1725 Riesling Way is a 1,870 square foot house on a 9,508 square foot lot with 3 bedrooms and 2 bathrooms. - it last sold on January 31, 1992 for $157,000. Based on Redfin's Escalon data, we estimate the home's value is $556,299.
Single-familyProperty Type
1988Year Built
9,508 sq ftLot Size
$297Est. Price/Sq.Ft.
Source:Public Records
Redfin Estimate
$556,299
$399K since sold in January 1992$4,000 since September
Recently sold homes
Estimate history
Homes for sale
This home's estimate is 4.4% lower than the average sale price ($582K) of 6 comparable homes.
*Taxable value of land and structures on it ("additions") is determined regularly by local assessors and does not affect market price.
Zoning
R1
Low Density Residential District
The R-1 zoning district provides low density residential areas for single-family development where lot sizes and densities are designed to accommodate large areas of open space for recreational activities compatible with a residential environment. The R-1 single-family residential district is intended to achieve the following purposes: To reserve appropriately located areas for family living in a variety of types of dwellings at a reasonable range of population densities consistent with sound standards of public health and safety.; To ensure adequate light, air, privacy and open space for each dwelling unit.; To provide space for community facilities needed to complement urban residential areas and for institutions, which require a residential environment.; To minimize traffic congestion and to avoid the overloading of utilities by preventing the construction of buildings of excessive size in relation to the land around them.; To protect residential properties from the hazards, noise, and congestion created by commercial and industrial traffic.; To provide necessary space for off-street parking of automobiles.; To protect residential properties from noise, illumination, unsightliness, odors, dust, dirt, smoke, vibration, heat, glare and other objectionable influences; and To protect residential properties from fire, explosion, noxious fumes and other hazards.