Yuen Long Project Sells 16 Units in Single Day; Major Buyer Splashes HK$11.57M on Two Flats
SingTao · 1 SOURCESabout 2 hours ago4 MIN

Summary
Henderson Land's Chinney Champions (芊御) development in Yuen Long achieved strong sales momentum, offloading 16 units in a single day and recording over HK$90 million in transactions . The development has now sold a cumulative total of 341 units since launch, absorbing more than HK$1.8 billion. A major buyer made a significant purchase, acquiring two two-bedroom units for approximately HK$11.57 million, demonstrating continued appetite for premium residential properties in the New Territories .
Key Points
- Chinney Champions sold 16 units in one day, with total sales exceeding HK$90 million
- The highest-priced unit was Unit E on 17/F of Tower 2, a 400 sq ft two-bedroom flat sold for HK$6.16 million at HK$15,400 per sq ft
- Unit J on 12/F of Tower 1 achieved the highest price-per-sq-ft at HK$15,580 for a 290 sq ft one-bedroom unit
- One buyer purchased two adjacent two-bedroom units of 379 sq ft and 383 sq ft for HK$11.57 million combined
- The project has sold 341 units in total since launch, with cumulative sales exceeding HK$1.8 billion
Why It Matters
The strong sales performance at Chinney Champions reflects continued robust demand for new private residential properties in Hong Kong's New Territories, particularly among buyers seeking relatively affordable entry points into the primary market . This activity coincides with increased transaction volumes across multiple developments, suggesting the new home market remains resilient despite broader economic uncertainties .
The strong sales performance at Chinney Champions reflects continued robust demand for new private residential properties in Hong Kong's New Territories, particularly among buyers seeking relatively affordable entry points into the primary market . This activity coincides with increased transaction volumes across multiple developments, suggesting the new home market remains resilient despite broader economic uncertainties .