Gutter Services in Roy, Utah
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Gutters manage the water that runs off your roof — collecting it at the eaves, carrying it along pitched runs to outlets, and directing it through downspouts away from the siding, fascia, foundation, and landscaping. When the system is undersized, damaged, improperly pitched, or missing altogether, the symptoms show up as overflow, splashback, siding staining, fascia rot, soil erosion along the foundation, and moisture problems below grade.
Cornerstone Custom Construction and Remodeling has over 15 years of experience handling gutter work across Northern Utah — from targeted repairs on leaking seams and sagging runs to full seamless gutter installations sized for the Wasatch Front's snow loads and freeze-thaw cycling. We install, repair, and replace residential gutter systems and coordinate the fascia, soffit, and roof-edge work that connects to them.
Call us at 801-389-3161 or email info@cornerstoneconstructionremodeling.com to start a free estimate conversation.
Who This Service Fits
Gutter services fit homeowners who are dealing with a drainage problem at the roof edge — water spilling over gutters during storms, downspouts dumping too close to the house, sagging or pulling runs, leaking seams, ice damage from the previous winter, or an aging system that no longer manages runoff reliably. It also fits homeowners building an addition or completing new construction where gutters have not yet been installed.
This service sits within our Exterior and Outdoor Services family. Cornerstone's role is the hands-on gutter work — installation, repair, section replacement, full system replacement, guard installation, and the fascia and soffit repair or replacement that often accompanies gutter work. We also address the drainage path from the downspouts outward, including extensions, splash blocks, and surface grading corrections that keep water moving away from the foundation.
When a gutter project connects to roofing work, siding repair, or foundation drainage concerns, we coordinate those scopes together rather than treating the gutter system in isolation.
Scope, Conditions, and Boundaries
Gutter performance on the Wasatch Front is governed by conditions that differ from national averages, and those conditions shape both the specification and the repair approach for every project we handle.
Utah freeze-thaw and snow-load factors. The Wasatch Front experiences over 150 freeze-thaw cycles per year at elevations above 4,500 feet. Snow that accumulates on the roof melts during daytime warming, refreezes at the eaves overnight, and builds ice dams that can pull gutter runs off the fascia, crush standard-gauge hangers, and force water behind the shingles and into the soffit cavity. These conditions mean gutter systems in Davis, Weber, and Salt Lake counties need heavier-gauge material, closer hanger spacing (24-inch or 18-inch centers rather than the 36-inch standard used in mild climates), and proper sizing for the roof area and pitch they serve.
Roof geometry and capacity. Many Wasatch Front homes have steep pitches that accelerate runoff, wide roof planes that concentrate volume, and upper roofs that dump onto lower sections. Standard 5-inch K-style gutters with 2x3 downspouts are adequate for smaller, simpler rooflines, but homes with larger or more complex roof geometry often need 6-inch gutters with 3x4 downspouts to handle the volume without overflowing during heavy rain or rapid snowmelt.
Fascia condition. Gutters mount directly to the fascia board. If the fascia is rotted, soft, split, or pulling away from the rafter tails, no gutter installation will hold reliably. Fascia damage is frequently hidden behind existing gutters and only becomes visible once the old system is removed. This is why fascia evaluation and repair is a standard part of any gutter replacement or installation project — the gutter system is only as secure as the surface it attaches to.
What falls inside this scope. Gutter installation (seamless and sectional), gutter repair (seam sealing, hanger replacement, pitch correction, section replacement), full system replacement, downspout installation and rerouting, gutter guard installation, fascia board repair and replacement, soffit repair where connected to gutter-related damage, end caps, miters, outlets, and extensions. Downspout discharge correction — extending runs, adding splash blocks, and coordinating surface grading to direct water away from the foundation.
What falls outside this scope. Licensed roofing work (shingle replacement, underlayment, flashing beyond the drip edge), subsurface foundation drainage systems, and plumbing connections. We coordinate with roofing and drainage specialists when the gutter project connects to those scopes.
Four Gutter Service Categories
Most residential gutter work falls into one of four categories based on the current condition of the system and the outcome the homeowner needs.
New gutter installation. This scope applies to homes that do not have gutters, homes where additions or new construction require a gutter system, and situations where the existing system is beyond repair and must be replaced from scratch. New installation includes measuring and fabricating seamless runs on-site to fit the roofline, setting hangers at spacing appropriate for the snow and ice loads the system will face, installing downspouts at locations that route water away from the foundation, and connecting the full system to the fascia with proper pitch toward outlets. Fascia and soffit repair or replacement is included when the mounting surface needs it.
Gutter repair and section replacement. When the system is structurally sound but has isolated failures — leaking seams, sagging sections, damaged hangers, crushed runs from ice or ladder contact, or downspouts that have separated or been damaged — targeted repair can restore function without replacing the entire system. Repair scope includes resealing joints, replacing damaged hangers, correcting pitch on sagging runs, replacing individual sections, reattaching or replacing downspouts, and adding end caps or outlets where they are missing or failed.
Full seamless system replacement. This is the scope when the existing system has reached the end of its service life — widespread leaking at joints, consistent sagging despite hanger replacement, outdated sectional gutters with failing connections, or a system that was undersized for the roof from the beginning. Seamless replacement removes the old system entirely, evaluates and repairs the fascia beneath it, and installs a new seamless aluminum system fabricated on-site to eliminate the joints where sectional systems fail. This is the most common upgrade path for homes with aging sectional gutters that leak at every connection.
Guard systems and debris management. Guard installation adds a debris-management layer to the gutter system — reducing leaf, needle, and granule buildup that clogs runs and downspouts and causes the overflow, ice-dam, and fascia-damage problems that lead to the other three categories above. Guard types include micro-mesh (fine stainless steel mesh that blocks nearly all debris including pine needles), screen and perforated covers (effective against larger debris at a lower cost point), and reverse-curve systems (solid hoods that use surface tension to direct water in while debris slides off). Guard selection depends on the debris environment around the home, the roof pitch, and the gutter profile. Guards reduce cleaning frequency but do not eliminate all maintenance — periodic inspection is still necessary.
Planning Inputs and Homeowner Decisions
Before an accurate gutter estimate can take shape, several site-specific factors need to be understood.
Current system condition. If gutters are already installed, document the problems you are seeing — overflow locations, sagging sections, visible leaks, staining on siding or fascia, ice damage patterns from the most recent winter, and where water is landing at ground level. Photographs from ground level and, where safe to take, closer angles showing the gutter runs, hangers, seams, and downspout connections help narrow the scope before anyone arrives on site.
Roof geometry. The number of roof planes, the total lineal footage of eave, the pitch of each section, whether upper roofs drain onto lower roofs, and the number of valleys and corners all determine how the gutter system needs to be laid out. Complex rooflines with many direction changes require more downspouts, outlets, miters, and fabrication time than simple rectangular footprints.
Fascia and soffit condition. If you can see paint peeling, wood darkening, soft spots, or sections pulling away from the house on the fascia or soffit, note those locations. These conditions almost always need to be addressed during gutter installation or replacement because the gutter mounts directly to that surface. Gutter work frequently exposes fascia damage that was hidden behind the old system.
Downspout discharge and grading. Look at where the current downspouts release water. If they are dumping directly at the foundation, discharging onto hardscape that slopes back toward the house, or terminating in areas where water pools, the estimate needs to include discharge correction as part of the scope. This is where gutter work connects to broader foundation protection.
Guard preferences. If debris management is a concern — particularly in neighborhoods with heavy tree cover, pine needles, or cottonwood — consider whether guards should be included in the project scope. Adding guards during installation or replacement is more cost-effective than returning for a separate installation later.
Access and site conditions. Note the height of the house (single-story, two-story, split-level), the slope and condition of the ground around the foundation, and whether landscaping, fencing, decks, patios, or HVAC equipment will affect access to the eaves from the exterior.
Cost and Schedule Factors
Gutter project costs vary based on the specific conditions of the home, and we provide project-specific estimates rather than generic ranges. Here is what typically drives the scope and investment.
Lineal footage. The total length of gutter run is the baseline measurement for every gutter project. Larger homes with more roofline produce longer runs, more downspouts, more corners, and more fabrication time.
System type. Seamless gutters fabricated on-site from continuous coil stock cost more than pre-cut sectional pieces but eliminate the joints that cause most leaking problems in sectional systems. The trade-off between upfront cost and long-term reliability is the central decision in most gutter projects.
Gutter size and profile. Standard 5-inch K-style gutters are the most common residential profile. Homes with larger roof areas, steeper pitches, or upper-to-lower roof drainage often require 6-inch gutters with larger downspouts to handle the volume. Oversized systems cost more per foot and require heavier hardware.
Material and gauge. Most residential gutter systems use aluminum. Heavier-gauge aluminum costs more but resists the denting, sagging, and ice-load deformation that lighter material is prone to in this climate. Copper and steel are less common in residential work but carry significantly higher material costs.
Home height and access. Two-story and split-level homes require taller staging, more setup time, and more safety measures than single-story ranch-style houses. The added height increases labor cost per lineal foot.
Fascia repair. If the fascia board behind the gutter needs repair or replacement — which is common on homes where the previous gutter system has been leaking — that work adds material and labor to the project. The extent is often not fully known until the old gutters come down.
Corners, miters, and downspout count. Every corner, direction change, outlet, and downspout requires custom fabrication and additional connection hardware. Homes with complex rooflines have more of these than simple rectangular footprints, and each one adds to the total.
Guard systems. Adding gutter guards to the project increases cost based on the guard type (micro-mesh costs more than basic screen), the total lineal footage covered, and whether the guards require modification to fit the gutter profile and roof pitch.
Companion work. When the gutter project connects to siding repair, fascia wrapping, soffit replacement, or downspout discharge correction involving grading or concrete flatwork, those companion scopes add to the total investment.
Process and Coordination
Gutter work follows a sequence that evaluates the full drainage path — from the roof edge through the discharge point — before any material is cut.
7.1 Site evaluation. We walk the perimeter and evaluate the current gutter system (or lack of one), the fascia and soffit condition behind and around the gutters, the roof geometry and pitch, the downspout locations and discharge paths, and the ground conditions and grading at the foundation. This evaluation determines whether the project is a repair, a partial replacement, or a full system installation.
7.2 System design and specification. Based on the evaluation, we determine the gutter size and profile needed for each roof section, the hanger type and spacing appropriate for the snow and ice loads, the downspout count and locations that will handle the volume, and any fascia or soffit work required before the gutter system can be installed. On homes with complex rooflines, this step involves mapping every run, outlet, corner, miter, and termination before fabrication begins.
7.3 Fascia and soffit preparation. If the fascia board is damaged, rotted, or not structurally sound, it is repaired or replaced before any gutter hardware is installed. Soffit damage connected to previous gutter failure or ice-dam intrusion is addressed at the same time. This is the step that prevents the new system from failing at the attachment point.
7.4 Fabrication and installation. Seamless gutters are fabricated on-site from continuous coil stock using a portable roll-forming machine, then cut to exact length and hung along the fascia with the proper pitch toward outlets. Hangers are set at the spacing determined during system design — 24-inch or 18-inch centers for this climate rather than the 36-inch spacing used in milder regions. Downspouts are installed, connected to the outlets, and routed to discharge locations that carry water away from the foundation.
7.5 Guard installation (when included). If gutter guards are part of the project scope, they are installed after the gutter system is hung and tested. Guard type, attachment method, and mesh sizing are matched to the debris environment and roof pitch at the home.
7.6 Discharge and drainage verification. After installation, the full system is checked by running water through each run to verify pitch, flow rate, outlet function, joint sealing, and downspout discharge. The ground-level discharge path is evaluated to confirm water is being directed away from the foundation — not pooling, not flowing back toward the house, and not undermining adjacent hardscape.
7.7 Cleanup and walkthrough. Old materials, packaging, and fabrication waste are removed. We walk the completed system with the homeowner, point out each run, downspout, and discharge location, and discuss any ongoing maintenance the system will need — including guard cleaning intervals if guards were installed.
Responsibility boundaries. Cornerstone performs the gutter installation, repair, replacement, guard work, fascia and soffit repair, and discharge correction within the scope of the project. Licensed roofing work, subsurface drainage systems, and any structural or plumbing connections are performed by qualified specialists. We coordinate the full project but each specialist is responsible for their licensed scope.
Service Area
We work on gutter projects primarily across Davis, Weber, and Salt Lake counties — the three-county area where the Wasatch Front's freeze-thaw cycles, snow loads, and seasonal moisture patterns create the conditions that drive most residential gutter issues. Roy, Ogden, Layton, Clearfield, Syracuse, Kaysville, Bountiful, Centerville, Farmington, and surrounding communities are all within our primary service area.
Gutter projects elsewhere in Utah are considered when the scope and project economics support the work. Visit our Roy service area page for more on local coverage and related service paths.
Related Services
Gutter work frequently connects to other services in our Exterior and Outdoor Services family and across our broader capabilities.
Within the exterior family:
(i) Roofing — roof repair and replacement where gutter performance connects directly to roof-edge condition, drip-edge flashing, and shingle overhang.
(ii) Siding Services — siding repair and replacement where gutter overflow or ice-dam backup has damaged exterior wall surfaces.
(iii) Window and Door Services — window and door trim repair where water intrusion from gutter failure has reached openings.
(iv) Deck and Patio Services — deck and patio surfaces affected by gutter overflow, splashback, or downspout discharge patterns.
(v) Deck Services — deck construction and repair where drainage routing around the structure must coordinate with the gutter system.
(vi) Fence Services — fence repair or relocation where access to the eaves or gutter discharge path requires it.
(vii) Concrete Services — flatwork, walkways, and driveway aprons where downspout discharge routing or surface grading affects gutter performance.
(viii) Asphalt and Paving Services — driveway and surface paving where downspout routing and drainage grading connect to the gutter discharge path.
(ix) Chimney and Fireplace Services — chimney flashing and cricket details that affect water routing into the gutter system.
(x) Masonry Services — masonry repair on walls, veneers, and foundations where gutter overflow has caused moisture damage.
(xi) Retaining Wall Services — retaining wall drainage coordination where gutter discharge affects slope stability or wall backfill saturation.
(xii) Irrigation and Sprinkler Services — sprinkler head placement and irrigation line routing coordinated with gutter discharge paths to avoid foundation saturation.
Across service families:
Browse our full services directory to see how gutter work connects to new construction projects, interior remodeling and finish services, and restoration, waterproofing and structural services where drainage problems at the roof edge become structural or interior problems downstream.
Frequently Asked Questions
How do you know when gutters need repair versus full replacement? Repair makes sense when the issue is isolated — a few leaking seams, a sagging section from a damaged hanger, a crushed downspout, or an end cap that has separated. The rest of the system still manages water reliably, and fixing the individual failures restores performance. Replacement becomes the better path when the problems are systemic: widespread joint leaking across many connections, consistent sagging that returns after hanger repairs, runs that are dented or deformed from ice damage across multiple sections, or a system that was undersized for the roof when it was originally installed. If you are repairing the same system every year or two, the cumulative repair cost usually exceeds the cost of a single replacement.
What usually changes the price of gutter work the most? Three factors carry the most weight. First, total lineal footage — the length of gutter run drives material, fabrication, and labor volume, and every additional corner, miter, and downspout adds connection work. Second, system type — seamless gutters fabricated on-site cost more than sectional systems but eliminate the joints that cause most residential gutter leaks. Third, fascia condition — if the fascia behind the gutters is rotted or structurally unsound, it must be repaired or replaced before the new system can be installed, and the extent of fascia damage is often not visible until the old gutters are removed. Beyond those three, home height, gutter size (5-inch versus 6-inch), guard systems, roofline complexity, and companion work like siding or soffit repair all adjust the total.
Why do gutters on the Wasatch Front need different specifications than national standards? The Wasatch Front's combination of heavy snow loads, over 150 freeze-thaw cycles per year, and rapid temperature swings between daytime thaw and overnight refreeze creates conditions that standard gutter specifications are not designed for. Ice accumulation at the eaves can weigh enough to pull standard-gauge hangers off the fascia, crush lightweight gutter profiles, and force meltwater behind the shingles into the soffit cavity. That is why residential installations in this region typically use heavier-gauge aluminum, closer hanger spacing (24-inch or 18-inch centers rather than the 36-inch standard), and in many cases oversized 6-inch gutters with 3x4 downspouts rather than the 5-inch systems adequate in milder climates.
What is the difference between seamless and sectional gutters? Sectional gutters are pre-cut in standard lengths and joined together with connectors and sealant at each seam. Each joint is a potential leak point that can fail over time as sealant dries out, thermal cycling stresses the connection, and debris accumulates at the seam. Seamless gutters are fabricated on-site from a continuous coil of aluminum, rolled through a portable machine and cut to the exact length needed for each run. The only joints in a seamless system are at corners, outlets, and end caps — not every 10 or 20 feet along the run. Seamless systems cost more upfront but leak far less over their service life, which is why they have become the standard for residential gutter replacement in this region.
Should I add gutter guards during installation or wait? Adding guards during a new installation or full replacement is more cost-effective than returning for a separate project later, because the system is already accessible, staging is already in place, and the guard type can be matched to the gutter profile during fabrication rather than adapted to an existing system after the fact. That said, guards are not required on every home. They provide the most value in neighborhoods with heavy tree cover — particularly deciduous trees, pine needles, or cottonwood — where debris buildup leads to frequent clogging, overflow, and ice-dam formation. If the home sits in an open area with minimal tree debris, periodic cleaning may be more practical than the upfront investment in guards.
Does gutter work require a building permit? In most residential situations across Davis, Weber, and Salt Lake counties, standard gutter installation, repair, and replacement do not require a building permit. However, if the gutter project is part of a larger scope that includes roof work, structural fascia replacement, or exterior modifications that affect the building envelope, permit requirements may apply to the broader project. We verify permit needs as part of the estimate and handle any required submissions as part of the project scope.
Start a Gutter Services Conversation
If water is overflowing, pooling at the foundation, staining the siding, or the system took damage over the winter, the right next step is an evaluation that identifies the problem and determines whether the fix is a repair, a replacement, or a new installation.
Call or text 801-389-3161 to describe the drainage problem and schedule a site review.
Email info@cornerstoneconstructionremodeling.com with photos of the gutter runs, downspout locations, overflow areas, fascia condition, and any siding or foundation-level damage that appears connected to the drainage issue.
Or use the contact page to request a free gutter estimate. Include the age of the home, the age of the current gutter system if known, whether the concern is repair, full replacement, or a new installation, and whether guard systems are something you want to discuss.
We typically respond to inquiries the same day during normal business availability.