CAD Neighborhood 98-4269R6
Property tax protest data for the Doane & Legends South area, Harlingen (Neighborhood 98-4269R6) in Cameron County. 27 homes, $164/sqft median.
Source: CCAD public records, 2024 protest season
27 homes in this area were assessed at a median $164/sqft. If your home is assessed higher than comparable properties nearby, you may have grounds to protest your assessment. An evidence packet shows exactly how your assessment compares — with the specific comps and data you'd present at a hearing.
5 comparable properties matched to your home, an assessment gap analysis showing where your value exceeds comps, a filing checklist for CCAD, and a hearing script you can read at your informal hearing.
You file a protest with CCAD (online via CCAD Protest Form), attend an informal hearing where you present your evidence, and most cases settle right there. The evidence packet gives you everything you need for that hearing.
The protest deadline for Cameron County is May 15. You must file before this date to protest your 2026 assessment.
See how your home compares to 27 others in Doane & Legends South area, Harlingen
$49 flat fee · No recurring fees — you keep 100% · 7-day money-back guarantee
| Neighborhood | Homes | Median $/Sq Ft | Win Rate |
|---|---|---|---|
| Milania & Balli area, La Feria 78559 | 100 | $164 same | — |
| Santa Isabel area, Laguna Vista 78578 | 30 | $164 same | — |
| Tiger & Lynx area, Brownsville 78521 | 5 | $164 same | — |
| San Andres & Lago Vista area, Brownsville 78520 | 20 | $164 same | — |
| Valle Alto & Easter Lilly area, Los Fresnos | 26 | $164 same | — |
Neighborhoods with the closest median $/sq ft to Doane & Legends South area, Harlingen.
| Address | % Above | $/Sqft | Est. Savings |
|---|---|---|---|
| 27269 DOAN RD | 31% | $215 | $3,709 |
| 28417 BAKER POTTS | 27% | $208 | $1,672 |
| 16672 LEGENDS SOUTH LANE | 24% | $203 | $2,518 |
| 28116 DOANE RD | 19% | $195 | $1,853 |
| 16610 LEGENDS SOUTH LANE | 17% | $191 | $1,306 |
Properties assessed highest above the neighborhood median.