Snow, ice and wind on Richmond roofs
Richmond uses the Burlington airport record: about 37.53 inches of precipitation and 87.5 inches of snow a year. The Winooski Valley funnels wind and cold air along the river.
Freezing nights number 145. Village-centre roofs in Richmond and Jonesville, some of them a century old, take every one of those cycles on their flashing.
| Measure | Value |
|---|---|
| Frost-free window | April 29 to October 15 |
| Nights at or below freezing | 145 nights |
| Days that never rise above freezing | 57 days |
| Precipitation per year | 37.53 in a year |
| Snow per year (Burlington International Airport) | 87.5 in |
| Days with snow on the ground | 89 days |
| Days with an inch or more of new snow | 23.1 days |
The town's 2026 plan puts Richmond's damage from the July 2024 flood at $2 million, enough to deplete its reserves and force a small tax increase.
Richmond's designated emergency shelter, Camel's Hump Middle School, is on the north side of the Winooski River, so a flood can cut the southern half of town off from it.
What the housing and sites mean for the roof
Work worth discussing
- Leak tracing around valleys, chimneys, dormers, and wall transitions
- Asphalt or metal replacement on steep and complex slopes
- Ice buildup reviewed with exterior details and accessible attic conditions
- Tree-debris, branch-impact, and shaded-roof inspection
- Access planning for sloped drives or hillside work areas
Services that fit
Roof repair and leak tracing in Richmond
Compare the interior leak pattern with valleys, sidewalls, chimneys, penetrations, debris zones, and uphill water paths.
Roof repair and leak tracing in Richmond: Read moreSkylight, chimney, and flashing repair in Richmond
Inspect counterflashing, step flashing, cricket or saddle details, skylight curbs, and the surrounding roof field.
Skylight, chimney, and flashing repair in Richmond: Read moreIce-dam and winter-roof help in Richmond
Address immediate winter water entry while planning a separate evaluation of attic heat, moisture, insulation, and ventilation.
Ice-dam and winter-roof help in Richmond: Read moreAttic moisture and roof ventilation in Richmond
Document frost, wet insulation, exhaust routing, roof-deck staining, and intake or exhaust obstructions where accessible.
Attic moisture and roof ventilation in Richmond: Read moreStorm and wind concerns in Richmond
Plan safe access around slopes, trees, debris, and wet ground before exterior investigation or temporary work begins.
Storm and wind concerns in Richmond: Read morePlan around the building and site
A steep roof or hillside site may require different access equipment and staging than a simple walkable roof. Ask where crews, materials, tear-off debris, and snow or rain protection will be placed, and how trees, drives, and lower roofs will be protected.
Details to share before the visit
- The exact room and roof area associated with each leak
- Whether water follows rain, wind, thaw, or cold weather
- Chimneys, valleys, dormers, and additions near the area
- Driveway grade and level areas for equipment
- Tree cover, debris, moss, or recent branch impact
- Attic frost, staining, insulation, or exhaust observations
Guides for these properties
What to do when the roof leaks
What to do when the roof leaks: Read moreIce dams, ventilation, and attic moisture
Ice dams, ventilation, and attic moisture: Read moreStorm roof documentation
Storm roof documentation: Read moreQuestions to settle before work begins
Why can a Richmond chimney leak be hard to identify?
Water can enter through roofing flashings, masonry, caps, crowns, or an upslope detail and travel before appearing inside. Roofing and masonry responsibilities should be separated in the inspection and proposal.
Does tree debris mean the roof needs replacement?
No. Debris can hold moisture and block drainage, but the decision depends on the covering, flashings, deck indicators, repairability, and extent of damage. Clean safely and inspect the underlying condition.
What should be checked after a recurring ice-dam leak?
Review the roof edge, valleys and flashings along with accessible air leakage, insulation, ventilation, and indoor moisture conditions. Removing ice alone does not explain why the pattern repeats.
Where to confirm the requirements
Town of Richmond Planning & Zoning
Review the Town's current planning and zoning information for the property and the exact roofing scope.
Town of Richmond Planning & Zoning: Open resourceThe setting that shapes a Richmond roof
Valley position matters for roofs more than people expect. Cold air drains downhill and pools in river valleys, which lengthens the freeze-thaw cycling a roof edge goes through and extends the period when snow sits, not melting cleanly. Combined with wooded hillsides that shade roofs well into the day, that produces the classic Richmond pattern: ice at the eaves, snow that stays, and moss on the shaded planes.
The Winooski and Huntington rivers also mean some properties sit on low ground where site drainage and where roof water discharges are a live question instead of an afterthought.
- Valley cold-air pooling extending freeze-thaw cycling at the eaves
- Wooded hillsides producing shade, slow drying, and moss
- River-adjacent parcels where roof-water discharge and grade matter
- Snow retention on roofs shedding toward drives and entrances
Richmond areas and landmarks
The town is made up of Richmond in the north-centre, Fays Corner, and Jonesville, with Interstate 89 crossing the northwest. The Old Round Church, a distinctive sixteen-sided building erected in 1812–1813, originally intended as both a town meeting place and a Protestant church, is the town's signature landmark and is open to the public.
Richmond village
The main settlement. Mixed-era housing with older buildings near the centre.
Jonesville
Riverside settlement to the southeast along the Winooski corridor.
Fays Corner
Rural crossroads settlement with older buildings and outbuildings.
Wooded hillside parcels
Shaded roofs where moss, slow drying, and snow retention govern.
What Richmond's history means for your roof
Early buildings in a valley town accumulate a specific set of problems: chimneys without proper crickets, flashing that was sealed, not integrated, additions whose roof planes meet the original at awkward transitions, and attics insulated long after construction. Transitions and penetrations are where Richmond roofs leak, far more often than the field of the covering.
- Roof-to-wall and addition transitions where planes meet at odd angles
- Chimney flashing and cricket detail on older masonry
- Attics insulated later, with intake ventilation compromised at the eaves
- Ice-protection membrane width at eaves when a roof is next replaced
A village built on two rivers
Two rivers meet here. Richmond sits in the Winooski River valley on US 2 at Interstate 89 exit 11, with Richmond village at the centre and Jonesville to the east. The Huntington River joins the Winooski right at the village, and the Old Round Church on Bridge Street is the landmark every local homeowner already knows.
A Bridge Street or village-core roof is close to the confluence and close to the road, older stock in many cases, with the roof-to-wall transitions that come with it. A roof up Cochran Road toward the ski area carries its own higher-elevation snow season, well past when the village floor has cleared. Two rivers meeting at one village means Richmond's valley-floor roofs answer to two watersheds at once, not one. Say which side of the confluence a roof is on before the snow-load assumption is set. Jonesville, east of the village along US 2, sits close in miles and different in exposure. Bridge Street and the Old Round Church mark the village core precisely enough that a crew can locate a job from the landmark alone, before a street number is even given.
Primary sources
Service information last reviewed August 29, 2026. Project acceptance, scheduling, and recommendations are confirmed by the roofing company.