Amenities
- Association Amenities: Spa/Hot Tub
General
- Association Name: Sharon Hills
For Sale
$2,595,000
Smart Buyer Rebate $25,950
Listed by Nathalie D.S.A
·License #01351482
·Christie's International Real Estate Sereno
·6508049696
Last updated June 08, 2026
·Source: CRMLS #ML82048126
Association
Amenities
General
Exterior
Construction
Measurements
Financial
Taxes
Interior
Features
Measurements
Rooms
Parking
Parking
Schools
High School
Utilities
Equipment
There are 3 bedrooms and 2.5 bathrooms in this single-family home at 1310 Trinity Drive.
Yes, there are 2 parking spaces available for 1310 Trinity Drive.
This single-family home is listed 37% below the average price for single-family homes in Sharon Height and has been on the market for 65 less days than the typical home in this area.
This single-family home is part of the Sharon Hills home owners association.
According to the MLS, this listing is 2,690 sqft.
1310 Trinity Drive is a 3-bedroom, 2.5-bath single-family home for sale in Menlo Park CA 94025. Available on Prevu for 56 days at $2,595,000. This property features 2,690 square feet of living space, located in Sharon Height. The median listing price for single-family homes in this area is $2,591,500. Additional amenities include air conditioning and parking. Browse more single-family home listings in Menlo Park.
Based on information from California Regional Multiple Listing Service, Inc. and/or other sources. All data, including all measurements and calculations of area, is obtained from various sources and has not been, and will not be, verified by Prevu or the MLS. Information is provided exclusively for consumer's personal, non-commercial use and may not be used for any purpose other than to identify prospective properties consumer may be interested in purchasing.
Full MLS DisclaimersRebate estimate is indicative only and based on listing price and estimated buyer's agent commission paid by owner, if applicable. Final rebates are subject to Terms of Use and may vary due to final negotiated transaction terms.