Century 21 Liverpool South is delighted to bring to the sales market this attractive three-bedroom family home situated on the highly desirable Booker Avenue. Offering well-proportioned accommodation throughout, the property presents an excellent opportunity for buyers looking to put their own stamp on a home and create their perfect family living space.

The property briefly comprises; porch, welcoming entrance hallway, front reception room with bay window, rear reception room with feature fireplace, fitted kitchen and dining area. To the first floor are three bedrooms well-proportioned bedrooms, and a family shower room / wet room. Externally, the property benefits from a private driveway to the front, providing convenient off-road parking, and to the rear is a large, manicured garden with mature trees and shrubs, and shed.

The location is a particular highlight, with Booker Avenue being a highly sought-after residential area, popular with families and young professionals alike. Open green spaces close-by include Otterspool Promenade and Calderstones Park with children's playground, ornamental gardens, a lake and a cafe, Sefton and Greenbank Parks are also within close proximity.

Schools include some of those considered Liverpool's best, Transport links into and out of the city are excellent, with Aigburth & Allerton train stations providing regular services and main bus routes running through the area. Queens Drive connects the area to the rest of the city and both John Lennon Airport and the M62 can be reached by car in less than 15 minutes.

Although the property would benefit from some modernisation, it offers fantastic potential for prospective purchasers to update and personalise the accommodation to suit their own tastes and requirements, creating a wonderful long-term family home.

Combining a desirable location, three-bedroom accommodation and exciting scope for improvement, this property is an excellent opportunity not to be missed.

Tenure = Freehold

Council Tax Band = D

Energy Performance Rating = D