Gutter repair and new runs, planned so meltwater leaves the eave instead of freezing at it.
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Gutters carry meltwater off the roof edge and away from the house. On the Palouse they matter most before the first snow, because a gutter that is full, sagging or blocked lets meltwater freeze at the eave, where it can build into ice that backs water under the roof covering.
A gutter does its real work in the weeks before winter. In the late autumn, when leaves and grit have collected in the trough and the downspouts, the water from the first thaw has nowhere to go. It backs up behind the blockage, runs under the edge of the roof covering, and freezes there. The ice that forms at the eave is the start of the ice dam problem, and the gutter is often the first thing that failed.
The mechanism is simple. For an ice dam to form, snow has to be on the roof, the upper roof has to be warm enough for the snow to melt, and the lower roof and the gutter have to stay below freezing. Meltwater then runs down to the cold edge and refreezes there. A gutter that is clear and sloped properly lets that water leave the roof instead of freezing on it. A gutter that is full, sagging or pulled away from the fascia does not.
Gutter repair and installation is a practical job, and it is often done with the roof inspection. A technician checks the gutter run, the hangers, the seams, the downspouts and the fascia behind them, and says what needs repair and what should be replaced. Phones are answered 24/7, and a visit the same day happens only when a technician is free. Clearing and repairs are best scheduled before the first snow, and no arrival time is promised for any visit.
Do not climb onto a snow-covered or icy roof to clean a gutter, and do not lean a ladder against a gutter that is not fixed to the fascia. Set the ladder on firm, level ground, have someone hold it, and keep clear of overhead wires. Do not stand on the top rungs or reach too far to one side. Scoop debris by hand from the trough rather than climbing up and working on a loose section, and call a technician for any gutter that is sagging badly, pulled from the fascia or hanging over the walk.
Repair covers the sections that have sagged, the hangers that have pulled, and the seams that have opened. A gutter that is structurally sound but poorly hung can often be corrected by re-fixing the hangers and resetting the slope. This is the most common job and usually the quickest, and it is often done alongside a roof inspection.
Replacement is the right answer when the gutter is cracked through, badly corroded or too damaged to hold its slope. The new run is fitted to the existing fascia, and the outlets and downspouts are placed to suit the roof's drainage. The fascia is checked before the new run goes on, because replacing a gutter on rotten fascia just moves the failure.
A house with no gutter, or with a run that does not cover the roof edge, may need new installation. The run is designed around the roof's pitch, the length of the eave and the points where water will leave the house. New installation also checks whether the eave detail and the drip edge are adequate for the snow and ice this climate brings.
Downspouts that are loose, cracked or discharging against the foundation are repaired, and extensions or splash-outs are added to carry water well away from the wall. This is a small job with a large effect on the foundation and the base of the siding. It is often overlooked, and it is worth checking every year before the snow arrives.
If it's an emergency, call now. For non-urgent gutter repair and installation, send the form and we'll call you back.
A gutter that is full or blocked when the first thaw comes holds meltwater at the eave, where it freezes. That ice is the start of an ice dam, which can push water under the roof covering and into the walls and ceilings.
The sequence matters. Snow sits on the roof, the upper slopes warm enough to melt it, and the water runs down toward the cold edge. If the gutter is open and sloped, the water leaves. If the gutter is full, the water pools and freezes at the lip. Over a winter the ice builds, and the water behind it finds a path under the covering and into the attic and walls.
The University of Minnesota Extension describes the same mechanism in its guidance on ice dams. Its point is that ice dams need snow on the roof and a temperature difference across the roof surface, so that the upper part is above freezing while the lower part is below. A clear gutter does not stop the snow from melting, but it lets the meltwater leave before it can refreeze at the edge.
A gutter that overflows or pulls away can send water behind the fascia and into the wall or the roof edge, which looks like a roof leak. A technician checks both the gutter and the roof edge to find the real source.
Water running over the front of the gutter during a rain often soaks the fascia, and that water can run back under the roof covering at the edge. The stain you see on a ceiling near an outside wall may come from the gutter rather than the roof surface. Tracing the path from the stain back to the gutter line is part of the job, and it is why the roof and the gutter are looked at together.
The reverse is also true. A roof leak can run down the inside of the fascia and drip into a gutter, so the gutter is not always the cause. The technician checks both before deciding on the repair, and says which one is the source of the problem.
Clearing debris from a gutter at ground level is a reasonable task for many homeowners. Working on a ladder, and any work on the roof edge, is more dangerous and is best left to a technician.
Use a sturdy ladder on firm, level ground, and have someone hold it. Do not lean out to one side, and do not stand on the top rungs. Scoop debris by hand into a bucket rather than flushing it into the downspout, and check that the downspout runs freely afterward. Keep clear of any overhead wire, and do not climb onto a snow-covered or icy roof to clean the gutter.
A homeowner can also watch the gutter from the ground during a storm. Water over the front, a dripping seam or a sagging run are visible signs that the gutter needs attention. Note them and mention them to the technician, since the cause is often clearer when the water is seen in motion.
The length of the run, the number of downspouts and corners, the condition of the fascia, the height of the eave and the access all change the price. The cost is explained and approved before work starts, and no figure is printed here.
A short, low, straight run with a sound fascia is a small job. A long run with several corners, a high eave or a damaged fascia takes more time and more material. Replacing the fascia along with the gutter adds work and changes the scope. The technician counts the sections, the hangers, the outlets and the downspouts, and records the condition of the fascia.
The access to the eave also changes the job. A house on a steep lot or with a tall wall needs more equipment, and the placement of the downspouts can require changes to the grading at the foundation. You will be told what the work involves and what it costs before any work starts.
Most gutter repair is a small job that does not need a building permit, but the answer depends on the scope of the work and the jurisdiction. The building office for the address can confirm whether a particular job needs one.
In Moscow the Building Safety Division handles permits and can say whether a gutter or downspout job at your address requires one. Outside city limits, the county building official is the right contact. If the work is combined with roof repair, the permit question is decided by the roof work, so ask the same office about both at once.
In Pullman, Washington, the city's permit pages set out the requirements for residential work, and the Washington rules apply on that side of the state line. The technician will say which rules apply before the job begins, and will check that the work meets them.
The technician checks the full length of the gutter for sags, gaps, cracks and loose sections. The corners, the end caps and the points where a downspout joins the trough are looked at closely, because they are where water tends to escape. A gutter that looks level from the ground may still be holding water at its low point.
Debris is removed from the trough, and the outlets and downspouts are cleared so that water can run freely. The technician confirms the water flows to the bottom of each downspout and leaves the house through it. A blocked downspout turns a gutter into a reservoir, and the repair is not complete until the flow is confirmed.
Hangers that have pulled out or lost their grip are replaced or re-fixed, and the seams are sealed or re-joined where they have opened. The fascia board behind the gutter is checked for rot, paint failure and the nail heads that hold the gutter to it. A gutter cannot be secured to fascia that is soft or rotten, and that is found during this step.
A gutter needs a steady slope toward the outlet so that water moves along it rather than sitting. The technician checks the slope along the run and corrects it where the gutter has sagged. Downspout placement is checked for the same reason, and for where the water will land. A downspout that discharges against the foundation is noted for correction.
Water is run through the gutter to check that it drains completely and that nothing overflows at the corners or the joints. The result is recorded with a short list of what was repaired and what should be watched after the first freeze and thaw. That list is the practical part of getting the gutter ready for winter.
On the Palouse, the gutter is the first defense against ice at the eave. The winters bring snow that sits and thaws, and a gutter that is blocked in late autumn is the most common reason meltwater freezes at the edge. A clear gutter before the first snow is the simplest measure a homeowner can take, and it costs very little compared with the damage an ice dam can do.
Moscow has a range of house styles, from older houses with wood fascia to newer homes with different eave details. The fascia behind the gutter is often the part that decides whether a repair holds, and the technician checks it in every case. A gutter repaired onto soft fascia will come away at the next storm.
The gutter and the eave are part of the same system as the attic ventilation and the insulation above the ceiling. A house that loses a lot of heat to the attic will melt more snow on the roof, which feeds more water to the edge. That is why the gutter repair is often planned together with an attic ventilation check, and with an ice dam assessment if the eave has already iced.
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A look at the roof, gutters and attic before the first snow, to find the loose flashing and blocked gutter that cause winter leaks.
Air sealing and ventilation that keep attic heat from melting snow on a Moscow roof and feeding ice dams at the eave.
Stopping eave ice dams on Palouse roofs through attic insulation, air sealing and ventilation, and safe removal when water is already getting in.
Resetting or replacing the metal at valleys, chimneys, sidewalls and vent pipes that keeps water out of a Moscow roof.
An ice dam forms when snow on the roof melts from heat escaping through the attic, then refreezes at the colder eave, where meltwater has nowhere to go.
The best time is late autumn, before the first snow and before the first hard freeze. A gutter that is clear and sloped can take the first thaw without holding water at the edge. Gutters can also be checked after a windstorm, since a branch or a heavy leaf load can knock a run out of line. Scheduling is subject to technician availability.
A new gutter helps by letting meltwater leave the roof, but it does not stop snow from melting on the roof or the heat that causes the melting. Ice dams are an attic and insulation problem as well as a gutter problem. A technician can look at the whole eave, including the attic ventilation, and recommend the right combination.
A gutter can overflow when the slope is wrong, the downspouts are too few or too small for the roof area, or the outlet is blocked at the bottom. It can also overflow at a corner or a joint that has opened. A technician checks the slope, the outlets and the downspouts to find the cause.
Yes, a downspout that discharges against the foundation can soak the soil and the base of the wall, especially during a thaw. Extensions or splash-outs carry the water further from the house. Where the grading slopes toward the house, the technician will say so and recommend a fix.
Gutter repair is done in much the same way on metal and other roofs, though the fastening and the drip edge detail can differ. A metal roof sheds snow onto the gutter, so the gutter has to be sound enough to take the load of a slab. The technician checks the connection between the roof edge and the gutter before recommending a repair.
Soft wood, peeling or blistered paint, and stains below the gutter line are common signs. A technician probes the fascia to see whether it holds a fastener and checks the nail heads for movement. If the fascia is soft, it is repaired or replaced before the gutter is reinstalled, so the new gutter has something sound to hang from.