110 Safe Harbor Circle, Salem SC 29676

It’s All About Value, Convenience, and FUN! Welcome to carefree lake living in the amenity-rich community of Keowee Key! This spacious 3-bedroom, 3-bath end-unit townhome is a rare find—perfect for full-time living, weekend escapes, or a smart rental investment. Nestled in a serene wooded setting just inside the South Gate, you'll love the peaceful privacy while being moments from all the action and amenities this vibrant lakeside neighborhood offers. The layout offers three full levels, each with its own bedroom and full bath—ideal for multi-generational living, hosting guests, or creating separate work and play zones. The main floor welcomes you with vaulted ceilings, an open living/dining area, an updated kitchen, and a wall of glass doors that open to a large deck—perfect for entertaining or simply relaxing in nature. The primary bedroom also opens to this peaceful deck retreat. Upstairs, the loft-style flex space is ready for your creativity: reading nook, office, hobby area, or extra sleeping space—it's yours to define. The lower level features another generous living area with access to a second oversized deck, plus a bonus room currently used as storage. Enjoy low-maintenance living—exterior upkeep, landscaping, pest control, and trash service are all included in the HOA. Plus, Keowee Key offers unmatched amenities: George Cobb-designed 18-hole golf course 14 lighted tennis courts & 8 pickleball courts 2 outdoor pools + indoor pool with fitness center Walking trails, marinas, dog park, playground, and more Over 75 clubs and activities—there’s something for everyone! With quick access to Clemson and Seneca, this townhome is more than a great value—it’s your ticket to lake life and fun-filled days. Don’t miss this opportunity—schedule your private showing today! Information Deemed Reliable but Not Guaranteed- All numerical representations, including square footage, room sizes, acreage and lot dimensions, are approximations only and are possibly inaccurate. Buyer shall be responsible for obtaining an independent measurement of structure and/or property.