2 bed flat for sale

1 Hawkins Close, Blackley, Manchester, Lancashire M9

Welcome to 1 Hawkins Close, a stunning 2-bedroom apartment located in the vibrant city of Manchester. This fully furnished to a high standard property offers a luxurious and comfortable living space, ideal for individuals and families alike. The apartment is conveniently situated close to the motorway, making it perfect for commuters and those who enjoy quick access to various destinations. Furthermore, its proximity to the North Manchester General Hospital, transport links, local amenities, and schools make it an attractive choice for those seeking convenience and accessibility.

The apartment features a fitted kitchen, double glazing, communal garden, parking, electric central heating, and a lift, providing both comfort and practicality. With meticulous attention to detail, this property offers a contemporary and stylish lifestyle. Residents can enjoy the convenience of nearby supermarkets such as Tesco Express (0.5km) and Sainsbury's (0.7km), along with an array of dining options including popular restaurants like The Silk Route (0.3km) and The Fisherman's Retreat (1.2km).

Families will appreciate the proximity to well-regarded educational institutions, including St. Patrick's rc High School (1.1km), Abraham Moss Community School (0.9km), and Manchester College (1.5km), ensuring quality education within reach. Additionally, the University of Manchester (5.3km) and Manchester Metropolitan University (4.8km) are easily accessible, making this property an ideal choice for students and academics.

For leisure and entertainment, residents can explore the vibrant local nightlife, nearby parks, cinema theatres, and various attractions, ensuring there is always something exciting to do. With its close proximity to essential amenities such as hospitals, doctors' surgeries, pharmacies, gyms, and more, this apartment offers a well-rounded and convenient lifestyle. Don't miss out on this exceptional opportunity to embrace urban living in a thriving and dynamic area.