REQUEST A TOUR If you would like to see this home without being there in person, select the "Virtual Tour" option and your agent will contact you to discuss available opportunities.
In-PersonVirtual Tour

$5,288,888
Est. payment /mo
8,006 Sqft Lot
UPDATED:
Key Details
Property Type Commercial
Listing Status Active
Purchase Type For Sale
MLS Listing ID ML82065840
HOA Y/N No
Year Built 1964
Annual Tax Amount $58,023
Lot Size 8,006 Sqft
Property Description
467 Clinton St is a stunning 10-unit apartment complex located in the thriving city of Redwood City, California. Situated on a 8,007 square foot parcel of land, the subject property was originally constructed in 1964 and has a gross building area of approximately 10,722 square feet, offering its tenants beautifully designed two-bedroom and one-bedroom floor plans. All units feature stainless-steel appliances, granite countertops, dual-pane windows, recessed lighting, hardwood floors, and private balconies. Tenants also enjoy access to convenient community amenities including private parking and laundry facilities. The subject property is located within walking distance to lively Downtown Redwood City, which offers tenants and residents a myriad of high-end shopping, dining, and entertainment options. The Redwood City Caltrain Station, offering Express services, is also within walking distance and provides an inexpensive, hassle-free commute to major employment and entertainment centers in San Francisco, the Peninsula, and the South Bay. In addition to excellent public transportation options, residents enjoy easy access to U.S. Route 101, Interstate 280, the San Mateo-Hayward Bridge, and the Dumbarton Bridge.
Location
State CA
County San Mateo
Area 699 - Not Defined
Zoning R-4
Interior
Heating Wall Furnace
Cooling None
Fireplace No
Exterior
Carport Spaces 3
Building
Water Public
Schools
School District Other
Others
Tax ID 052213100
Special Listing Condition Standard
Read Less Info

Listed by Cole Simpson Marcus & Millichap #02016525
Nearby Locations
GET MORE INFORMATION




