Tokyo marks the third branded residence for the luxury carmaker after New York and Miami.
Aston Martin in collaboration with Tokyo based concierge service VIBROA and design firm Intentionallies, recently announced the Aston Martin branded residence Nº 001 in Tokyo’s Minami Aoyama district.
Scheduled for completion in November of 2023, the residence will be Aston Martin’s first in Asia and third globally after Sylvan Rock in New York’s Hudson Valley and the Aston Martin Residences in Miami, Florida.
“Aston Martin’s design principles are reflected throughout the property, which features an automotive gallery, wine cellar, home cinema, gym and private spa.” according to Aston Martin’s information brochure on the project linked at the end of this article.
Those looking to purchase the residence will find they are out of luck as the property has already been sold to a private buyer for an undisclosed amount.
Aston Martin’s designers are responsible for the exterior design of the home as well as the interior styling of the residence as well as the “carefully selected furniture” according to the brochure.
“As Aston Martin grows in Japan, we are passionate about finding innovative ways to bring our ultra-luxury brand to life and resonate with local consumers.” says Greg Adams, Regional President of Aston Martin Japan and South Korea. “We are delighted to be working with VIBROA, helping create what we believe is a perfect home for an Aston Martin owner, with design elements inspired by our breath-taking portfolio of ultra-luxury and high performance cars.”
Tokyo’s ultra-luxury residential property segment is small compared to other markets with the current developers marketing their properties after completion, increasing the risk of not selling as expected.
Aston Martin’s Nº 001 having sold prior to completion should send a call throughout the industry that if done right, further developing Tokyo’s ultra-luxury sector is indeed possible.
Nº 001 Information Brochure Full File Size (Aston Martin; high quality photos and slower load time)