Turquoise Rosedale by Ratna Group
2 & 3 BHK Sophisticated Living
RERA Reg. No: PR/GJ/AHMEDABAD/SANAND/Ahmedabad Urban Development Authority/MAA15053/010425/311229
Turquoise Rosedale by Ratna Group is a timeless residential retreat offering elegant 2 & 3 BHK apartments in the heart of Shela. Designed with sophistication and comfort in mind, each residence is a blend of contemporary interiors, natural light, and thoughtful layouts—crafted to offer a peaceful escape within urban reach.
Located in a serene neighborhood with easy access to top schools, hospitals, shopping hubs, and a nearby Jain Derasar, the project caters to every need of the modern family. With wellness-focused amenities and tranquil surroundings, Turquoise Rosedale invites you to relax, indulge, and experience refined living every day.
Overview

Total Units
280

Total Blocks
5

Project Land Area
3,300.28 Sq Mtrs

Total Open Area
3,038.7 Sq Mtrs
Total Covered Area
2,479.67 Sq Mtrs
Carpet Area of Units
17.64 - 115.75 Sq Mtrs
Floor Plans
Project Status
Features & Amenities
About Turquoise Rosedale
2 & 3 BHK Sophisticated Living
Turquoise Rosedale by Ratna Group offers timeless and sophisticated 2 & 3 BHK residences designed for those who appreciate both elegance and comfort. Nestled in the peaceful surroundings of Shela, the project blends refined architecture with smart layouts, creating a lifestyle that is both serene and indulgent.
- Elegant 2 & 3 BHK Residences
- Spacious Layouts with Abundant Natural Light
- Premium Amenities Focused on Lifestyle & Wellness
- Peaceful Shela Location with Urban Connectivity
Map Location
At Turquoise Rosedale, elegant living meets everyday ease. Nestled in the peaceful and well-connected neighborhood of Shela, this refined residential enclave offers effortless access to top schools, hospitals, retail destinations, and major city routes. Whether you're embracing the weekday rhythm or unwinding on the weekend, Turquoise Rosedale keeps you close to what matters—while surrounding you with comfort, calm, and sophistication.