By Jesse Sanchez. 

Learn how roofing colors are shaping coordinated exterior choices and contractor consultations for 2026. 

Deciding on the color of a home’s roof is becoming the starting point for exterior design decisions as contractors and homeowners plan for 2026. This shift is reflected in how Attic Breeze is aligning its line of ventilation products with broader exterior trends. What was once treated as a standalone selection is now guiding choices across ventilation, siding and trim. Homeowners want coordinated exteriors that look intentional and perform well over time. 

This shift is visible in the unique set of colors gaining popularity. Softer, natural and earth-inspired tones, including rich teal greens, deep terracottas and subtle mushroom hues are replacing stark contrasts and short-term trend colors. Warm neutrals and balanced combinations are also in demand. Homeowners are asking for colors that age well and will maintain curb appeal for years. 

As a result, contractors are fielding more detailed questions during consultations. Common concerns include, “What works with my roof?” and “How do I know this will still look good?” Homeowners are also asking whether colors will hold up under sun exposure and changing weather conditions. These questions place contractors in a more advisory role, requiring clear visual tools and straightforward guidance. 

In response, Attic Breeze has introduced their 2026 color palette, curated to coordinate with today’s popular roofing colors and aligned with broader exterior trends. The palette offers a balanced range designed to feel current without appearing temporary. To simplify consultations, the company also provides a dedicated webpage pairing popular roofing colors with corresponding ventilation options. This allows contractors to show homeowners how components align before installation begins, reducing uncertainty and limiting revisions. 

The emphasis on coordination extends beyond appearance. Exterior components must also support energy efficiency and long-term performance. Active attic ventilation helps manage heat and moisture, reinforcing the connection between how a home looks and how it functions. Heading into 2026, roofing color is no longer just a detail. It is the foundation that shapes exterior design conversations and helps contractors deliver cohesive, performance-driven results. 

Learn more about how roofing color is shaping exterior design conversations and coordinated product decisions heading into 2026!

By Jesse Sanchez. 

Roofing contractors examine passive and active ventilation as Attic Breeze guides attic performance expectations. 

Attic Breeze has become a familiar name among contractors looking to improve the consistency of attic airflow, and the rising focus on hybrid ventilation is giving the company even more visibility in the field. Roofers who once relied solely on passive vents are now weighing how solar powered systems can add stability during peak heat and low wind, especially on complex roof designs where natural movement of air can stall. 

Passive ventilation remains the foundation. Intake vents low on the roof draw cooler air in while ridge vents and other high points allow warmer air to escape. The approach is cost effective and allows for operation around the clock without energy use. Still, performance depends on outside conditions, attic geometry and vent balance. When temperatures spike or airflow becomes uneven, many contractors see passive vents reaching their limits. 

This has opened the door for solar powered ventilation that supplies an extra push when conditions demand it. By pulling hot air out during the strongest hours of solar heating, a roof mounted fan can keep airflow moving even when natural forces fall short. Attic Breeze positions its products as a complement rather than a replacement for passive systems, a framing that aligns with current best practices.  

The hybrid model emphasizes cooperation between both systems. Passive vents handle baseline conditions, and the fan supports the same upward path of airflow during stressful periods. Contractors who adopt the approach say the results can include steadier attic temperatures, better moisture control and reduced strain on roofing assemblies.  

Design guidance has become more methodical as adoption increases. Roofers are urged to measure existing vent areas, confirm intake sufficiency and account for obstructions before sizing and placing a fan. The goal is to keep airflow balanced so the fan pulls from soffits rather than conditioned space, a common concern on older homes or attics with tight layouts. Attic Breeze highlights these checks in its professional resources, noting that solar fans revert to passive vents at night or in heavy cloud cover, which makes a strong passive base essential. 

The company has also built a following among contractors who value durability. Its fans are manufactured in the United States and carry a lifetime parts limited warranty. That footprint has supported long term trust among installers, with customers frequently noting the professional workmanship and overall quality of the product. 

As hybrid ventilation becomes more common, contractors are aligning with manufacturers that can supply both performance and guidance. Attic Breeze has made that combination a focal point as more professionals seek reliable ways to stabilize attic temperatures across changing weather conditions. 

Learn more about how hybrid ventilation strategies and solar support systems can strengthen attic performance!

By Jesse Sanchez. 

With twice-weekly sessions and hands-on support, Attic Breeze is reshaping how contractors approach attic airflow. 

If ventilation is one of the most misunderstood components of roofing, Attic Breeze is determined to change that, one training session at a time. “Every Tuesday and Friday we put on Best Practices training,” said Austin McConnell, technical support lead at the Texas-based manufacturer on this episode of Roofing Road Trips®. “We explain how the fan works, really what the dynamic is behind the fan and then you start using it as examples on houses.” 

The program, built to accommodate everyone from project managers to installers, walks contractors through attic diagnostics, roof pitch analysis and optimal fan placement. Austin stated, “Anybody that’s going to be on a roof touching a fan, we encourage them to come watch it.” The goal is to prevent misapplications that lead to underperformance. That means ensuring fans are matched to attic volume, powered by enough CFM (cubic feet per minute) and drawing air evenly from all soffits, not just a single intake point. 

“If you're not popping up in the attic to take a look around, you're not doing it right,” Austin said. He added that installers should “turn the lights off and see, can I see daylight coming in through the soffits?” That hands-on approach has become a hallmark of the Attic Breeze model. Unlike many fan suppliers, Austin and his team stay engaged with contractors throughout the process, even troubleshooting via phone in real time. Austin shared, “Between me and my associate, we can help you. And that's what we're here to do.” 

While many manufacturers limit support to sales literature, Attic Breeze leans into the installer relationship. That has created a network of contractors who not only trust the product but understand how to explain its value to homeowners. 

Listen to the podcast or Watch the conversation to learn more about how Attic Breeze empowers roofing professionals through real-time training and technical expertise! 

By Jesse Sanchez. 

Attic Breeze brings nuanced strategy to attic ventilation and contractors are catching on. 

In the heart of Texas, where rooftops bake under 100-degree skies, Attic Breeze isn’t just selling solar-powered ventilation. The company is offering roofing professionals a smarter, more strategic approach to keeping homes cooler and structures intact. “Not one size fits all,” said Austin McConnell, technical support expert at Attic Breeze. “So you really have to take a look at the pitch of the roof. You have to take a look at the square footage. And this is where our training comes in handy.” On this episode of Roofing Road Trips®, Austin detailed how Attic Breeze is shifting the conversation around active ventilation. He explained that without proper assessment of a home’s architecture and airflow dynamics, even the best fan won’t deliver meaningful results. 

To address this, Attic Breeze developed its Design Studio, an online tool that calculates ventilation needs based on roof geometry and attic volume. “What you're trying to do is diagnose the house to the size of fan that you need and install that to where it's not just pulling air from one area, it's pulling air from all four sides of the house,” Austin said. 

That level of precision is especially critical for complex roof designs. Austin pointed to high-pitched structures, eight-and-twelve or ten-and-twelve, as examples where a single fan often falls short. “There's a whole lot more cubic feet up there,” he said. “So, just one fan might not do it.” Contractors often push back on these recommendations, asking if they can simply upsize a single fan instead of installing two. Austin’s response? “It’s like bringing a knife to a gunfight.” Larger fans don’t solve the issue if the airflow isn't reaching all zones of the attic, where heat can still collect and compromise roof performance. 

The result of undersizing isn’t just inefficiency, it’s hotspots, buckled shingles and premature roof failure. By understanding how to balance intake and exhaust and matching fan types to specific roof materials, whether shingle, metal or tile, roofers can build lasting solutions and stand out in a crowded market. 

Listen to the podcast or Watch the conversation to learn more about how Attic Breeze helps contractors fine-tune ventilation strategies for every roofing style! 

By Jesse Sanchez. 

Solar-powered ventilation products show surprising durability in severe weather and some models now comply with the FORTIFIED™ standard. 

When it comes to roofing in storm-prone areas, durability matters, especially for systems mounted directly on the roof. And for homeowners weighing the benefits of solar-powered attic ventilation, one of the biggest concerns is clear: will it hold up when hail, wind and extreme weather hit? In an episode of Roofing Road Trips®, Adam Keithly, vice president of operations at Attic Breeze, addressed this concern head-on with surprising insights about how their solar attic fans perform under pressure, literally. 

While Attic Breeze’s solar-powered ventilation systems are best known for their energy efficiency, it’s their rugged construction that’s caught the attention of contractors in hail-prone regions like Texas and Florida. Adam noted, “We have had instances where people have whole solar panel systems, like house-size systems on their roofs and our vent is installed next to it. Hail damage has come in and destroyed the large solar panels on the house and our vent holds up just fine.” 

Though the company doesn’t currently hold a certified hail impact rating, they’ve recently achieved an important wind certification: the High Velocity Hurricane Zone (HVHZ) rating for Florida. That means the product has passed testing against the extreme pressure gradients found in hurricane conditions. Adam explained, “That certification shows that our vents are going to hold up to those winds. They’re not going to rip off your roof and cause any more damage.”   

The Attic Breeze and Cardinal Ventilation models that were previously approved for HVHZ are now also approved to be used as part of FORTIFIED™ projects. Those models are:  

• Attic Breeze:  AB-2523A, AB-2543A, AB-3523A, AB-3543A, AB-4523A, AB-4543A  [All SFA and CMA models]  
• Cardinal Ventilation:  CV-XLP, CV-XLP PRO [All models] 

One reason for their exceptional performance, Adam said, is their compact and sturdy design. “Our solar panels are a little smaller than the traditional large solar panels that power the home. So, that makes them a little more rigid and a little more resistant to abuse from the elements.” While the system does not carry a specific impact rating, the solar panels themselves have been evaluated under the IEC61215 standard [equivalent to UL61215] which involves shooting 25mm [0.984”] ice balls at the panel with a velocity of 23 m/s [51.4 mph]. The solar panels withstood impact, remaining functional with no observed damage. 

For contractors working in hurricane zones or homeowners worried about adding new vulnerabilities to their roofs, this could be a game-changer. While many people associate solar products with fragility, Attic Breeze is flipping the script. 

Read the transcript or Listen to the podcast to learn more about the materials and design philosophy behind these solar-powered systems and how they’re holding up in real-world storm conditions! 

By Jesse Sanchez. 

Stand out with Attic Breeze’s solar ventilation systems, now approved for fortified roofing. 

Attic Breeze is making headlines at the Western Roofing Expo with a timely message for roofing professionals and homeowners: solar-powered ventilation isn’t just smart, it’s strategic. As demand for energy-efficient building materials rises, the Texas-based company is positioning itself at the intersection of sustainability, durability and savings. 

"Attic Breeze is America's leader in solar-powered ventilation," said Bryn Davis, the company’s marketing director. Bryn shared how Attic Breeze’s products help reduce energy bills, lower HVAC loads and extend the life of a roof, all from day one after installation. 

Manufactured in Gatesville, Texas, Attic Breeze systems are built using top-tier domestic and imported components. Some of the models in the brand’s line carry certification for High Velocity Hurricane Zones (HVHZ) and the Cardinal Ventilation fans have now earned the Miami-Dade County Notice of Acceptance (NOA), widely regarded as one of the toughest building product approvals in the country. 

Adding to the momentum, Attic Breeze recently welcomed Shara Gamble as its new CEO. With experience from Envision Outdoor Living Products, Shara brings fresh leadership and a focus on expanding education for contractors, along with an upcoming revamp of the company’s certified installer program. 

Time is also ticking on a major incentive: the 30% federal tax credit for solar products expires at the end of 2025. For homeowners and contractors, this could mean significant savings when installing qualifying products like Attic Breeze solar fans. As Bryn shared, “Now is a great time to get your orders in for Attic Breeze and Cardinal Ventilation by Attic Breeze products. You can take advantage of that and refer to the IRS website for more information there and also your local tax advisor for other state incentives that might increase further additional savings in your state.” 

Watch the full interview to learn more about how Attic Breeze is helping reshape roofing with solar-powered ventilation!

By Jesse Sanchez. 

How one overheated attic became the birthplace of a solution shaking up the roofing industry. 

A sweltering attic and a tech-savvy homeowner's frustration with his HVAC system were the unlikely catalysts behind Attic Breeze, a solar-powered ventilation company now redefining how Americans cool their homes. In this episode of Roofing Road Trips®, host Heidi J. Ellsworth sat down with Adam Keithly, senior vice president of operations at Attic Breeze and John Theede, the company’s Florida regional manager, to share the story of how it all began.  

One particular overheated attic belonged to Travis Hipp, a tech-savvy homeowner who would go on to found Attic Breeze. “He was crawling around his brand new attic and he had paid for tech shield, and he was up in his attic sweltering,” said Adam, recounting the company’s origin story. “He’s like, ‘I spent all this extra money to keep my attic cool. It’s not cool. There’s got to be a better way.’” What started as a DIY solution to a poorly ventilated attic has grown into a nationally respected brand manufacturing solar-powered fans. Today, Attic Breeze fans are helping homeowners across the U.S. reduce energy bills, extend roof life and cut down on HVAC strain.  

The company’s signature solar fans are built from one hundred percent metal components and go through rigorous testing before they ever reach a rooftop. As Adam noted, “Our products are a hundred percent metal, whether they're our Cardinal product line, which is aluminum or Attic Breeze product line, which is Galvalume, all are one hundred percent metal products built robustly right here by hands in Gatesville, Texas.” 

With regional managers like John Theede in Florida, Attic Breeze has expanded its reach while holding firm to its commitment to fast delivery and uncompromising quality. “We can make a quick phone call to Adam and his team. I have them within a week,” John said. “Contractors love it. Absolutely no problems.” 

What began with a single overheated attic now serves as a model for how a locally manufactured, solar-driven product can punch well above its weight in a competitive market. And as the demand for sustainable home solutions grows, the company’s commitment to performance, durability and rapid delivery is setting it apart. 

Listen to the podcast or Watch the conversation to learn more about how a small-town Texas plant is making big waves in roofing and to get a glimpse of what comes next for solar-powered attic ventilation! 

By Jesse Sanchez. 

Experts unpack why proper attic ventilation is more than a comfort issue, it's a financial no-brainer. 

In an age where homeowners are looking to cut utility costs and extend the life of their roofs, one topic often flies under the radar: attic ventilation. But as John Theede, Florida regional manager for Attic Breeze, explains in this episode of Roofing Road Trips®, proper ventilation can transform a roofing project from routine to revolutionary. 

"Having moisture and extra humidity in an attic can cause condensation and leaks," John warns. "The [Florida] heat alone deteriorates shingles a lot faster than if it was properly ventilated." With over 25 years of experience in Florida’s climate, John knows exactly what extreme heat and humidity can do to a home. He says that poorly ventilated attics don’t just overheat, they strain air conditioners, degrade insulation and slowly destroy roofing materials. Yet, many homeowners still overlook ventilation, seeing it as an add-on rather than a priority. 

If the idea of ventilation math sounds daunting, John offers assurance. “We have a design studio on our website that will actually figure out the cubic feet of the attic,” he explains. Users simply input details like square footage and roof pitch, and the system calculates the number of fans needed to maintain optimal airflow, specifically aiming for “12 to 15 air turns an hour.” 

Attic Breeze’s flagship product line is solar powered, meaning homeowners reap the benefits of air circulation without increasing their energy bills. “It’s a plug-and-play product,” John says. And with no electrical work required, installation is straightforward. “You install it, take the cover off the solar panel. It works immediately if the sun is out. It's impressive.” 

Two product lines, Attic Breeze and the Cardinal, are designed for different use cases, budgets and climates. John notes both options offer durability and efficiency. “The key is to get the hot air out of the attic,” he says. “In some cases, that is with Attic Breeze and in some cases it's with Cardinal.” 

Beyond function, aesthetics and regional adaptability also matter. Attic Breeze fans are available in multiple color options and materials, including Galvalume and aluminum, making them suitable for coastal environments where salt exposure is a concern. John states, "It’s very resistant to harsh regions where there’s saltwater or water nearby.” 

Even better: thanks to solar integration, the systems qualify for a federal 30% tax credit. John notes that some users have reported monthly savings up to $50. He shares, “It’s one of the only things on the roof that is an investment that pays the homeowner back every single month.” 

Listen to the podcast to learn more about real-world applications, including surprising commercial use cases and the product’s visual design evolution!

NOA approval confirms product reliability in high-velocity hurricane zone.

Attic Breeze®, America’s leader of solar powered ventilation, announced that its Cardinal Ventilation by Attic Breeze Models CV-XLP and CV-XLP Pro Aluminum Solar Attic Fans have been granted a Notice of Acceptance (NOA) from Miami-Dade County.

The Miami-Dade NOA approval verifies that Cardinal Ventilation by Attic Breeze solar attic fans meet rigorous testing standards required for use in Florida’s High Velocity Hurricane Zone (HVHZ). This independent validation provides contractors, distributors and homeowners with added assurance and peace of mind about the product’s strength, safety and reliability under extreme weather conditions.

“Earning Miami-Dade NOA approval is a major milestone for Attic Breeze,” said Shara Gamble, CEO, “It reflects our commitment to delivering quality products that not only improve home energy efficiency but also meet the highest performance standards for durability and safety in hurricane-prone regions.”

The approval, NOA #25-0623.06, covers Cardinal Ventilation by Attic Breeze’s Solar Attic Fan models and is valid through September 25, 2030. The classification confirms compliance for installation in the HVHZ, one of the most demanding code requirements in the country.

The official NOA record can be viewed on the Miami-Dade County website.

Attic Breeze solar attic fans are manufactured in the United States using the highest quality domestic and foreign parts, offering homeowners a cost-effective and environmentally friendly solution for reducing attic heat and lowering cooling costs.

For more information on Attic Breeze products and our other windstorm certifications, visit www.atticbreeze.com.

About Attic Breeze

Attic Breeze is America’s leader in solar attic ventilation. The company manufactures high-quality solar powered attic fans designed to improve home comfort, reduce cooling costs and extend roof life. Attic Breeze products are engineered and tested to withstand the harshest environmental conditions, providing lasting performance and value.

By Jesse Sanchez. 

The airflow metric that’s powering smarter roofing and more efficient job sites. 

In roofing and construction, the difference between good enough and great often comes down to airflow. That’s where the measurement of CFM, cubic feet per minute, steps in, a deceptively simple number that plays a critical role in both attic ventilation and air compressor performance. Whether you're installing a high-performance attic fan from Attic Breeze or choosing the right compressor for pneumatic tools, CFM can make or break efficiency, safety and longevity. 

CFM isn't just a technical detail, it's the language of airflow. In roofing, it determines how effectively an attic fan clears out heat and moisture. In the industrial world, it dictates whether an impact wrench hums or stalls. And when you're dealing with a 14-inch fan blade, the largest in its class, the sheer volume of air it can move turns theoretical CFM into a very tangible force. CFM is more than just numbers on a spec sheet. It’s about balance, performance and longevity. The importance of pairing CFM with PSI or pounds per square inch, becomes clear when evaluating air compressors: PSI delivers force, but without enough CFM, that power won’t last. 

For roofing professionals, proper ventilation is non-negotiable. Hot, trapped air in attics leads to structural wear, mold and ice dams. A well-sized power vent, matched with adequate intake and exhaust, uses high CFM airflow to clear the space efficiently. Without it, even the best roofing materials won’t perform as designed. 

Understanding how PSI and CFM interact can be tricky. Imagine squeezing the end of a garden hose: same water (volume), but with your thumb blocking part of the nozzle, the stream blasts out under higher pressure. Compressors work similarly and choosing the right combination of airflow (CFM) and pressure (PSI) is key. Professional contractors are increasingly turning to rotary screw compressors, which offer higher CFM in smaller packages and operate at a 100% duty cycle, critical for demanding jobs. Reciprocating models may be cheaper, but their intermittent air flow and heat issues make them a temporary fix, not a long-term solution. 

Whether you're working under a hot roof or under pressure in the field, airflow isn’t just a convenience, it’s a science. And the numbers behind that science, CFM and PSI, are what separate underperformance from high performance. For contractors, roofers and tool operators alike, knowing how to size your equipment right means less downtime, longer tool life and safer structures. The specifics, including how to calculate your needs and match equipment properly, are where the true value lies. 

Learn more about how CFM and PSI work together to drive performance, boost efficiency and give roofing and job site tools the airflow advantage they need!