Lot Five is located within the Newest and most Exclusive coastal enclave – Foxhill La Jolla. Designed with privacy in mind, the fully gated, high-security residential development includes five extraordinary lots, each featuring architectural plans for sublime homes designed for the ultimate coastal lifestyle. The owners of these five lots will also own the 22-acre Preserve on which they are located. Each proposed home transcends the expected, fusing refined materials and an enlightened sense of place with the sea, land, and sky. The proposed home for Lot Five is a 12,000-SF, 5-bedroom, 6-bath, and 3 half bath striking display of geometric volumes that orient directly toward the ocean while nestling alongside a canyon. The design is composed of stacking and overhanging boxes, creating dramatic cantilevers that maximize stunning views and create dynamic outdoor spaces. The home’s position on its lot allows it to take full advantage of direct ocean views, with the frames extending outward toward the horizon.
The proposed home for Lot Five utilizes a sophisticated material palette, blending concrete and warm wood elements to create an architectural form that feels both grounded and light. The interplay between the solid concrete base and the lighter wood-framed upper levels creates a striking contrast, adding to the overall modern aesthetic. Lot Five’s home plans feature a gym, movie room, and entertainment/bar space, including a back kitchen/pantry and laundry/mudroom, and a 3-car garage. The primary bathroom features double toilets. There is an option for the main level primary suite to add 1 bedroom and 1 bath. The lot size is 32,210 SF.
Data was last updated December 19, 2024 at 05:10 PM (UTC)
Area Statistics
Listings on market:
15,668
Avg list price:
$85,000
Min list price:
$0
Max list price:
$999,999,999
Avg days on market:
183
Min days on market:
1
Max days on market:
6,112
Avg price per sq.ft.:
$1.09
These statistics are generated based on the current listing's property type
and located in
OTHER. Average values are
derived using median calculations.