The Oaks at Taylor's Chase by Redrow Homes · Omega Boulevard, Great Sankey, Warrington, Cheshire WA5 3WF

The Oaks at Taylor's Chase, a development by national housebuilder Redrow Homes, is located on Omega Boulevard in Great Sankey, Warrington, Cheshire, WA5 3WF. This established community is a key component of the wider £1 billion Omega regeneration project on the site of the former Burtonwood Airbase, which is introducing significant investment, employment opportunities, and new infrastructure to the area. The Oaks phase of the Taylor's Chase development comprises 85 family homes, offering a mix of spacious three, four, and five-bedroom detached properties.

The overall development won the Residential Development category in the 2020 UK Property Awards, reflecting the quality and thoughtful design of the scheme. As of the time of writing, the initial phase is nearing completion, and prospective buyers are advised to check directly with Redrow Homes for any final releases or available resale properties within the development. The properties at The Oaks belong to Redrow’s award-winning Heritage Collection, which is characterised by traditional, often arts and crafts-inspired, exterior architecture combined with contemporary, high-specification open-plan interiors. The collection focuses on providing generous internal and external space, a feature increasingly prioritised by modern homebuyers. House types have included the three-bedroom 'Oxford Lifestyle' and the three/four-bedroom 'Leamington Lifestyle.' Redrow’s ‘Lifestyle Homes’ are a specific offering where the upstairs layout is redesigned to feature fewer, yet significantly larger and more luxurious bedrooms, often including enhanced master suites with expansive dressing areas and larger en-suites, typically in place of a standard four-bedroom layout. Plot sizes range from approximately 546 sq ft for smaller units on the wider Taylor’s Chase site up to 2,030 sq ft for the larger detached designs. Historically, homes have been priced from approximately £393,995, providing a strong indication of the value of properties within this sought-after new build community. Transport Links: The development is strategically positioned for commuters, offering excellent road access via Junction 8 of the M62 motorway. This connection allows for a car journey to Manchester city centre in approximately 40 minutes and Liverpool city centre in approximately 30 minutes. For rail travel, the Warrington West railway station is situated just over one mile from the development and provides regular direct train services to both Manchester and Liverpool, with journey times of around 35 minutes. Sankey station is also conveniently located nearby. Local Amenities and Services: The Oaks is situated close to a variety of established and new amenities. A large ASDA supermarket is reachable within approximately 5 minutes, and the comprehensive Gemini Retail Park, which includes major retailers such as Marks & Spencer, Next, Boots, and IKEA, is approximately 10 minutes away by car. The wider Omega project incorporates significant green space, including a planned 35-acre ‘Green Heart’ park accessible to residents. For families, the new Barrow Hall Primary School is located adjacent to the Taylor's Chase development, and established green spaces like Sankey Valley Park and the Transpennine Trail are close at hand, providing immediate access to nature and recreation. Warrington town centre is approximately three miles distant, offering additional shopping, leisure, and entertainment facilities. Given the development's advanced stage of completion, current availability is limited. Prospective buyers interested in securing one of the final plots or inquiring about future phases and resales should contact the Redrow Homes North West sales team for the most accurate and up-to-date information on pricing and viewing arrangements. The development is situated within the WA5 3WF postcode area, which benefits from established transport infrastructure and a growing local community as part of the significant Omega regeneration.