Latest estimates for 219 Ashley Cir based on TopHap automated valuation model (AVM).
$753,250
$587/ft²
+$594K above Sold Price
Updated 4 months ago
219 Ashley Cir is valued at $753,250 by TopHap AVM 4 months ago.
$159,000
$124/ft²
26 years ago
219 Ashley Cir was last sold in 1998 for $159,000.
219 Ashley Cir has 4 permit records of total value of $4,528.
Information about the current owner(s).
In 2023, taxes billed for 219 Ashley Cir were $3,575.08, which is 1.47% from latest Total Assessed Value of $243,996.
219 Ashley Cir has undefined property events records (listings, deeds, permits, tax, foreclosure, loan).
Environmental factors around 219 Ashley Cir
10 hazards (Carbon Monoxide, Earthquake Risk, Tornado Index, Air Pollution Index, Ozone Index, Wind Index, Weather Risk, Lead Index, Particulate Matter, National Average) are above the national average around 219 Ashley Cir.
Most Walkable
20-18
Very Walkable
17-15
Somewhat Walkable
14-10
Car Dependent
9-0
219 Ashley Cir has a walkability score of 17 out of 20, which means that it is in a very walkable area.
Quiet Suburban Residential 0-49
Suburban Residential 50-54
Urban Residential 55-59
Noisy Urban Residential 60-64
Very Noisy Urban Residential 65+
Noise at 219 Ashley Cir is around 46dBs, which is comparable to a Quiet Suburban Residential area.
Seasonal temperature sampled over multiple years
Winter
Average
Low
40°F
High
57°F
Summer
Average
Low
53°F
High
83°F
In the winter at 219 Ashley Cir, temperatures range from 39.59°F to 56.55°F with an average of 48.07°F. In the summer, the temperature ranges from 53.3°F to 83.28°F with and average of 68.29°F.
Public/private schools serving 219 Ashley Cir
Nearby public schools serving 219 Ashley Cir have ratings undefined, undefined, and undefined.
This property is located in Walnut Forest, Danville, CA 94526.
Boundary map of Walnut Forest.
The crime index in 94526 is 33, which is 0.3 times lower than national average.
of housing is for seasonal rent.
of people during work hours.
Historical market data near 219 Ashley Cir over selected time period.