100 Oyster Pond Road
About this property
Discover the ultimate Martha’s Vineyard retreat at this breathtaking estate, perched on the point of Oyster Pond in Edgartown. This spectacular property offers unmatched privacy, luxurious amenities, and an expansive natural landscape, making it the epitome of an island getaway.
This home provides a unique blend of elegance and adventure. Enjoy the natural beauty of Oyster Pond from your own private dock, perfect for kayaking, swimming, or simply soaking in the tranquility. Kids will delight in the warm, shallow waters and sandy shores ideal for a day of family fun. There is also a 35-acre horse farm and access to a private clay tennis court on the property.
Rooms & spaces
Additional Details
The interior of this estate is a masterpiece of luxury, featuring high-end furnishings, two indoor fireplaces, and state-of-the-art appliances. Indulge in the ultimate relaxation with your private indoor heated pool, hot tub, and steam room, or get active in the fully equipped private gym. Challenge friends and family to a game of tennis on the private clay court or catch a movie in the home theater, complete with a pool table for added entertainment.
For those seeking outdoor adventure, private horseback rides across the expansive farm can be arranged, providing an unforgettable Vineyard experience. You’ll feel worlds away, yet be just a 10-minute drive to Main Street, Edgartown and the iconic South Beach, with the convenience of the airport only 7 minutes away.
Cancellations
Please see our cancellation policy here.
Note
We always recommend making every effort to personally view a property before booking. We represent the condition, size, and location of each home as accurately as possible, although all information is deemed reliable but not guaranteed. As rental agents, we represent the landlord. Please also be aware that any home built prior to 1978 may contain lead paint. Various types of mold occur naturally on Martha’s Vineyard, and some individuals may be sensitive or have allergic reactions to them.