Church Roofing in Kenosha, WI

The Church Campus as a Set of Roofs

A church campus usually grows in stages. The sanctuary came first. A classroom wing, a fellowship hall, a kitchen and offices followed. Each addition has its own roof, its own age and its own contractor, and the junctions between them are where water often finds its way.

We draw the campus on one sheet and number each roof area. The table lists roof type, age if known, last repair and a condition rating. A steep sanctuary roof and a flat fellowship hall roof need different treatment, and the board needs a table that shows which one is more urgent. Photographs for each roof area are taken from the same positions every visit.

The table also notes who owns each question: the trustee who holds the warranty file, the volunteer who clears the gutters, the contractor who last patched the hall. A roof with no owner for its upkeep drifts, and the table gives the board a way to assign one. Where the church rents space to a school or a community group, the lease terms for roof repair go into the same table.

Steeple, Ridge and Sanctuary Findings

The tall roof carries its findings at the ridge, the valleys, the eaves and the steeple base. A steeple, a bell tower or a cross is a tall penetration with its own flashing, and it takes more wind than the field. Sealant dries, fasteners loosen and water enters at the base.

Access is the cost driver. Scaffolding, a lift or a drone is often needed to see the roof at all. A drone inspection records the ridge, valleys and steeple base in photographs without anyone climbing, and the images are compared year to year. A church board can look at the pictures before it authorizes a repair, and the pictures settle questions that a verbal report leaves open.

Winter Findings on Church Roofs

Snowfall of about 36.2 inches a year is normal in Kenosha, and the January 1979 blizzard alone left about 19 inches. Tall church roofs shed snow onto lower roofs and walkways, and meltwater runs down valleys into gutters that may be frozen. Ice damage at the eaves and under drifts is a repeated finding.

The spring walk records the results: ice scars at gutters, lifted shingles or metal, compressed insulation under drifts and split seams on the flat roofs. A snow and ice damage log from past winters shows which roofs repeat. Roof-edge ice above entrances is also a safety finding, and the report ranks it accordingly.

Gutters on a tall sanctuary carry a heavy volume in a spring melt, and a downspout that discharges at the foundation can send water into a basement hall. We follow each downspout to its outlet and photograph where it ends. A short note to the grounds committee lists the clogged ones, and the next spring walk shows whether they were cleared.

Wind and Storm Records

The tornadoes of January 7, 2008 crossed Kenosha County on two tracks, Wheatland and Brighton on one, Somers and the north side of the city on the other. In Wheatland the storm damaged about 100 houses and demolished 25. Those events remind a congregation that a tall roof is exposed.

The practical response is a dated photograph set of each roof, taken before any storm. After a storm, a wind damage walk checks ridges, steeple bases and edges against that set. The comparison shows what changed, and it supports an insurance conversation. A church in Wheatland or Somers keeps the same record as one in Kenosha.

What the Findings Mean for the Church Budget

A church board weighs roof spending against the rest of its mission. The report gives each roof a condition rating, a service-life range and cost ranges for repair, recovery or replacement. A roof capital plan sorts them by urgency, so the board can fund the worst roof first and phase the rest.

Cost drivers are roof area, height, scaffolding or lift needs, tear-off layers, decorative elements and the number of penetrations. A flat roof in sound condition may take a coating, which costs less than replacement. A steep roof with a worn covering needs replacement. The report states which path the evidence supports, with cores or photographs beside it.

For flat roofs over the hall and classrooms, a moisture survey comes first. An infrared scan marks wet insulation, and a few core cuts record what the layers hold. A roof that scans dry is a candidate for repair or coating. A roof that scans wet over a wide area is a candidate for removal, and the board sees the cores before it votes. Reserve funds are easier to approve when the evidence is on the table.

Services, Events and the Close-Out File

Work is scheduled around worship, weddings, funerals and classes. Noisy work runs on weekdays, and entrances are protected when the building is open. Interior protection goes in under any open cut above the sanctuary, and fixtures such as an organ, pews and altar furnishings are covered before work begins. The schedule is written and shared with the pastor and the facilities committee. Lifts and dumpsters are placed away from parking for services, and the crew cleans the grounds each evening and before every weekend.

The close-out file keeps the before and after photographs, the as-built plan, product data and warranty papers together. A school and a government building use the same file. The church keeps it, so the next facilities chair sees what was done and when. It lists the next inspection date and any warranty requirements, and it names the contact who can answer questions if the building changes hands.