2 ST, FL, FL 33312

Parcel: 504210750090 · 01 · Zoning:

Assessed Value (2026)
$63,330

Property Details

Year Built
1959
Lot Sqft
6,767

Sales History

1
$55,000
1993-02-01
2
$116,500+112%
1997-12-31
3
$100non-market transfer
2014-11-07

Tax Assessment History

$63,330
Assessed (2026)
$323,410
Market Value
$25,000
Taxable Value
$509
Annual Tax
2025
$116,856
$0
2026
$63,330
$323,410
Assessed Market
View detailed table
YearAssessedMarketTaxableTax
2026 $63,330 $323,410 $25,000 $509
2025 $116,856 $ $25,000 $509

About 2 ST, FL, FL 33312

2 ST, FL, FL 33312 is a property built in 1959 on a 6,767 square foot lot. The property is currently owned by TALBOTT,ROBERT R ROBERT R TALBOTT REV LIV TR, recorded as of 2026-04-26. The owner appears to be owner-occupied based on the mailing address matching the property address.

The most recent sale was on 2014-11-07 for $100. The property sold for $116,400 less than the prior sale of $116,500 on 1997-12-31. There are 3 recorded sales for this property.

The 2026 assessed value is $63,330 with a market value of $323,410. This breaks down to $37,220 for the land and $286,190 for the building. The assessed value decreased 46% from $116,856 in 2025.

2 ST, FL, FL 33312 is located in FL, Florida. Property records, tax assessments, sales history, and ownership information for this FL property are sourced from broward County public records. The complete ownership history of this property spans from 1993 to 2014, with 3 recorded transactions in the public record..

Current Owner

TALBOTT,ROBERT R ROBERT R TALBOTT REV LIV TR
801 SW 2 ST, FORT LAUDERDALE, FL, 33312
Since: 2026-04-26
View owner profile →

Est. Annual Insurance

$1,900 — $3,800
Flood $400 — $800
Property/Wind $1,500 — $3,000

Estimate based on FEMA flood zone, property value, and year built. Actual premiums vary based on elevation, mitigation features, roof condition, and insurer. Not a quote.

Neighborhood 33312

62.8%
Owner-Occ
37.2%
Investor
475
Flips (4yr)
8,727
New Biz (3yr)
Distress Risk
ELEVATED
56
View full risk analysis →