2026 Rankings

Worst Infrastructure: Vermont — 2026 Rankings

Last updated: October 18, 2026

250 ZIP codes ranked by Infrastructure Stress Indicator #1: ZIP 05050 (Mc Indoe Falls, VT) - 75/100

Out of 250 ZIP codes with infrastructure data in Vermont, 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 250
Highest stress indicator 75/100
Median stress indicator 49/100
Average stress indicator 49/100
State Vermont

Top 100 ZIP Codes by Infrastructure Stress

Rank ZIP Code City State Infrastructure Stress Stress Level Safety Score
1 05050 Mc Indoe Falls VT 75/100 Very High —
2 05904 Gilman VT 72/100 Very High —
3 05154 Saxtons River VT 71/100 Very High —
4 05902 Beecher Falls VT 70/100 Very High —
5 05447 East Berkshire VT 69/100 Very High —
6 05034 Bridgewater VT 68/100 Very High —
7 05678 Websterville VT 68/100 Very High —
8 05775 West Pawlet VT 66/100 Very High —
9 05052 North Hartland VT 65/100 Very High —
10 05362 Williamsville VT 65/100 Very High —
11 05776 West Rupert VT 65/100 Very High —
12 05862 Peacham VT 65/100 Very High —
13 05038 Chelsea VT 63/100 Very High —
14 05260 North Pownal VT 63/100 Very High —
15 05342 Jacksonville VT 63/100 Very High —
16 05648 Calais VT 63/100 Very High —
17 05681 Woodbury VT 63/100 Very High —
18 05158 Westminster VT 62/100 Very High —
19 05345 Newfane VT 62/100 Very High —
20 05350 Readsboro VT 62/100 Very High —
21 05358 West Halifax VT 62/100 Very High —
22 05473 North Ferrisburgh VT 62/100 Very High —
23 05650 East Calais VT 62/100 Very High —
24 05748 Hancock VT 62/100 Very High —
25 05766 Ripton VT 62/100 Very High —
26 05769 Salisbury VT 62/100 Very High —
27 05037 Brownsville VT 61/100 Very High —
28 05341 East Dover VT 61/100 Very High —
29 05747 Granville VT 61/100 Very High —
30 05757 Middletown Springs VT 61/100 Very High —
31 05821 Barnet VT 61/100 Very High —
32 05853 Morgan VT 61/100 Very High —
33 05035 Bridgewater Corners VT 60/100 High —
34 05654 Graniteville VT 60/100 High —
35 05903 Canaan VT 60/100 High —
36 05343 Jamaica VT 59/100 High —
37 05765 Proctor VT 59/100 High —
38 05772 Stockbridge VT 59/100 High —
39 05201 Bennington VT 58/100 High 74/100
40 05252 East Arlington VT 58/100 High —
41 05764 Poultney VT 57/100 High —
42 05033 Bradford VT 55/100 High —
43 05602 Montpelier VT 55/100 High —
44 05459 Highgate Center VT 54/100 High —
45 05667 Plainfield VT 54/100 High —
46 05069 South Ryegate VT 53/100 High —
47 05084 West Hartford VT 53/100 High —
48 05089 Windsor VT 53/100 High —
49 05101 Bellows Falls VT 53/100 High 82/100
50 05401 Burlington VT 53/100 High 98/100
51 05640 Adamant VT 53/100 High —
52 05739 Danby VT 53/100 High —
53 05743 Fair Haven VT 53/100 High —
54 05820 Albany VT 53/100 High —
55 05032 Bethel VT 52/100 High —
56 05036 Brookfield VT 52/100 High —
57 05040 East Corinth VT 52/100 High —
58 05068 South Royalton VT 52/100 High —
59 05143 Chester VT 52/100 High —
60 05161 Weston VT 52/100 High —
61 05257 North Bennington VT 52/100 High 78/100
62 05663 Northfield VT 52/100 High —
63 05701 Rutland VT 52/100 High 79/100
64 05778 Whiting VT 52/100 High —
65 05842 Greensboro Bend VT 52/100 High —
66 05873 West Danville VT 52/100 High —
67 05042 East Ryegate VT 51/100 High —
68 05046 Groton VT 51/100 High —
69 05060 Randolph VT 51/100 High —
70 05070 South Strafford VT 51/100 High —
71 05072 Strafford VT 51/100 High —
72 05146 Grafton VT 51/100 High —
73 05156 Springfield VT 51/100 High —
74 05253 East Dorset VT 51/100 High —
75 05359 West Townshend VT 51/100 High —
76 05492 Waterville VT 51/100 High —
77 05641 Barre VT 51/100 High —
78 05762 Pittsfield VT 51/100 High —
79 05763 Pittsford VT 51/100 High —
80 05777 West Rutland VT 51/100 High —
81 05841 Greensboro VT 51/100 High —
82 05858 North Concord VT 51/100 High —
83 05906 Lunenburg VT 51/100 High —
84 05045 Fairlee VT 50/100 High —
85 05053 North Pomfret VT 50/100 High —
86 05056 Plymouth VT 50/100 High —
87 05075 Thetford Center VT 50/100 High —
88 05077 Tunbridge VT 50/100 High —
89 05083 West Fairlee VT 50/100 High —
90 05148 Londonderry VT 50/100 High —
91 05250 Arlington VT 50/100 High —
92 05352 Stamford VT 50/100 High —
93 05363 Wilmington VT 50/100 High —
94 05462 Huntington VT 50/100 High —
95 05669 Roxbury VT 50/100 High —
96 05735 Castleton VT 50/100 High —
97 05738 Cuttingsville VT 50/100 High —
98 05819 Saint Johnsbury VT 50/100 High —
99 05843 Hardwick VT 50/100 High —
100 05867 Sutton VT 50/100 High —

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: 2026-10-18.

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.

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