Much of Salt Lake City's housing stock predates the gutter sizes people install now, and plenty of it is still working with the system it came with, or with a patchwork…
Much of Salt Lake City's housing stock predates the gutter sizes people install now, and plenty of it is still working with the system it came with, or with a patchwork of pieces added by different hands over the years. You end up with a trough that handles a light shower fine and gives up in a real storm, and a downspout that turns at the bottom and drops everything a hand's width from the wall. The metal is usually not the problem. The problem is that water is collected carefully and then released in the worst available spot, right where you least want it sitting.
So the first conversation worth having in Salt Lake County is not about the gutter at all. It is about where each downspout lets go, and whether water keeps moving once it gets there. A splash block that ends inside the backfill zone is barely better than nothing. An extension that carries water past the disturbed soil and onto ground that falls away is a different outcome entirely. A buried line run to daylight works when the yard cooperates and the run stays cleanable. On a tight city lot with a neighbor close by, that placement takes some thought, and the thought is worth it.
Gutter size and downspout count get figured from the roof area feeding them and how steep that roof is. A steep plane throws water into the trough faster than a shallow one, so two houses with the same amount of roof do not necessarily need the same system. When the sizing comes up short, the gutter overflows at the low end and near the outlets no matter how recently it was cleaned. If yours spill in every real storm and there is no debris in them when you check, cleaning will not fix it, and neither will a guard. Undersized is undersized, and it fails on schedule.
Older Salt Lake City homes complicate this because they rarely stayed the way they were built. A back addition, an enclosed porch, a dormer, a garage tied into the main roof, each one adds area that drains somewhere, and the somewhere is often a run sized before any of it existed. Look at where your roof planes meet. Where two of them funnel into one valley, that valley delivers concentrated volume into a short stretch of gutter, and that stretch needs an outlet close to it. Adding a downspout in the right place often does more than replacing everything in the wrong size.
Seamless gutter is formed on site from coil, so a run comes out in one piece and the only joints are at corners and outlets. That matters because joints are where leaks start. Fewer of them means fewer places for water to work its way behind the trough and down the wall. When you get an estimate, ask how many corners and outlets the layout creates and how each one is sealed, because that is the honest failure map of the system you are buying. The rest is metal and hangers, and those are rarely the first thing to give you trouble.
A good walk-through covers three things you can verify yourself later. Where each downspout puts water, and whether the ground there carries it away. Whether the fascia is sound enough to hold hangers, or whether something needs attention first. Whether pitch stays consistent across each run so water moves to the outlet instead of standing in the middle. If none of that comes up and the conversation stays on color and footage, you are buying trim rather than water management. Call 801-823-6018 and we will match you with a Salt Lake City contractor who starts at the ground and works up.
Usually the system is undersized for the roof feeding it, or it does not have enough outlets. Water arrives faster than the trough and downspouts can carry it, so it spills at the low end and near corners. Standing water with a sagging midsection points at inconsistent pitch instead. Cleaning and guards solve neither one. The fix is sizing and outlet placement, which means measuring the roof rather than the gutter.
Far enough that water lands past the soil disturbed when the house was built, and on ground that keeps carrying it away. No single number fits every lot, because slope does most of the work. What you can check is simple. After a storm, stand at each downspout and see whether the ground is wet in a puddle or wet in a path leading away. A puddle against the wall is the thing to fix.
Often, yes. If the trough is sound, sits at a consistent pitch and is not pulling away from the fascia, cutting in an outlet and running a downspout on a long stretch is a smaller job than full replacement, and it frequently ends the overflow. It is worth having someone look before you price a whole system. If the existing gutter is undersized for the roof, more outlets help but will not fully fix it.
Formed on site from a coil, so a straight run carries no joints except at the corners and the outlets. That matters, because joints are where leaks concentrate. Size and downspout count get decided by your roof, not by habit.
Learn more →Sagging runs, water still standing in the trough two days after a storm, corners that weep down the fascia. Most of it traces back to pitch that drifted or fasteners letting go, and neither one requires replacing the whole house.
Learn more →The gutter only catches the water. The downspout decides where it goes, and against the foundation is the wrong answer. Adding outlets, moving discharge points and extending the run out to somewhere useful is the half nobody quotes.
Learn more →They reduce how often somebody is on a ladder at your house. They do not end it. Products differ enormously in how they shed fine grit and how they behave in a downpour, so the real question is which problem yours has.
Learn more →Twice a year is the rhythm most houses here need, weighted toward after the leaves drop. What neglect costs is not a full trough, it is water going over the front lip at the one spot you would never choose.
Learn more →Get a system sized to your roof. No fee to be matched.
Call 801-823-6018Takes about a minute, or call 801-823-6018 and skip the typing.