We are proud to present Hordan Place, a contemporary high-rise residential development located in the heart of Birkenhead on the west bank of Liverpool’s iconic waterfront. This luxury scheme is part of Peel’s £4.5 billion Wirral Waters regeneration masterplan, bringing new life and investment to the area. With exceptional transport links, riverside views, and growing demand from professionals seeking affordability near Liverpool city centre, Hordan Place offers a unique opportunity for strong rental yields and long-term capital appreciation.

Just a 3-minute walk from Conway Park Merseyrail station, residents can reach Liverpool city centre in just 7 minutes—making it an ideal choice for commuters. The development consists of 87 beautifully designed one-bedroom apartments over nine storeys, blending modern architecture with the historic charm and green surroundings of Birkenhead. With smooth curves inspired by local waterways and a palette reflecting nearby parks, Hordan Place delivers elevated urban living with a deep sense of place.

Key Facts

• Prices from £122,000
• Luxury 1-bedroom apartments
• Up to 7% NET yields projected
• Just 3 mins to Conway Park station
• 7 mins by train to Liverpool city centre
• Part of £4.5bn Wirral Waters regeneration
• Stunning views of River Mersey & Liverpool skyline
• Strong demand from working professionals
• 999-year lease
• Completion due Q2 2026

Why Choose This Area?

Birkenhead is undergoing a transformation, with billions being invested into the waterfront and surrounding neighbourhoods. Once known solely for its Georgian heritage and green parks, the area now blends historical elegance with forward-thinking development. With direct access to Liverpool—one of the UK’s top-performing property markets—Birkenhead offers outstanding affordability, high rental yields, and strong demand from both tenants and homeowners. With the North West region forecast to grow 29.2% by 2029 (Savills), investing in Hordan Place means securing a future-proof property in a rapidly rising location.