive features are a spacious gym with a mirrored wall and plentiful natural light; two studies, each with numerous thoughtful built-in.
A Roman-style swimming pool accompanied by a shady pergola and serene spa complete the amenities list. Expansive patio and balconies allow for fabulous alfresco entertaining or relaxed appreciation of the lush lawns and spectacular surroundings.
The 1.44-acre property is generous enough to accommodate an additional structure, if desired.