fbpx

$599,000
1 bed
1 bath
733 Sqft

1375 Lick Avenue 120, San Jose, California 95110

  • Residential Property Type
  • 33 Days Time on market
  • $817 Price per sqft
  • 2009 Year Built
Property Description

Don’t miss this stunning home in the Skyline high-rise located on the edge of Willow Glen. This home is minutes to both downtown Willow Glen & Downtown San Jose. Located next to Tamien Station offering an ez commute. This home has been perfectly prepared for the new owner. It is move in ready with new flooring throughout, custom window coverings, new interior paint, tall ceilings,custom lighting with tons of natural light. Located on the first floor for quick access to your home. This community offers many extras including your very own dog park, private gym on the 2nd floor, HUGE entertaining patio with outdoor bbq, multiple seating areas, fire pits and a gorgeous community fountain. This community offers a sparkling pool and in-ground spa for those sunny days & cozy evenings. Secure underground parking & a secure entrance to the building. Don’t miss it!

Basic Details
Residential
Buy
ML81987153
$599,000
1
1
733 Sqft
2009
Active
Condominium
Click Here
Condos/Co-ops
Virtual Tour
Features
: Heated, Community, Association, In Ground, Fenced
: Central Air
: Dishwasher, Disposal, Microwave, Refrigerator
: Modern
: Pool, Spa/hot Tub, Trash, Other, Fitness Center, Water
: Pool
1
$0
: Tile
: Public Sewer
: Community, In Ground, Heated
Address
CA
Santa Clara
San Jose
95110
1375 Lick Avenue 120
1375
Avenue
0
W122° 7' 3.7''
N37° 18' 39.7''
Additional Information
33
1
1
1
1
1
1
0 Sqft
1
0 Sqft
0 Sqft
: Other
0 Sqft
0 Sqft
0 Sqft
residential condominium
43446001
$0
Monthly
$571
$0
$0
1
$0
$0
0 Sqft
0 Sqft
$0
1
20/11/2024 18:34:28
$0
: Standard
Cross Street: Alma
Willow Glen
Willow Glen
Intero Real Estate Services
Brigette O'Connor
ML36117
ML95899
Skyline
$0
: Steel
North
Other
1
1
1
1
1
120
Click Here
US-06085-N-43446001-R-N
Condominium
13/12/2024 19:31:58
Lick
699 - Not Defined
Mortgage Calculator
$
$ %
years
%
$ %per year
$ %per year

$