Fort Myers, FL, November 23, 2016 --(PR.com
)-- Toscana Isles is a new gated community offering the cultural and recreational offerings of nearby Sarasota, sandy white Gulf beaches, a full calendar of year-round events in the North Venice area and a beautiful amenity center coming soon. As Toscana Isles transforms into a vibrant community, D.R. Horton’s Southwest Florida division reminds homebuyers from across the U.S. and the world that the region’s year-round sunshine and warm winters have always been a top draw for celebrities, vacationing families and anyone looking to catch a break from the winter doldrums.
Daily high temperatures for the Venice area average in the mid-70s from November through March. The beautiful, Mediterranean-inspired community of Toscana Isles is also a strong draw for those looking to relocate within or to sunny southwest Florida.
The community has become popular for its prime waterfront views, distinctive home plans, large lakes for kayaking and the many benefits of the Sarasota County lifestyle.
Upon completion of the amenity center, Toscana Isles residents will enjoy an array of social and fitness opportunities and resort-style community amenities including an elegant infinity-edge pool, state-of-the-art fitness center, lakefront activity room, catering kitchen, tennis and bocce courts, kayak launch, fire pit, tot lot playground, poolside cabanas and a dog park.
Only a 20-minute drive to the fine dining, world-class shopping and cultural events of downtown Sarasota, discover a beautiful community offering nine spacious home plans starting in the mid-$300s. Located just one mile east of the I-75 Laurel Road exit on Knight’s Trail, Toscana Isles offers an ideal location for commuters. The white, sandy beaches of the Gulf of Mexico are minutes away, as is charming downtown Venice.
To schedule a tour of the two professionally decorated models at Toscana Isles, call sales agents Joe Correll at (941) 256-5674 or Holly Stockell at (941) 320-6873. For more information, visit www.drhorton.com/swfla.