FORT LAUDERDALE COUNTRY CLUB
🇺🇸 Fort Lauderdale, FL, USA
Designed by Charles Ankrom



South at Fort Lauderdale Country Club is where South Florida golfing ambition first found fertile ground, demanding precision across two distinct nines since its inception. The essence of a classic, pre-war parkland layout, the course presents gently rolling fairways framed by mature trees. Expect relatively flat lies but a challenging course that favors those with an ability to shape shots. It's a course that rewards thoughtful play more than raw power.
Originally crafted during golf’s Golden Age, the South course retains the character of early American golf architecture. While not heavily bunkered, the placement of the existing hazards – and the strategic positioning of the water features – ensures a test that demands careful club selection and precise execution. The course has been updated since construction to meet the moment but without compromising the intention of the original design.
Fort Lauderdale Country Club may not echo with the roar of major championships, its significance lies in its longstanding role as a bedrock of the local golfing community. The atmosphere is decidedly more about camaraderie and tradition than high-stakes competition; members value the club's unpretentious, family-oriented atmosphere.
Known locally for its robust member tournaments and convivial social scene, South's legacy is less about headlines and more about the enduring appeal of a well-maintained classic that continues to test and delight golfers of all skill levels in the heart of Plantation.
Reviews
FAQ
Ratings, design, and course details pulled from Course Vaults.
South at Fort Lauderdale Country Club has a Course Vaults score of 8.2 out of 10 based on 11 explicit golfer ratings.
South was designed by Charles Ankrom.
South at Fort Lauderdale Country Club is listed as private on Course Vaults; guest access is typically restricted.
Par at South is 72.
South plays 6,661 yards from the back tees on Course Vaults.
The slope rating at South is 126.