Discover Your Dream Home at Anandville: A Perfect Blend of Luxury and Nature

Welcome to AnandVille Siliguri, a meticulously designed residential project where modern living blends with natural beauty. Located on 6.7 acres of green space next to the Savin Kingdom on Hill Cart Road, Dagapur, AnandVille offers a calm and open environment with 70% of the area left open, making it an ideal place for your dream home. 

Why Choose Anandville?

• Prime Location: Conveniently positioned with dual access from Darjeeling More to Hill Cart Road and Bagdogra Airport Road, Anandville ensures seamless connectivity to Dagapur’s educational institutions, the city centre, and Neotia Super Specialty Hospital.
• Spacious and Serene: Set amidst 6.33 acres of lush landscape with 70% open space, Anandville offers a tranquil retreat from city life, providing a harmonious blend of nature and luxury.
• Diverse Living Spaces: Offering 2 BHK and 3 BHK apartments across G+13 floors, Anandville’s units range from 1,098 to 1,948 sq ft. With 9 blocks and a total of 769 units, the project caters to various family sizes and preferences.
• High Demand: Currently under construction, Anandville has already sold 70% of its units, reflecting the high demand and trust in this project.
• Abundant Amenities: Enjoy a range of modern amenities including:
  • Power Backup
  • Swimming Pool
  • 24×7 Security
  • Fire Fighting System
• These features are designed to enhance your living experience with comfort and convenience.
• Community and Lifestyle: Anandville is more than just a residential area; it’s a vibrant community set in a lush, green environment that offers ample space for relaxation and recreation.

Experience the pinnacle of contemporary living at Anandville Siliguri—a perfect blend of luxury, comfort, and natural beauty. With its prime location, spacious apartments, and extensive amenities, Anandville is the ideal choice for those seeking a serene yet connected lifestyle.

To book your Dream Home please Contact Us.  https://getmyghar.com/contact-us/

PROJECT ID – HIRA/P/DAR/2020/000976