A roof frame holds up everything above your walls—the shingles, sheathing, and even heavy snow loads. In most homes, this structure is built one of two ways: rafters vs trusses.
Rafters are individual boards cut and assembled on-site to shape the roof’s slope. Trusses, by contrast, are prefabricated triangular frames made in a factory for faster, more consistent installation. Both systems serve the same purpose but differ in cost, labor, and design flexibility.
In this post, we’ll discuss how roof trusses vs rafters differ, their costs, and which one fits your home best. Our licensed Chicago roofers also answered some questions you might also be wondering about!
Rafters vs trusses: key differences you should know
If you’re planning a new roof, knowing the difference between truss and rafter framing can save you time and money. To understand which framing system fits your project, it’s best to compare them directly.
Here’s a quick comparison table of how rafters and trusses differ in structure, cost, and overall build performance:
| Feature | Rafters | Trusses |
| Typical Span | Up to 20–24 ft before needing interior support | Up to 40–60 ft clear span without interior walls |
| Roof Pitch Compatibility | Works well for steep or custom slopes | Fits most standard roof pitches |
| Attic Space | Full attic or vaulted ceiling possible | Limited or no usable attic due to internal webs |
| Installation Time | Slower – built and cut on-site (2–5 days avg.) | Faster – pre-built and installed in 1–2 days |
| Labor & Skill Level | Requires skilled carpenters; more manual cuts and measuring | Factory-built precision; less on-site labor |
| Material Usage | Uses more lumber; cut-to-fit per design | Uses less lumber due to engineered triangulation |
| Average Installed Cost | Around $10–$14 per sq. ft. including labor | Around $7–$9 per sq. ft. including labor |
| Load Capacity | Limited by board size and spacing | Handles heavy snow, wind, and dead loads efficiently |
| Design Flexibility | Easy to modify for skylights, dormers, or vaulted interiors | Difficult to alter once installed |
| Maintenance & Repairs | Easier to inspect and replace individual boards | Harder to repair without weakening structure |
| Long-Term Lifespan | 50+ years with proper construction | 50+ years; consistency depends on manufacturer |
Structural design and how each carries weight
The main difference between truss and rafter framing is how they support your roof. Rafters rely on ridge boards and ceiling joists to transfer weight to the outer walls. Each board works on its own, so strength depends on the carpenter’s skill and the wood quality.
Meanwhile, trusses use a web of triangles that share the load evenly across longer spans. This makes them stronger and more consistent. According to Cascade Manufacturing, trusses can span up to 80 ft., though most homes only need 30 to 40 ft., enough to avoid interior load-bearing walls.
Rafters carry weight straight down from the ridge to the wall and usually cap at 12–24 ft, depending on lumber grade and spacing.
These limits are defined under the International Residential Code (IRC R802), ASCE 7, and the American Wood Council (AWC) National Design Specification (NDS). All these guide roof framing design and load capacity across the U.S.
Span capacity and attic space potential
When comparing trusses vs rafters differences, trusses clearly span farther. Most standard trusses cover 40–60 ft., perfect for open layouts or garages. Rafters, limited to around 24 ft., may require interior support walls.
That span difference affects attic space. Trusses include web members that cut through the attic area, leaving little room for storage or conversions.
Meanwhile, rafters stay open, allowing full attic use or vaulted ceilings. Choose rafters if you value space; trusses if you prioritize strength and speed.
Installation time, labor, and materials
Building rafters takes longer because each board is measured, cut, and nailed on-site. A typical roof can take 2 to 5 days to frame this way. Trusses arrive pre-engineered and lift into place in about a day, reducing labor time and errors.
Industry data from Alpine ITW Building Components shows trusses cut framing time by 60–70%. That saves not just labor cost but also minimizes weather delays—important for contractors on tight schedules.
Cost efficiency and long-term value
Trusses cost less overall because they use less lumber and require less on-site labor. On average, truss installation costs around $7–$9 per sq ft, compared to $10–$14 per sq. ft. for rafters. That’s a total of 15% 30% savings if you choose truss as your roof frame.
In the long run, trusses offer better value. They’re engineered to code, consistent in strength, and require little adjustment after inspection. Rafters can last for 50+ years, but performance depends on craftsmanship and upkeep.
Strength, flexibility, and ease of modification
Engineered trusses vs rafters differ most in flexibility. Trusses deliver higher strength-to-weight ratios and meet the International Residential Code (IRC R802.10) for modern roof structure components. They’re ideal for snow, wind, and seismic zones.
On the other hand, rafters are easier to modify. You can cut or adjust them for skylights, dormers, or vaulted interiors—changes that are risky or impossible with trusses.
If you value design freedom, rafters win. If you want strength, precision, and speed, trusses are the smarter long-term choice.
What are rafters? (Stick-built roof framing)
Rafters are the traditional, hand-built method of roof framing known as stick-built roof framing. They’re long, angled boards installed one by one on-site, forming the roof’s slope and supporting the roof deck above.
Each rafter runs from the ridge board at the top to the wall plate at the bottom, transferring the roof’s weight evenly to the home’s exterior walls.
Compared to trusses, rafters give builders more control over shape and layout. This flexibility allows you to create open attics, vaulted ceilings, or custom roof designs. While they require more skill and time to install, rafters remain popular in custom homes and remodels for their design freedom and long-term accessibility.
How rafters are built and installed
Rafters are built on-site, piece by piece. Carpenters cut each board to fit the roof’s slope and connect them to the ridge board at the top and the wall plate below. Ceiling joists vs rafters work together—joists keep the walls from spreading while rafters carry the roof load.
Because the process is manual, it demands precision and experience. Each cut must match the roof pitch, and the spacing between rafters (usually 16–24 inches on center) determines how the attic rafters vs trusses perform under load.
Typical span and design range
Rafters are best for small to mid-sized roofs. In most homes, they can span up to 20–24 feet before requiring an interior support wall. Longer spans are possible with stronger lumber or engineered timber, but that increases material costs.
Their main advantage is flexibility. You can design steep slopes, dormers, or cathedral ceilings—layouts that truss framing doesn’t easily allow. Because they’re built on-site, rafters suit unique rooflines that factory-made trusses can’t replicate.
Cost overview of rafters
On average, rafter framing costs $10–$14 per square foot, including materials and labor. The higher cost reflects the time and craftsmanship required to measure, cut, and install each board manually.
If your project involves multiple roof angles, valleys, or custom architecture, expect the price to rise. While trusses may seem cheaper upfront, rafters can save you money later if you plan to remodel or convert attic space.
Advantages of rafters
- More design freedom. Ideal for vaulted or cathedral ceilings.
- Usable attic space. Perfect for storage or future room conversions.
- Easy to modify. You can add skylights, dormers, or vents with minimal structural changes.
- Simpler repairs. Damaged boards can be replaced individually.
- Proven durability. Common in older homes that have lasted for generations.
Limitations of rafters
- Higher labor cost. More time-consuming than truss installation.
- Limited span. Usually capped at 24 feet before needing interior support.
- Inconsistent strength. Relies on individual craftsmanship.
- Longer project timelines. On-site framing is slower and weather-dependent.
- Code restrictions. Some areas prefer engineered systems for predictability and load testing.
What are trusses? (Prefabricated roof framing)
Trusses are pre-engineered frames used in prefabricated roof framing. Instead of being built board by board on-site, they’re assembled in a factory for precision and speed. Each truss forms a triangular web that evenly distributes roof loads across the structure, keeping your home stable even under heavy snow or wind.
Unlike rafters built piece by piece on-site, trusses arrive ready to install. This makes them faster to set up, more consistent in quality, and highly efficient for large or repetitive builds. However, the internal webbing limits attic use and makes later modifications more difficult.
How trusses are made and installed
Trusses are built off-site using engineering software that calculates exact load requirements for your home. Each unit is cut, assembled, and joined with metal plates to meet your roof’s span and pitch.
Once delivered, crews lift the trusses into place with a crane or forklift. Because they’re already engineered, there’s minimal cutting or measuring on-site. For you, this means a faster, cleaner installation process and fewer chances for framing errors.
Typical span and design range
One major benefit of open-span truss design is reach. Standard load-bearing roof trusses span about 40–60 feet without interior walls, allowing wide, open layouts. In larger structures, engineered models can reach 80 feet or more.
If you want a large living room, open garage, or wide attic floor plan, trusses make that possible. You can choose from different styles—fink, scissor, or attic trusses—depending on your ceiling height and roof shape.
Cost overview
Trusses typically cost $7–$9 per square foot, including materials and installation. You’ll save on labor since a truss roof installs in 1 to 2 days, unlike several days for rafters.
For you, this means fewer weather delays and lower crew costs. Just note that custom designs or delivery to tight sites may add to the total price. Still, for most new builds, trusses remain the most cost-efficient option among roof framing systems.
Advantages of trusses
- Fast installation. Most homes are framed in a day or two.
- Lower labor cost. Prefabrication minimizes cutting and adjustments.
- Uniform strength. Every truss is engineered to precise load standards.
- Longer spans. Great for open layouts without interior walls.
- Code compliance. Designed to meet modern engineering and safety standards.
- Fewer mistakes. Factory accuracy prevents on-site errors.
Limitations of trusses
- Limited attic space. The internal web blocks most usable areas.
- Hard to modify. Cutting or altering members weakens the structure.
- Transport needs. Large units may require cranes or wide-load delivery.
- Less design flexibility. Better for standard roofs than complex shapes.
- Moisture control. Must stay dry before installation to prevent warping.
Rafters vs trusses cost comparison (2025 U.S. estimates)
In 2025, the average rafters vs trusses cost difference across U.S. homes is roughly 15–30%. Stick-built rafters range from $7 to $30 per square foot, while prefabricated trusses typically cost $5 to $14 per square foot, including both materials and labor.
Trusses are generally more affordable because they’re factory-made and install in a day or two. Rafters, however, require more on-site cutting and skilled labor, which increases total cost.
Average cost per square foot (materials + labor)
The cost of trusses vs rafters depends on roof size, slope, and design complexity. For most single-family homes, trusses fall in the mid-range ($8–$10 per sq ft), while rafters average $11–$18 per sq ft. Higher costs typically apply to steep or custom rooflines that need extra labor or design work.
Here’s the average cost per square foot of roof framing by type:
| Category | Rafters (Stick-Built) | Trusses (Prefabricated) |
| Low Range ($/sq ft) | $7 – $10 | $5 – $7 |
| Mid Range ($/sq ft) | $11 – $18 | $8 – $10 |
| High Range ($/sq ft) | $19 – $30 | $11 – $14 |
Source: This cost data is based on market averages from HomeGuide and Angi.
Regional price differences across the U.S.
Roof framing prices vary by region due to labor rates, building codes, and material delivery costs. The Northeast and West typically fall at the upper end, while the South and Midwest remain lower due to cheaper labor and milder weather.
To give you an idea, here’s a cost comparison of rafters vs trusses by region:
| Region (Example States) | Rafters ($/sq ft) | Trusses ($/sq ft) | Regional Notes |
| Northeast (NY, PA, MA, NJ) | $11–$15 | $8–$10 | Higher labor and snow-load design costs |
| Midwest (IL, OH, MI, WI) | $9–$12 | $7–$9 | Moderate costs, strong lumber supply |
| South (TX, FL, GA, NC) | $8–$11 | $6–$8 | Lower labor, fewer structural load demands |
| West (CA, WA, OR, AZ) | $10–$13 | $7–$9 | Freight and seismic engineering increase cost |
Source: This cost data is based on recent HomeGuide and Beaver Construction market averages.
Hidden or extra costs
Beyond the base roof framing installation cost, you’ll also face a few additional expenses that can add 5% to 10% to your total project budget. These depend on project size, access, and local regulations.
Here are some of the additional roof framing costs you should keep in mind when budgeting for your project:
| Cost Item | Typical Range | When It Applies / Notes |
| Building permits | $250 – $700 | Required before framing starts |
| Crane or lift rental | $400 – $1,000 per day | Needed for truss placement |
| Engineering or stamped plans | $200 – $600 | Required for large spans or heavy-load trusses |
| Truss delivery or freight | $300 – $800 | Varies by distance and truck access |
| Waste removal / cleanup | $150 – $300 | Disposal of leftover lumber and packaging |
| Temporary storage / staging | $100 – $250 | Applies when trusses arrive early |
| Weather delays / rescheduling | $200 – $500+ | Standby costs for labor or crane crews |
Example cost comparison by home size
To help you picture what these numbers mean for your home, here’s how the cost of trusses vs rafters typically breaks down by roof size. These estimates include both materials and labor for a standard residential roof in 2025.
Here’s a comparison table of the cost of trusses vs rafters in terms of roof size:
| Roof Size (sq ft) | Rafters (Estimated Range) | Trusses (Estimated Range) |
| 1,000 sq ft roof | $7,000 – $30,000 | $5,000 – $14,000 |
| 1,200 sq ft roof | $8,400 – $36,000 | $6,000 – $16,800 |
| 1,500 sq ft roof | $10,500 – $45,000 | $7,500 – $21,000 |
| 1,800 sq ft roof | $12,600 – $54,000 | $9,000 – $25,200 |
| 2,000 sq ft roof | $14,000 – $60,000 | $10,000 – $28,000 |
| 2,500 sq ft roof | $17,500 – $75,000 | $12,500 – $35,000 |
| 3,000 sq ft roof | $21,000 – $90,000 | $15,000 – $42,000 |
How to choose between rafters and trusses
Choosing between rafters and trusses isn’t about which one is “better”—it’s about which fits your roof goals, layout, and budget. Each framing type has strengths that make sense for certain projects.
Here’s how to decide what works best for your home:
Start with your roof goals
Begin by asking what kind of space you want under your roof. If you’re planning a vaulted ceiling, a storage attic, or want to expose beams for design appeal, rafters are the flexible choice. They let you shape the roofline however you want.
However, if your goal is a clean ceiling and simple structure, trusses provide fast, consistent framing that’s perfect for modern builds or additions.
Consider span, slope, and design complexity
If your roof needs to cover a large open space, like a garage, great room, or workshop, trusses are ideal. They can span up to 60 feet without needing interior load-bearing walls.
For smaller or more complex roof shapes, rafters offer the control to build steep pitches, hips, and dormers on-site. This makes them better suited for custom homes or remodels where design precision matters.
Evaluate project timeline and site access
If your project has a tight deadline, go with trusses. They arrive ready to install, often cutting framing time by half. For builders or homeowners managing multiple crews, that time savings directly reduces labor costs.
But if your property has tight access—for example, a narrow city lot or hillside home where a crane can’t fit—rafters are easier. They’re built piece-by-piece on-site, no heavy equipment required.
Think about long-term maintenance and flexibility
Trusses require little upkeep once installed. Their engineered web design distributes loads evenly, so sagging or shifting is rare.
Rafters, though, are easier to modify later. If you plan to add skylights, insulation, or HVAC ductwork, they give you the flexibility to open and adjust sections without structural risk.
Which is better, rafters or trusses: when to use each
Your choice between trusses and rafters depends on your project goals, roof size, and the level of customization you need. Here are common real-world situations to help guide you:
| Situation | Best Choice | Why It Works Best |
| You want a vaulted ceiling, open attic, or exposed beams | Rafters | Built on-site for design freedom and open interiors. |
| You’re building a new home or addition with a standard layout | Trusses | Prefabricated and installed quickly, saving time and labor. |
| You need to cover a wide span (30–60 ft) like a garage or great room | Trusses | Engineered for long spans without interior supports. |
| You plan to finish or modify your attic later | Rafters | Easier to adjust for skylights, ductwork, or insulation. |
| You’re in a high-snow or high-wind region | Trusses | Factory-engineered for uniform load distribution. |
| You’re remodeling an older home | Rafters | Easier to tie into existing framing and irregular layouts. |
| Your site has tight access or no room for a crane | Rafters | Can be hand-framed without heavy machinery. |
| You’re on a tight budget or fast schedule | Trusses | Cost-efficient, consistent, and installed in hours. |
| You want a custom roof shape or steep pitch | Rafters | Built to match any roofline or architectural detail. |
Rafters vs. trusses: How location affects your choice
The right framing system for your roof depends not only on design or budget but also on where you live. Climate, wind speed, seismic activity, and even humidity levels all influence how a roof should be built. Here’s how location impacts whether you should choose rafters or trusses for your home.
Cold and snowy regions (Midwest, Northeast)
In northern states like Illinois, Minnesota, and Maine, roofs must support heavy snow loads and handle temperature swings. Around Chicago, many new builds use trusses because they’re engineered for high load-bearing capacity and resist sagging during freeze-thaw cycles.
For older or custom homes in the city or suburbs, rafters are still common. They allow open attic space and make future insulation upgrades easier. Just make sure they meet IRC R802.4 span limits and local snow-load requirements—typically 40 to 50 psf in the Chicago metro area.
Hurricane and high-wind zones (Florida, Gulf Coast)
In coastal regions like Florida, Louisiana, and Alabama, trusses with metal connectors and hurricane clips are the norm. These engineered truss systems distribute wind pressure evenly and resist uplift during severe storms.
Rafters can work for smaller structures, but must include reinforced ridge ties and continuous sheathing to meet IRC R802.11 – Uplift Resistance. For homes near the coast, trusses offer predictable strength and faster installation—a major advantage in hurricane-prone zones.
Seismic regions (California, Pacific Northwest)
In earthquake-prone states such as California, Oregon, and Washington, the framing must flex without cracking or collapsing. Both rafters and trusses can perform well if engineered with lateral bracing and secure rafter-to-wall connectors.
Many builders favor engineered trusses since they can be modeled for seismic shear loads. In hillside homes or older neighborhoods, reinforced rafters with gussets or anchor bolts often make more sense.
Under California Building Code (CBC) Chapter 23 – Wood, most local building departments require stamped engineering plans for any roof frame in seismic areas.
Hot or humid climates (South, coastal states)
In southern regions like Texas, Georgia, and the Carolinas, heat and humidity can cause long-term moisture problems if roofs aren’t ventilated properly. Trusses are popular here for energy efficiency in roof framing systems, offering better insulation, space, and airflow paths.
If you prefer a high-end custom look with vaulted ceilings, rafters still work—just use vapor barriers, ridge vents, and treated lumber to control condensation. In coastal areas, choose corrosion-resistant truss plates and fasteners per IRC R317 – Protection of Wood and Wood-Based Products Against Decay.
Installation and build-time differences
When comparing roof framing methods, the real difference comes down to how each system is built and installed. In most cases, truss installation takes about 60% less time than rafters, giving contractors and homeowners clearer scheduling control.
Below, we go through a quick comparison of site-built vs factory-built roof systems in terms of installation:
On-site rafter framing process
If you’re using rafters, expect a more hands-on rafter installation process. Each board is measured, cut, and nailed in place from the ridge board down to the wall plate.
A standard 1,800 sq. ft. to 2,000 sq. ft. roof usually takes about 3 to 5 working days to frame and complete, depending on slope, layout, and the crew size you hire. Complex roofs, like those with dormers or steep pitches, can take a full week. It’s slower, but you get the flexibility to shape your roof exactly how you want it, whether that’s a vaulted ceiling or an open attic space.
Truss installation and crane setup
The truss installation process is much quicker. Your trusses are pre-engineered off-site and delivered ready to install. With a small crew of 3 or 4 people and a crane, most roofs can be set in 6 to 8 hours. Once in place, trusses are secured using metal plates or hurricane clips, following standard roof construction techniques.
You’ll need space for the crane and staging area, especially on narrow lots, but even then, trusses usually go up in a single day. It’s a fast, efficient process that helps you stay on schedule.
Impact on scheduling and labor cost
Labor is one of the biggest cost drivers in any framing job. With rafters, you’re paying for precision and craftsmanship. Skilled carpenters often charge $60–$90 per hour, and you’ll typically need a team of 4 or 5 people for several days.
On average, that adds up to $4–$6 per sq. ft. in labor, or around $8,000–$12,000 more for a 2,000 sq. ft. roof.
Trusses are more efficient. Most installs use a smaller crew and one crane operator, averaging $2–$3 per sq. ft. in labor, or roughly $4,000–$6,000 more in total for the same roof size.
Material efficiency and waste reduction
When it comes to waste, rafters are less efficient. Because everything is cut on-site, you can lose 10% to 15% of your lumber to offcuts or measurement errors. Trusses, by contrast, are machine-cut in a controlled environment, keeping material waste under 3% to 5%.
That precision also reduces jobsite cleanup and hauling costs. If you’re trying to keep your project lean or want a greener build, trusses make it easier to stay efficient from start to finish.
Long-term durability and maintenance
Over time, the maintenance and durability of roof trusses vs rafters depend on design, material quality, and how well the attic stays ventilated. Both systems can last for decades, but rafters usually edge out trusses in lifespan and long-term repair flexibility.
Common structural issues over time
Both framing systems face predictable wear as wood expands and contracts. Rafters can twist, shrink, or sag when exposed to high humidity or poor attic ventilation. Trusses hold up well early on but can develop joint loosening, gusset plate corrosion, or connector fatigue in older roofs—especially in coastal or humid climates.
Because of their interconnected webs, truss repairs are more complex. Even a small crack in one member can affect the structural integrity of roof trusses, often requiring an engineer’s assessment before replacement.
Ease of inspection and repair
Rafter roofs are simple to check—you can walk into the attic and inspect every board directly. Signs like nail pops, cracked lumber, or uneven spans are easy to spot. Most repairs involve replacing a single rafter or reinforcing it with a sister board.
Trusses, on the other hand, have tighter clearances. A full truss inspection usually needs a professional, since cutting or drilling into a truss chord violates code and weakens the frame. If one truss fails, nearby units often share the stress, which increases the roof repair cost and scope.
Average lifespan comparison
A well-built rafter system can last 80 years or more with basic upkeep. Many century-old homes in the U.S. still rely on their original rafters, a testament to how forgiving stick-built designs are.
Prefabricated trusses can last 60 to 70 years before metal connector plates or wood joints begin to show wear.
With routine care and ventilation, both systems can exceed those averages—the key is preventing trapped moisture, which shortens the lifespan of roof framing systems.
Maintenance tips to extend roof life
Proper care can easily add decades to your roof framing. Here’s a quick roof inspection checklist that can prevent expensive structural repairs later:
- Inspect every 3–5 years. Look for cracked boards, sagging lines, or signs of water damage. Early repairs prevent bigger structural issues later.
- Keep your attic dry and ventilated. Proper airflow prevents condensation, which is one of the most common causes of wood rot and rusted plates.
- Check gusset plates and fasteners. For trusses, make sure all metal connectors are secure and free from corrosion. Replace damaged ones right away.
- Watch for sagging rafters. If you notice uneven rooflines or movement, add reinforcement or sister boards before the issue worsens.
- Control indoor humidity. Use roof vents or dehumidifiers, especially in humid regions, to keep framing dry.
- Schedule professional roof inspections. Have a licensed roofer or engineer inspect the structure every few years—they’ll spot shifts or fatigue you might miss.
FAQs about rafters vs trusses
Are trusses stronger than rafters?
Yes. Trusses are generally stronger because their triangular web design distributes loads evenly across the structure. This makes them ideal for long spans, heavy snow, or wind zones. Rafters rely on individual boards and connections, so their strength depends more on lumber quality and craftsmanship than on engineered precision.
Are trusses always cheaper?
Not always. Trusses cost less in labor and waste, but rafters can be more affordable for small or simple roofs. Prefabricated trusses save around 15–30% overall due to faster installation. However, if your roof design is complex or has multiple angles, stick-built rafters may be more cost-effective despite higher labor rates.
Can I cut or modify a truss later?
No. You should never cut, notch, or drill a truss after installation. Doing so weakens its structural integrity and can violate building codes. Any modification, such as adding skylights or vents, must be approved and reinforced by a structural engineer to keep the roof safe and load-bearing.
Can I add a finished attic under trusses?
Usually not. Standard trusses have web members that fill the attic space, leaving little room for finishing. If you need usable space, consider attic or storage trusses designed with open centers. They cost more but allow for proper flooring, insulation, and ceiling height without compromising structural performance.
Which lasts longer in harsh weather?
Rafters typically outlast trusses in extreme conditions if built from quality lumber and kept dry. They can last 80 years or more with proper ventilation. Trusses, while engineered for uniform strength, depend on metal plates that may corrode in humid or coastal climates unless protected with coatings and regular inspections.
Need help choosing the best roof framing system? Let’s talk!
If you’re planning a roof project but still undecided on what frame to use, you can contact PACC Solutions for expert consultation. Our Haag-certified inspectors can check your roof and advise about the best option for your property.
For 14+ years, we’ve been providing top-notch roofing services in Illinois and the surrounding areas. At PACC Solutions, we take pride in our Angi Super Service Award and our A+ BBB rating. We’re also an NRCA member, ensuring you receive roofing with the highest standards.
Replacing your roof and filing an insurance claim? We also have public adjusters with a 95% approval rate. From filing to claim settlement and construction, PACC Solutions is the trusted roofer in Illinois.
Contact us today for a quick consultation and roof estimate!
