Credit Price : 108,947 EUR
Cash Price : 76,262 EUR
Down Payment : 10,895
Installments : 6 YEARS
Red Hills Sahl Hasheesh is an exclusive residential community located in one of Egypt's most prestigious Red Sea destinations. Situated in the heart of Sahl Hasheesh, Hurghada, the project offers an exceptional combination of luxury, comfort, and investment potential, making it ideal for both holiday homes and long-term real estate investors.
Just a 5-minute walk from the beach, Red Hills enjoys a prime location close to luxury resorts, beach clubs, restaurants, cafés, and the vibrant Old Town of Sahl Hasheesh. The community also benefits from excellent accessibility, with Hurghada International Airport approximately 25 minutes away, ensuring convenience for homeowners and international buyers alike.
Built across approximately 35,000 sqm, the development offers a wide selection of fully finished studios, one-bedroom, two-bedroom, three-bedroom apartments, and penthouses. Every home is delivered with modern specifications including Smart Home technology, air conditioning units, and water heaters, providing a move-in-ready lifestyle and excellent rental potential.
Residents enjoy a premium resort-style lifestyle with world-class amenities, including:
Heated swimming pool
Boutique hotel
Elegant clubhouse
Fully equipped gym
Luxury spa
Padel court
Restaurants and cafés
24/7 security and CCTV
Professional property management
Red Hills offers a highly attractive payment plan starting from 10% down payment with installments over up to 6 years, while cash buyers can benefit from discounts of up to 30% (subject to the developer's terms). The expected handover is December 2028.
Whether you are looking for a holiday home, a permanent residence, or a high-return investment property in Sahl Hasheesh, Red Hills represents an outstanding opportunity to own a premium home in one of Hurghada's fastest-growing luxury destinations, combining exceptional location, modern design, flexible payment options, and strong future capital appreciation.