5505 Stair Rd is a 1,521 square foot house on a 4.75 acre lot with 2 bathrooms. Based on Redfin's Lafayette data, we estimate the home's value is $336,659.
Single-familyProperty Type
1985Year Built
4.75 acresLot Size
$221Est. Price/Sq.Ft.
Source:Public Records
Redfin Estimate
$336,659
$0 since August
Recently sold homes
Estimate history
Homes for sale
This home's estimate is 13.3% higher than the average sale price ($297K) of 6 comparable homes.
As the MLS and public records start to fill up, we'll list the details here.
Year
Property tax
Land + Additions
Assessment*
2024
$1,509 (+3.9%)
$38,600 + $182,700
$221,300
2023
$1,452 (+6.7%)
$38,600 + $171,800
$210,400
2022
$1,361 (+11.5%)
$38,600 + $150,900
$189,500
2021
$1,220 (+11.9%)
$38,600 + $134,400
$173,000
2020
$1,090 (+5.4%)
$38,600 + $122,400
$161,000
2019
$1,034 (+13.5%)
$38,600 + $116,600
$155,200
2018
$911 (−57.1%)
$33,500 + $111,400
$144,900
2017
$2,126 (+5.3%)
$33,500 + $109,400
$142,900
2016
$2,019 (+5.6%)
$33,500 + $106,400
$139,900
2015
$1,912 (+1.6%)
$33,500 + $97,200
$130,700
2013
$1,881
$33,500 + $91,300
$124,800
Tax history for 5505 Stair Rd
Year
Property tax
Land + Additions
Assessment*
2024
$1,509 (+3.9%)
$38,600 + $182,700
$221,300
2023
$1,452 (+6.7%)
$38,600 + $171,800
$210,400
2022
$1,361 (+11.5%)
$38,600 + $150,900
$189,500
2021
$1,220 (+11.9%)
$38,600 + $134,400
$173,000
2020
$1,090 (+5.4%)
$38,600 + $122,400
$161,000
2019
$1,034 (+13.5%)
$38,600 + $116,600
$155,200
2018
$911 (−57.1%)
$33,500 + $111,400
$144,900
2017
$2,126 (+5.3%)
$33,500 + $109,400
$142,900
2016
$2,019 (+5.6%)
$33,500 + $106,400
$139,900
2015
$1,912 (+1.6%)
$33,500 + $97,200
$130,700
2013
$1,881
$33,500 + $91,300
$124,800
*Taxable value of land and structures on it ("additions") is determined regularly by local assessors and does not affect market price.
Zoning
FP
Flood Plain Zone
To protect lowland areas adjacent to lakes and ponds and areas that are within the flood plain of watercourses and watersheds all of which are subject to inundation and damage from flood waters up to the elevation of the regulatory flood