Eave and lower-slope clearing
The most common request in Kenosha. Clearing the lowest few feet of the roof stops the meltwater from backing up under the shingles, and it is done from a safe reach wherever the layout allows.
Clearing heavy lake-effect snow from Kenosha roofs safely, from the eave and the lower slope, without damaging the covering.
Fastest: call (833) 751-2102. Or send this and we call you back.
Roof snow removal clears heavy snow from the roof to reduce the load and the risk of ice at the edge. Lake-effect storms can drop 10 to 16 inches along the shore in a day, and a roof in Kenosha may need clearing from the ground or a safe reach. Kenosha Roofing connects homeowners with a local technician who avoids climbing the roof.
Snow on a roof is heavy, and the weight is not spread evenly. Lake-effect bands can put a large amount of snow on the shore in a single day, and the roofs closest to the water can be buried while towns a few miles inland get a fraction of it.
The reason to clear snow is partly the load and partly the edge. Snow that stays on a roof through a thaw melts and refreezes at the eave, and the same cycle that builds an ice dam starts from the snow sitting on the lower slope. Clearing the eave and the lower slope reduces that risk, and a careful removal avoids the damage that comes from shovels and metal tools on the covering.
Roof snow work is done from the ground or a safe reach wherever possible. Kenosha Roofing routes calls to a local technician who explains what can be cleared safely and what should be left alone. Calls are answered around the clock, and the job is confirmed on site.
Lake-effect bands can drop 10 to 16 inches along the shore in a day, while inland towns get much less. The National Weather Service recorded that range along the lakeshore in February 2021, and a narrow band in November 2025 put 10 to 13 inches near Pleasant Prairie while nearby Sturtevant got about 2.
Lake-effect snow falls in narrow bands, and the bands can set up over one town and miss the next. A roof a few miles away can carry a light dusting while the house next door is buried.
The shoreline is where the heaviest totals fall, and the difference is sharp. A storm that drops more than a foot near the water can leave a light covering only a short distance inland.
Because the totals vary so much, the number of inches that matters for a roof is the number on that house, not the one reported for the county. A technician can judge the load from the roof itself.
It is not recommended. Standing on a snowy or icy slope is the most common way people are hurt in winter storms, and metal tools damage the covering. Clearing from the ground or from a safe reach with the right tool is the sensible alternative.
A roof edge is often hidden under snow, and a step onto it can send a person off the house. Ladders on snow are unstable, and the gutters do not hold a person's weight.
Snow that is pushed off the roof lands on the ground below, where people and cars are. Clearing from the top without a plan puts the crew and the homeowner at risk.
A technician uses soft tools from a safe position and works from the eave up, which keeps the roof edge clear without asking anyone to stand on the slope.
It can reduce the risk at the eave, but it does not stop the heat from the attic that melts snow on the upper roof. Removing snow from the lower slope cuts the amount of meltwater that can refreeze at the edge, and the attic work prevents the cycle from starting again.
Clearing the lower slope opens a path for meltwater to drain, so the dam has less to hold back. That is useful after a heavy storm, when the snow is already in place.
The snow on the upper roof will keep melting while the attic is warm. Clearing the eave is a short-term step, and the lasting change is in the attic, which is covered on the ice dam page.
Ice that has already formed at the eave should not be chipped with a tool. A technician can clear a channel from a safe position and advise on the attic fix.
Do not climb onto a snow-covered roof or stand on the eave to clear it. Keep people, pets and cars away from the line below the eave while snow is coming off. If the ceiling shows a crack or a bulge after a storm, clear the room below and call (833) 751-2102 before going back into it.
The technician looks at how deep the snow is, where it has drifted, whether the eave is iced and whether the roof shows any sag. That view decides whether any clearing can be done from a safe position.
The lower part of the roof is cleared to open a path for meltwater. Clearing the upper slope before the eave tends to push snow onto people and vehicles below, so the order matters.
Soft roof rakes and plastic shovels are used in a controlled way. Metal shovels, pry bars and anything that scrapes the surface can lift shingles and break the granule layer.
The crew watches the ridge, the rafters and any flat addition while the snow comes off, because a load removed unevenly can shift the structure. Work stops if the roof shows movement.
The most common request in Kenosha. Clearing the lowest few feet of the roof stops the meltwater from backing up under the shingles, and it is done from a safe reach wherever the layout allows.
Flat or low-pitch roofs hold snow and water because they do not shed them. Snow on a porch or addition can add weight quickly, and clearing it is often the most urgent part of a storm call.
Clearing the whole roof is rarely the right answer on a steep house, because the crew would have to work on a slippery surface. When it is needed, it is planned with fall protection and the snow is directed away from people.
Most roof snow removal calls are scheduled the same day when a technician is free, and you approve the price before any work starts.
Snow on Kenosha roofs is shaped by the lake. The heaviest totals fall on the shoreline, and the band can shift from one neighborhood to the next within a few miles, so a roof's exposure to the water is one of the first things a technician considers.
Flat additions and porch roofs are common on the older lakeshore houses, and they are the roofs most likely to hold snow and water for days after a storm. They are often the first place to clear.
Removing ice dams safely and fixing the attic heat that causes them on Kenosha houses after lake-effect winters.
Making a storm-damaged roof safe and watertight on Kenosha houses after wind lines, derechos and falling limbs.
A written roof inspection for Kenosha homes after wind, hail or heavy snow, and before an insurance claim is filed.
Installing and repairing gutters and downspouts on Kenosha houses, where ice and meltwater at the eaves test every run.
Not sure if you're covered? Check your ZIP code.
Lake-effect snow along the Kenosha shore reached 10 to 16 inches in February 2021, while towns inland got much less.
Kenosha's roof stress follows the dated record: spring and summer wind and tree-fall storms, autumn wind lines and the first lake-effect bands, and winter snow and ice dams from the thaw-refreeze cycle.
There is no single number that suits every house, because the roof pitch, the age of the structure and the way the snow has settled all matter. A technician judges the load from the roof and the signs of stress, rather than from a depth alone.
Usually not. Clearing the eave and the lower slope handles most of the risk, and a full clearing on a steep roof is hard to do safely. The technician explains which part of the roof needs attention.
Soft roof rakes and plastic shovels are the usual choice. Metal shovels, pry bars and anything that scrapes the surface can damage the shingles and the flashing.
Not automatically. The need depends on the depth, the drifting and the roof, and each visit is scoped and confirmed on site with the price.