2026 Rankings

Worst Infrastructure: New York — 2026 Rankings

Last updated: October 15, 2026

1,726 ZIP codes ranked by Infrastructure Stress Indicator #1: ZIP 13350 (Herkimer, NY) - 80/100

Out of 1,726 ZIP codes with infrastructure data in New York, these areas have the highest modeled infrastructure stress indicator values, computed from area-level data on infrastructure age, funding gaps, violation history, and lead indicators. The indicator is not a measured failure probability or forecast.

Statistic Value
ZIP codes ranked 1,726
Highest stress indicator 80/100
Median stress indicator 54/100
Average stress indicator 55/100
State New York

Top 100 ZIP Codes by Infrastructure Stress

Rank ZIP Code City State Infrastructure Stress Stress Level Safety Score
1 13350 Herkimer NY 80/100 Very High —
2 10033 New York NY 77/100 Very High —
3 10503 Ardsley On Hudson NY 77/100 Very High —
4 10519 Croton Falls NY 77/100 Very High —
5 11428 Queens Village NY 77/100 Very High 100/100
6 12069 Fort Hunter NY 77/100 Very High —
7 12504 Annandale On Hudson NY 77/100 Very High —
8 12530 Hollowville NY 77/100 Very High —
9 13051 Delphi Falls NY 77/100 Very High —
10 13102 Mc Lean NY 77/100 Very High —
11 13134 Peterboro NY 77/100 Very High —
12 13138 Pompey NY 77/100 Very High —
13 13484 West Eaton NY 77/100 Very High —
14 14035 Collins Center NY 77/100 Very High —
15 14515 North Greece NY 77/100 Very High —
16 14529 Perkinsville NY 77/100 Very High —
17 14788 Westons Mills NY 77/100 Very High —
18 10031 New York NY 76/100 Very High 100/100
19 12177 Tribes Hill NY 76/100 Very High —
20 13115 Minetto NY 76/100 Very High 83/100
21 13314 Brookfield NY 76/100 Very High —
22 14463 Hall NY 76/100 Very High —
23 10024 New York NY 75/100 Very High 100/100
24 10034 New York NY 75/100 Very High 100/100
25 10458 Bronx NY 75/100 Very High 100/100
26 11225 Brooklyn NY 75/100 Very High 100/100
27 11228 Brooklyn NY 75/100 Very High 100/100
28 11419 South Richmond Hill NY 75/100 Very High 100/100
29 11429 Queens Village NY 75/100 Very High 100/100
30 12438 Halcottsville NY 75/100 Very High —
31 13611 Belleville NY 75/100 Very High —
32 13692 Thousand Island Park NY 75/100 Very High —
33 14592 York NY 75/100 Very High —
34 10014 New York NY 74/100 Very High 100/100
35 10032 New York NY 74/100 Very High 67/100
36 10040 New York NY 74/100 Very High 100/100
37 10578 Purdys NY 74/100 Very High —
38 11104 Sunnyside NY 74/100 Very High 100/100
39 11204 Brooklyn NY 74/100 Very High 100/100
40 11209 Brooklyn NY 74/100 Very High 100/100
41 11215 Brooklyn NY 74/100 Very High 100/100
42 11220 Brooklyn NY 74/100 Very High 100/100
43 11226 Brooklyn NY 74/100 Very High 100/100
44 11385 Ridgewood NY 74/100 Very High 100/100
45 11418 Richmond Hill NY 74/100 Very High 100/100
46 11421 Woodhaven NY 74/100 Very High 100/100
47 12174 Stuyvesant Falls NY 74/100 Very High —
48 12471 Rifton NY 74/100 Very High —
49 12915 Brainardsville NY 74/100 Very High —
50 12977 Ray Brook NY 74/100 Very High —
51 12978 Redford NY 74/100 Very High —
52 13305 Beaver Falls NY 74/100 Very High —
53 13638 Felts Mills NY 74/100 Very High —
54 13776 Gilbertsville NY 74/100 Very High —
55 14039 Dale NY 74/100 Very High —
56 14166 Van Buren Point NY 74/100 Very High —
57 10025 New York NY 73/100 Very High 100/100
58 10462 Bronx NY 73/100 Very High 100/100
59 10464 Bronx NY 73/100 Very High 100/100
60 11105 Astoria NY 73/100 Very High —
61 11210 Brooklyn NY 73/100 Very High 100/100
62 11213 Brooklyn NY 73/100 Very High 100/100
63 11372 Jackson Heights NY 73/100 Very High 100/100
64 11411 Cambria Heights NY 73/100 Very High 100/100
65 11412 Saint Albans NY 73/100 Very High —
66 11416 Ozone Park NY 73/100 Very High 100/100
67 12132 North Chatham NY 73/100 Very High —
68 12453 Malden On Hudson NY 73/100 Very High —
69 13404 Martinsburg NY 73/100 Very High —
70 13628 Deferiet NY 73/100 Very High —
71 14303 Niagara Falls NY 73/100 Very High 83/100
72 14774 Richburg NY 73/100 Very High —
73 10003 New York NY 72/100 Very High 100/100
74 10006 New York NY 72/100 Very High 100/100
75 10012 New York NY 72/100 Very High 100/100
76 10470 Bronx NY 72/100 Very High 100/100
77 11103 Astoria NY 72/100 Very High 100/100
78 11203 Brooklyn NY 72/100 Very High 100/100
79 11216 Brooklyn NY 72/100 Very High 100/100
80 11223 Brooklyn NY 72/100 Very High 100/100
81 11229 Brooklyn NY 72/100 Very High 100/100
82 11230 Brooklyn NY 72/100 Very High 100/100
83 12407 Ashland NY 72/100 Very High —
84 12778 Smallwood NY 72/100 Very High —
85 12965 Nicholville NY 72/100 Very High —
86 13162 Verona Beach NY 72/100 Very High —
87 13208 Syracuse NY 72/100 Very High 58/100
88 13319 Chadwicks NY 72/100 Very High —
89 13501 Utica NY 72/100 Very High 83/100
90 13636 Ellisburg NY 72/100 Very High —
91 13846 Treadwell NY 72/100 Very High —
92 13859 Wells Bridge NY 72/100 Very High —
93 14061 Farnham NY 72/100 Very High —
94 14301 Niagara Falls NY 72/100 Very High 83/100
95 14752 Lily Dale NY 72/100 Very High —
96 10009 New York NY 71/100 Very High 100/100
97 10468 Bronx NY 71/100 Very High 100/100
98 10472 Bronx NY 71/100 Very High 100/100
99 10553 Mount Vernon NY 71/100 Very High 100/100
100 11214 Brooklyn NY 71/100 Very High 100/100

Methodology

Infrastructure stress rankings combine four data sources, each weighted equally (25%): (1) EPA Drinking Water Infrastructure Needs Survey and Assessment (DWINSA 2023) — state-level 20-year infrastructure need per capita for pipe replacement, treatment, and storage; (2) Census ACS housing vintage — percentage of homes built before 1980; (3) EPA SDWIS violation and enforcement data — system-level compliance history; (4) available Lead and Copper Rule indicators — service line material inventories and testing results. The combined value is a normalized 0-100 comparative stress indicator, not a measured pipe-failure probability or a forecast.

Data sources: EPA DWINS 2023, Census ACS, EPA SDWIS, Lead and Copper Rule data. Last updated: 2026-10-15.

Frequently Asked Questions

What does the infrastructure stress indicator mean?

The indicator summarizes infrastructure funding gaps, housing age, violation history, and lead indicators on a 0-100 scale. It is a comparative heuristic, not a measured pipe-failure probability or a forecast of a water-main break.

How is infrastructure stress calculated?

The indicator combines four equally weighted factors: state-level infrastructure need per capita (EPA DWINSA 2023), housing vintage (Census ACS pre-1980 housing percentage), water system compliance history (EPA SDWIS), and available lead indicators.

What can homeowners do about aging infrastructure?

Ask your water utility or health department about testing your tap water, especially for lead. Check if your home has a lead service line through your water utility. If you use a filter, choose one certified under NSF/ANSI 53 for the specific contaminant, such as lead. Review your water system Consumer Confidence Report for violation history.

Does high stress mean my water is unsafe right now?

Not necessarily. Infrastructure stress is a screening indicator of long-term vulnerability, not a measurement of current contamination or a prediction of failure. For current conditions, check utility notices and the latest Consumer Confidence Report, and test your tap for contaminants of concern.

Explore More Rankings

How this ranking is calculated, data sources, and limitations: Rankings Methodology →


Related Rankings

Water Safety 2026 EPA violations and water quality scores Lead Risk 2026 Lead service-line indicators and system-level action-level exceedances Infrastructure 2026 Aging pipes, system age and remediation costs
Disclaimer: Rankings are based on EPA, FEMA, and federal agency data. They reflect historical patterns and risk indicators, not necessarily current conditions. For the most current information, contact your local water utility or request a Consumer Confidence Report.

Get safety alerts for New York

Free updates when EPA data changes for this area. No spam.

Unsubscribe anytime. Privacy Policy.

Share This Page

X Facebook
Check your water filter options Free tool - no phone call required.