239 S Helix Ave Apartment

Situated on the farthest western point of Solana Beach, this beautiful San Diego oceanfront rental will take your breath away as you walk through the door. This condo offers a perfect getaway for both luxury and relaxation in this private and peaceful Southern California beach town. The unit features incredibly fast panoramic Wi-Fi to make your work-from-home needs a breeze. You'll find nautical decor and a color scheme throughout this 2-bedroom, 2-bathroom unit illuminated by the turquoise ocean just outside the windows. There is 1 king-size bed in the master bedroom, 1 queen bed in the second bedroom, and a wrap-around couch in the living room, which does not fold out. Upgrades are sprinkled throughout, including a huge flat-screen TV in the living room area neighboring the fully equipped kitchen. Enjoy the luxury of private parking and laundry or venture down to the community area and pool and BBQ. The property offers private parking and access to a community pool and BBQ area. Community beach access is closed due to changing bluff conditions. The nearest beach access from Surfsong is Fletcher Cove, approximately 0.2 miles and a 5-minute walk away. There is no AC in this unit, but being located along the coast brings cooler temperatures and a coastal breeze. Surfsong has an elevator from the parking garage to your unit floor. If for any reason the elevators are out of service, stairs must be taken. This property is in a condo complex with neighbors all around. Construction or noise from neighbors is not monitored and should be taken into consideration when booking. Starter kits of toiletries are provided to all guests, but supplies for the entire length of the stay are not provided. Kitchens are stocked with dishes, drinkware, pans, and cooking utensils, but spices, oil, or anything perishable are not stocked. The unit features incredibly fast panoramic Wi-Fi to make your work-from-home needs a breeze. For work-from-home, it is recommended to have a hotspot backup as service interruptions and outages cannot be controlled.