Professional Kickout Flashing Installationin Stone Mountain GA
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About Kickout Flashing in Stone Mountain, Georgia
The Critical Role of Kickout Flashing in Stucco, EIFS, and Dryvit Installations
In the world of exterior siding and wall systems, few components carry as much importance in water management as kickout flashing. This seemingly small detail at the roof-to-wall intersection might go unnoticed to the untrained eye, but for professionals in stucco, EIFS (Exterior Insulation and Finish Systems), and Dryvit applications—particularly in moisture-prone environments such as Stone Mountain, Georgia—it is absolutely essential. Proper kickout flashing not only protects homes and commercial buildings from serious water damage, but it also extends the life and performance of the entire wall system. When correctly installed by seasoned professionals like Advanced Stucco Repair, kickout flashing serves as the first line of defense against costly structural issues and interior deterioration.
Whether it's a newly constructed building or a much-needed exterior renovation, neglecting this vital component can result in consequences that are expensive and time-consuming to correct. In particular, stucco and synthetic claddings like EIFS and Dryvit are highly susceptible to moisture trapping if not installed with precise attention to water management solutions. Moisture barrier flashing details such as kickout diverter flashing are key elements in a properly integrated building envelope that channels water away from vulnerable points—especially where roofing meets vertical walls. In the humid subtropical climate of Stone Mountain, where rainfall is frequent and intense, the threats of water intrusion elevate the importance of this otherwise humble installation task.
Understanding the Function of Kickout Flashing
At the most basic level, kickout flashing is a piece of angled metal or durable plastic that is installed at the junction where the bottom edge of the roofline intersects a sidewall. This spot is critical because it’s where large volumes of water tend to pour off the roof. Without proper guidance, this water can run directly down the wall’s surface and seep behind the cladding, penetrating what should be a sealed barrier. When kickout flashing is in place, it "kicks out" that flow of water into the gutter system, diverting it away from areas where it might infiltrate vulnerable wall cavities.
In stucco, EIFS, and Dryvit systems, these intersections are particularly fragile due to the nature of the materials involved. Traditional stucco absorbs moisture readily and relies on drainage planes to dry out properly. EIFS and Dryvit, on the other hand, can trap moisture without effective water diversion, potentially resulting in mold buildup, rotted framing, or detachment of the finish. Kickout flashing, combined with roof-wall intersection flashing and integrated moisture barrier strategies, addresses these risks by being proactive rather than reactive. Despite its utility, improper or missing installations remain one of the most common causes of water damage Advanced Stucco Repair sees in Georgia properties, especially among buildings aged 15 years and older or those with prior DIY façade alterations.
Common Issues Arising from Inadequate or Absent Kickout Flashing
When kickout flashing is not installed—or is installed incorrectly—the implications can manifest in both visible and hidden damage. Initial signs, especially evident in residential and commercial buildings in the Stone Mountain area, often include staining on the stucco or siding near roof junctions. But what’s more concerning are the issues invisibly brewing behind these finishes. When water routinely enters behind the cladding system, it saturates wall sheathing, insulation, and even framing, creating a breeding ground for mold and mildew. Over time, even the structure’s integrity can be compromised.
One particularly illustrative case involved a commercial office complex near the base of Stone Mountain Park. The building, wrapped entirely in EIFS, began showing discoloration and soft spots along an exterior wall beneath a canyoned roof intersection. Upon inspection by Advanced Stucco Repair, it was determined that the original installers had neglected kickout diverter flashing entirely. Restoration required removing a large section of EIFS, replacing damaged sheathing and framing, and reinstalling both moisture barrier flashing and new EIFS to code standards. The cost? Significantly higher than if the kickout flashing had been installed correctly during the original build.
In residential homes, especially those with two-story elevations where rooflines intersect sidewalls above windows or doorways, the absence of efficient water redirection can result in damage to both exterior and interior walls. Leaking ceilings, decaying wooden studs, and even pest infestations thrive in the moisture-laden conditions that result. When these situations are uncovered during a repair project, the rectification often entails more than just inserting flashing—it often involves related flashing repair services and correcting compromised substrates.
Integrating Kickout Flashing in New Installations and Repairs
The proper application of kickout flashing begins before the first piece of cladding is applied. In a new construction or full renovation scenario, professionals like those at Advanced Stucco Repair start by evaluating the roof-wall geometries and identifying where water naturally collects and flows. From there, a flashing roadmap is planned, incorporating kickouts, step flashings, and vertical wall channels that allow the whole system to function cohesively. For buildings in Stone Mountain that are exposed to regular precipitation and humidity extremes, especially those shaded by cliffs or dense tree lines, these elevations tend to hold moisture longer and require even more diligent flashing strategies.
When undertaking repair work on existing homes or commercial buildings, the process begins with a careful examination to assess not only where flashing is missing or failed but also where water has already entered. This forensic approach allows technicians to determine the full scope of hidden damage, which is then addressed as part of the complete solution. In many cases, damage near the roofline indicates that moisture has traveled downward within the wall cavity. Therefore, simply adding replacement kickout flashing is not sufficient—it requires treating the wall from the inside out. Whether working on stucco, EIFS, or Dryvit, ensuring an airtight seal and appropriate drainage behind the outer cladding is essential.
Advanced Stucco Repair adheres to local building codes and materials best-suited to the climate challenges of Georgia. Their specialists have developed proprietary installation techniques to ensure kickout and moisture barrier flashings integrate seamlessly into the existing wall system, preserving appearance while dramatically improving protection. With precision-cut diverters that match the angle and finish of the roof and wall trim, their installations are not just functional but aesthetically unobtrusive, a priority for high-visibility commercial façades and designer homes.
The Broader Benefits of Proper Kickout Flashing
Though initially perceived as a minor exterior detail, kickout flashing has wide-reaching benefits that make it an invaluable part of buildings utilizing stucco, EIFS, or Dryvit. First and foremost is water damage prevention. One of the primary causes leading to large-scale mold remediation projects or extensive exterior wall replacements is poor water management. In wetter-than-average years, like Georgia experienced in 2023, poorly diverted rainwater can overwhelm the capacity of seals, caulks, and other passive protections. Kickout diverters actively redirect water, mitigating this risk before it becomes a financial burden.
For commercial properties—retail centers, office complexes, multifamily dwellings—the benefits go beyond physical protection. Keeping the façade intact and free of rot or mold preserves not only the structure's integrity but also its business appeal. Musty smells in drywall, unsightly wall streaks, and insurance claims for mold cleanup all erode tenant satisfaction and can hurt leasing opportunities. By having effective water-shedding systems, backed by expertly installed flashing, property managers reduce operational headaches and avoid unplanned maintenance expenses.
Residential homeowners also stand to gain significantly. In Stone Mountain subdivisions where homes often feature complex rooflines and stylish exterior designs, protecting the home’s value is tied directly to how well the exterior holds up over time. Kickout flashing ensures that water is directed into gutters and away from critical wall areas connected to windows, siding transitions, and foundational edges. Combined with modern synthetic stucco systems and upgraded weatherproofing membranes, homeowners can expect decades of low-maintenance protection when skilled professionals handle the work from the beginning.
Why Advanced Stucco Repair Is the Trusted Partner for Flashing Solutions
Advanced Stucco Repair has long been a name associated with thorough, high-quality exterior siding solutions in the Stone Mountain region. Known for their tailored diagnostics and repair expertise, their reputation is built on knowing that every detail matters in preventing future failures. When it comes to kickout flashing, their team treats it as a central component—never an afterthought. In fact, every flashing repair service they perform includes a 360-degree check of adjacent moisture barrier flashing systems, ensuring each component integrates properly rather than functioning as standalone patches.
Their technicians bring a deep understanding of how humid southern climates impact exterior systems. They know which failures commonly affect Georgia homes and which passing thunderstorms or steady drizzles are likely to exploit weak spots. That embedded knowledge shapes every exterior inspection and repair strategy they implement. From working on historic properties with cement stucco to newer mixed-use buildings finished in Dryvit, Advanced Stucco Repair has the skills to retrofit modern flashing enhancements into even the most intricate of existing builds. They also prioritize client education, explaining what went wrong, how it's being fixed, and what measures will help prevent repeat incidents. This transparency makes a lasting impression and fosters the loyal relationships that keep customers coming back.
Repeated feedback from residential clients in subdivisions like Smoke Rise and commercial managers in central Stone Mountain confirms the same trend: the peace of mind that comes with knowing small components like kickout diverters have been installed by someone who understands more than just the how—but the why.
Real-World Applications across Stone Mountain Properties
To further highlight the application of proper kickout flashing, consider a series of case studies from Stone Mountain neighborhoods and commercial zones. A mid-century home off Rockbridge Road, recently renovated with Dryvit cladding, revealed early stages of interior mold growth due to a poorly angled flashing installation above a bumped-out bay window. Advanced Stucco Repair quickly diagnosed the problem, redesigned the kickout flashing to extend beneath the adjacent roofing shingle layers, and replaced the impaired insulation within the wall. Not only did this prevent further issues, but it also saved the homeowner from extensive drywall replacement and possible insurance claims.
Another property—a strip retail center near Memorial Drive—experienced recurring damage along a shared parapet wall after multiple unsuccessful patch jobs. The underlying problem was traced back to missing kickout diverter flashing at a key slope termination above the wall line. Once the situation was rectified with the right kickout design and complementary roof-wall intersection flashing systems, the tenant complaints quickly ceased, and maintenance callouts dropped significantly.
These aren’t anomalies—they reflect a pattern observed by seasoned professionals across metro Atlanta. In nearly every instance, buildings that had proper kickout flashing not only held up better in the long term but also experienced fewer repair cycles and lower ongoing maintenance costs. With Stone Mountain's mixture of residential hillside neighborhoods and valley-based commercial developments, each topographic setting presents unique water movement patterns. Precisely why working with a local specialist familiar with those quirks is so crucial.
In the end, advanced water-shedding systems are only as effective as their weakest point. Kickout flashing fills that critical need where roof meets wall by turning an often-ignored joint into a functional line of defense. When it is designed and installed by knowledgeable professionals, it blends seamlessly into the building’s profile while actively fighting moisture intrusion for years to come. Stone Mountain’s climate, with its ample rainfall and seasonal transitions, only heightens the need for attention to flashing details across all exterior finishes—be it stucco hardcoat, EIFS, or updated Dryvit systems.
As homeowners and property managers begin or continue investing in the maintenance and longevity of their buildings, it is crucial to ensure that the right pieces are in place—literally and figuratively. Subtle elements like kickout diverter flashing can make the difference between decades of worry-free sidings and costly recurring repairs. An experienced local provider like Advanced Stucco Repair understands that difference, and their work reflects a dedication not just to function but to durability, aesthetics, and most importantly, trusted relationships built on work done right the first time.
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About Stone Mountain, Georgia
Stone Mountain's history traces back to before the time of European settlement, with local burial mounds dating back hundreds of years built by the ancestors of the historical Muskogee Creek nation who first met the settlers in the early colonial period.
The Treaty of Indian Springs in 1821 opened a large swath of Georgia for settlement by non-Native Americans on former Creek Indian land, including present-day Stone Mountain Village. In 1822, the area that now makes up the city was made a part of the newly formed DeKalb County.
By the 1820s, Rock Mountain, as it was then called, was "a major travel center", with an inn for travelers. A stagecoach line linking the village with Georgia's capital, Milledgeville, began in 1825. Another stage line ran to Winder and Athens. In 1828 another stage line began trips to Dahlonega, and a fourth connected the community with Macon. "Hundreds of people visited Rock Mountain in the summer [of 1828] and...a house of entertainment was nearby." Rail service did not reach the town, by then New Gibraltar, until 1845.
A post office was created in 1834 on the old Augusta Road, and Andrew Johnson, called the founder of New Gibraltar and first mayor, around whose house the city limits were drawn, built a hotel along the road in 1836. ("An 1843 amendment to the act of incorporation extended the town limits to 600 yards (550Â m) in every direction from the house of Andrew Johnson.") About 1839 Aaron Cloud, who also had a hotel, built a wooden observation tower, octagonal like a lighthouse and 150 feet (46Â m) high, along with a restaurant and club, at the mountain's summit. A storm destroyed the tower in 1849; in 1851, Thomas Henry built a smaller, 80 feet (24Â m) tower, with telescopes so it could serve as an observatory. Visitors to the mountain traveled by rail and road, then hiked up the 1.3-mile (2.1Â km) mountaintop trail to the top. By 1850, Stone Mountain had become a popular destination for Atlanta urbanites who endured the four-hour round trip by rail just to experience its natural beauty, lodging, and attractions.
Granite quarrying at the mountain was the area's lifeblood for decades, employing many thousands. The excellent grade of building stone from the mountain was used in many notable structures, including the locks of the Panama Canal, the roof of the bullion depository at Fort Knox, Philadelphia's Liberty National Building, and the steps in the east wing of the U.S. Capitol.
In August 1846, New Gibraltar hosted Georgia's first state fair, then known as the Agriculture Fair and Internal Improvement Jubilee. The fair had just one exhibit—three horses and two cows, both belonging to the event's organizer, John Graves. The next year, the village again hosted the event, which featured caskets, marble, embroidery, brooms, bedspreads, vegetables, blooded stock, wheat, farm tools, and a magnetic telegraph. Stone Mountain hosted the event until 1850, when it moved to Macon.
Though DeKalb County voted against secession from the United States, it was not spared the devastation of the Civil War. Stone Mountain Village went unscathed until the Battle of Atlanta, when it was destroyed by men under the command of General James B. McPherson on July 19, 1864. Several antebellum homes were spared as they were used as hospitals. The railroad depot's roof burned, but the building stood, owing to its 2-foot-thick granite walls.
From the village's destruction in July 1864 until November, Union forces scavenged Stone Mountain and the surrounding area, taking corn, wheat, cotton, cattle, and other goods. On November 15, 1864, between 12,000 and 15,000 Union troops marched through Stone Mountain and further destroyed the rail lines. The rails were rendered useless by heating them over burning railroad ties, then twisting them around trees. The term Sherman's neckties was coined for this form of destruction.
After the Civil War ended, housing in the area was rebuilt as Stone Mountain granite was again in demand for construction across the nation. A significant portion of the quarry's work force were African Americans, but they were generally excluded from areas where white families lived, so a shantytown, Shermantown, came into being at the southeast side of the village; its name was a reference to Union General William T. Sherman.
In 1868, Reverend R. M. Burson organized Bethsaida Baptist Church to serve Shermantown. A church building was then built under Reverend F. M. Simons at what is now 853 Fourth Street. Simons was among a delegation of southern African American pastors to meet with Sherman in Washington, D.C. after the war to discuss the treatment of the freedmen. Bethsaida Baptist is still an active part of the Stone Mountain Village.
By the 20th century, much of Shermantown's original structures had been replaced. Bethsaida's original wooden structure was replaced by stone in 1920. Though Shermantown has mostly integrated into the growing Stone Mountain Village, it retains its own distinct community.
The year 1915 was when the Ku Klux Klan, a white supremacist organization, was reborn. Members assembled at Stone Mountain with permission of quarry owner Samuel Venable, an active member. Their activities, including annual cross-burnings, continued for over 40 years, but Stone Mountain's association with the Klan began to erode when the State of Georgia began to acquire the mountain and surrounding property in 1958. In 1960, Governor Ernest Vandiver condemned the property the state had purchased in order to void the perpetual easements Venable had granted the Klan. This ended any official link between Stone Mountain and the Klan.
During the civil rights movement's March on Washington, on August 28, 1963, Martin Luther King Jr. referred to Stone Mountain in his iconic "I Have a Dream" speech when he proclaimed, "let freedom ring from Stone Mountain of Georgia!" Charles Burris, the Village's first African-American mayor, dedicated the Freedom Bell on Main Street in King's honor on February 26, 2000. At an annual ceremony held on Martin Luther King Jr. Day, the bell is rung to commemorate King's legacy.
The mountain has been known by countless names throughout the centuries. It was called Crystal Mountain by 16th-century Spanish explorer Juan Pardo when he visited in 1567. The Creek Indians who inhabited the area at that time used a name translating to "Lone Mountain". Around the turn of the 19th century, settlers called it Rock Mountain or Rock Fort Mountain. By the end of the 1830s, Stone Mountain had become the generally accepted name. Like the mountain, the village formed at its base was initially known as Rock Mountain but was incorporated as New Gibraltar in 1839 by an act of the General Assembly. In 1847 the Georgia legislature changed the name to Stone Mountain.
The Stone Mountain Cemetery, established around 1850, is a microcosm of the village's past. It is the final resting place for roughly 200 unknown Confederate soldiers. 71 known Confederate soldiers are buried there, along with James Sprayberry, a Union soldier. Another notable site is the grave of George Pressley Trout, who is buried there with his wife and his horse. James B. Rivers, the village's first African American police chief, is at rest there on a hillside facing the mountain. The cemetery is still in use.
Stone Mountain is at the western base of the quartz monzonite dome monadnock of the same name. While Stone Mountain city proper is completely within DeKalb County, the postal regions designated and traditionally considered as Stone Mountain include portions of DeKalb and Gwinnett Counties.
According to the State of Georgia, the city has an area of 1.7 square miles (4.4Â km), of which 0.62% is water.
| Census | Pop. | Note | %± |
|---|---|---|---|
| 1870 | 690 | — | |
| 1880 | 799 | 15.8% | |
| 1890 | 929 | 16.3% | |
| 1900 | 835 | −10.1% | |
| 1910 | 1,062 | 27.2% | |
| 1920 | 1,266 | 19.2% | |
| 1930 | 1,335 | 5.5% | |
| 1940 | 1,408 | 5.5% | |
| 1950 | 1,899 | 34.9% | |
| 1960 | 1,976 | 4.1% | |
| 1970 | 1,899 | −3.9% | |
| 1980 | 4,867 | 156.3% | |
| 1990 | 6,494 | 33.4% | |
| 2000 | 7,145 | 10.0% | |
| 2010 | 5,802 | −18.8% | |
| 2020 | 6,703 | 15.5% | |
| U.S. Decennial Census 1850-1870 1870-1880 1890-1910 1920-1930 1940 1950 1960 1970 1980 1990 2000 2010 | |||
| Race | Num. | Perc. |
|---|---|---|
| White (non-Hispanic) | 847 | 12.64% |
| Black or African American (non-Hispanic) | 4,847 | 72.31% |
| Native American | 22 | 0.33% |
| Asian | 206 | 3.07% |
| Pacific Islander | 2 | 0.03% |
| Other/Mixed | 251 | 3.74% |
| Hispanic or Latino | 528 | 7.88% |
As of the 2020 United States census, there were 6,703 people, 2,351 households, and 1,578 families residing in the city.
Stone Mountain is governed by a council-manager form of government. Citizens elect a mayor and six council members who are all elected at-large. The terms of office are four years, with elections staggered every two years. Daily city operations are managed by an appointed professional city manager. Services provided by the city include police, public works, code enforcement, and municipal court.
The city also has standing commissions for historic preservation, downtown development, and planning & zoning. The city holds a City of Ethics designation from the Georgia Municipal Association and is a member of Main Street America.
The children of Stone Mountain are served by the DeKalb County Public Schools. Stone Mountain Elementary School and Champion Theme Middle School are within the city limits.
Most residents in the city limits are zoned to Stone Mountain Elementary School. Some areas are zoned to Rockbridge Elementary School, outside of the city limits. All residents of Stone Mountain are zoned to: Stone Mountain Middle School, and Stone Mountain High School; the middle school and the high school are outside the city limits.
Georgia Military College (GMC) has a satellite campus in Stone Mountain Village at 5325 Manor Drive.
DeKalb County Public Library operates the Stone Mountain-Sue Kellogg Library (952 Leon Street).