Garage doors are among the largest moving components attached to a home. Strong gusts can place pressure on a closed garage door across its wide surface and worsen existing problems involving damaged panels, loose hardware, deteriorated fasteners, unstable tracks, weakened jamb attachments, or other areas affected by wear or damage. The actual risk, however, depends on the wind speed at the property, the size and construction of the door, the condition of the assembly, and whether the opening is subject to unobstructed wind flow.

Building codes use a wind-speed value when calculating how much wind pressure a home and its exterior components, including the garage door, must be designed to resist. For new residential construction in unincorporated Orange County, the code establishes an ultimate design wind speed of 95 mph. That value is used with factors such as building height, terrain, wind exposure, and garage-door size to determine the design-pressure requirements for a given garage-door opening.

The California Residential Code requires garage doors to be tested under positive and negative air pressure that simulates wind acting against and pulling away from the door. Testing under ASTM E330 or ANSI/DASMA 108 evaluates whether the complete door assembly can resist the specified pressure without unacceptable deformation, component disengagement, or structural failure.

Standard garage doors are tested as required by the California Residential Code, even when product specifications may not list the applicable test standard. The topic, however, becomes more confusing when garage door repair companies promote “wind-load-rated” overhead doors or packages without clearly explaining what the term means or whether Orange County homeowners generally need one.

Wind Patterns in Orange County

Orange County is affected by routine coastal airflow and stronger offshore wind events. Wind speed, direction, moisture, and the amount of windblown debris change between coastal communities, inland neighborhoods, foothills, and canyon areas, so the conditions affecting a given garage door can vary by location.

Santa Ana Winds Are Not Orange County’s Coastal Breezes

Not every wind near the coast is a Santa Ana wind. Coastal breezes generally develop when cooler air over the Pacific moves inland toward warmer land. These onshore winds are common near Huntington Beach, Seal Beach, Newport Beach, and Laguna Beach, particularly during the afternoon.

Coastal airflow can bring moisture, salt particles, and sand toward garage-door surfaces and hardware. Continued exposure can contribute to corrosion, finish deterioration, and debris accumulation around the opening and moving parts.

Santa Ana winds are different. The National Weather Service describes them as dry winds that move westward through Southern California mountain passages. Strong events can produce sudden gusts, carry loose debris, and apply pressure to garage doors.

Coastal Winds in Orange County

Routine coastal winds in Orange County are generally lighter than the strongest Santa Ana gusts recorded in mountain and foothill areas. National Weather Service forecasts for Orange County coastal areas may show winds around 10 to 15 mph, with afternoon gusts reaching 25 to 30 mph during some weather patterns.

Stronger coastal wind events can occur. During an offshore wind event in March 2026, the National Weather Service forecast northeast winds of 20 to 30 mph with gusts up to 40 mph for Orange County coastal areas. These stronger winds were associated with that specific offshore event and did not represent normal sea-breeze patterns.

When it comes to garage doors, coastal winds generally create long-term maintenance concerns rather than extreme structural pressure on garage doors.

Santa Ana Wind Speeds

Santa Ana wind strength varies with elevation, terrain, distance from mountain passes, and slope orientation. Foothill, canyon, and mountain stations can record substantially stronger gusts than nearby lowland neighborhoods.

The National Weather Service explains that downslope winds can exceed 40 mph and produce even stronger sudden gusts. Santa Ana winds are a Southern California form of dry downslope flow, and individual events can produce much stronger gusts in foothill and mountain locations.

During a Santa Ana event from October 29 through October 31, 2023, the NOAA Storm Events Database recorded widespread gusts above 35 mph in the Santa Ana Mountains and foothills. Reported peak gusts included 75 mph in Fremont Canyon, 67 mph at Pleasants Peak, 58 mph near Upper Talega, and 57 mph in Trabuco Canyon.

These readings describe conditions in mountain and foothill areas. They do not establish the wind speed experienced by every home in Santa Ana, Irvine, Costa Mesa, Huntington Beach, or another lower-elevation community.

A sustained wind is an average over a defined period, while a gust is a brief increase above that average. Quoting the highest regional gust without identifying the station, terrain, or duration can make a single measurement from a foothill station sound like a countywide residential condition.

Are Santa Ana Winds Comparable to Hurricane Winds?

Santa Ana winds can produce strong gusts, but a brief gust is not equivalent to the sustained wind conditions used to classify a hurricane. The Saffir-Simpson scale classifies hurricanes by maximum sustained wind speed, while Orange County’s 95 mph ultimate design wind speed is a building-code input used to calculate structural loads.

Hurricane-region requirements used in states such as Florida and Texas do not automatically apply in Orange County. Santa Ana winds can still carry debris or worsen existing door damage, but regional gust records do not prove that local homes need a specialized wind-load door or reinforcement package.

What Does Orange County’s 95 mph Wind Design Speed Mean?

Claims that Orange County garage doors must withstand 95 to 110 mph winds oversimplify the code requirements. The residential code does not create a countywide 95-to-110-mph garage-door rating, and coastal cities such as Newport Beach and Laguna Beach do not automatically fall into higher wind-exposure categories.

The California Residential Code assigns wind exposure categories according to the actual conditions at the property. Exposure D applies to flat and unobstructed areas exposed to wind flowing over at least 5,000 feet of open water and only to buildings exposed to wind coming from that unobstructed area.

For unincorporated Orange County, the residential code establishes a 95 mph ultimate design wind speed. That value is used with the property’s exposure category, building height, garage-door size, and other project factors to determine the wind pressure the opening must resist.

Wind speed and wind pressure are related, but they are not interchangeable. Wind speed describes how quickly air is moving. Wind pressure describes the force applied to a building component. Door size, building height, terrain, exposure category, and the opening’s location on the structure can affect the required design pressure. DASMA also explains that site conditions influence wind-load requirements.

A general statement such as “this door withstands 95 mph winds” is therefore incomplete. The code value is part of the building-design process, while the garage door is evaluated through positive and negative structural pressure testing.

How Wind Pressure Acts on a Garage Door

Wind can act on a closed garage door in two directions. Positive pressure pushes the door inward toward the garage. Negative pressure pulls it outward from the opening. Airflow around the building can produce inward pressure, outward suction, or changing pressure during the same event.

A sectional garage door responds as a connected assembly. Loads transfer through the sections, hinges, reinforcement, tracks, brackets, fasteners, and jamb attachments. A weakness in one part of that assembly can affect how surrounding components respond.

A two-car garage door presents a broader surface than a narrower single-car door, but size does not determine the required performance. The building and site conditions still matter.

Wind pressure does not automatically damage a properly installed door. Problems become more likely when sections are cracked or bent, hinges are loose, tracks are unstable, reinforcement is inadequate, or the tracks and jamb attachments do not provide sufficient support.

Realistic Garage-Door Effects of Santa Ana Winds

Strong winds can move unsecured outdoor objects. Branches, trash containers, patio furniture, and other debris carried toward a garage can dent panels, break windows, or interfere with the door’s movement.

The condition of the door influences how it responds. Strong wind may expose or worsen existing panel, track, hinge, or attachment problems even when it did not create the original defect.

Santa Ana winds can also carry dust and smaller debris around the opening. Material that collects near tracks, rollers, hinges, or safety sensors may interfere with smooth travel or prevent an automatic opener from closing when the sensor beam is blocked.

Claims that Santa Ana winds routinely damage torsion springs, opener motors, keypads, or internal electronics should be treated cautiously. Those components are not exposed to direct wind pressure in the same manner as the door sections and exterior attachments. A wind event may contribute indirectly when an impact displaces the tracks or a distorted door overloads the opener, but the actual failure should still be evaluated.

What Homeowners Can Check Before Strong Winds

Homeowners do not need to know the door’s wind rating to check what problems could lead to damage from strong winds. Before a forecast wind event:

• Move trash containers, patio furniture, tools, branches, and other objects away from the garage opening.
• Check for cracked or bent door sections, loose hinges, missing fasteners, unstable tracks, and damaged jamb attachments.
• Confirm that the door closes fully and does not hang crooked, bind, or move unevenly.
• Keep the garage door closed during strong winds and avoid operating it while debris is moving around the opening.
• Do not add reinforcement struts or alter the tracks, hardware, or attachment system without confirming that the changes are compatible with the door.

Contact a licensed garage door company if you are not sure whether the door is secure and safe to operate before or after a strong wind event.

What Makes a Garage Door Wind-Load Rated?

Wind-load testing evaluates the complete door system under inward and outward pressure. The tested assembly includes the door sections, reinforcement, tracks, brackets, fasteners, hardware, and jamb attachments. Changing the door size, window arrangement, track system, reinforcement, or attachment method can change the approved pressure rating.

Common Features of a Wind-Load Garage Door System

Depending on the manufacturer, door model, size, and required design pressure, a tested wind-load system may include:

• Additional horizontal reinforcement struts or C-channels
• Vertical reinforcement posts on some wider doors
• Heavier-gauge tracks
• Additional jamb brackets
• Stronger hinges and rollers
• Reinforced door sections or heavier-gauge steel
• Upgraded springs rated for the increased weight
• Specific fasteners and jamb-attachment details
• Restrictions on door width, height, windows, or hardware

The parts and hardware listed above must be part of the manufacturer-specified assembly. Adding struts, heavier tracks, or other reinforced components to an existing door does not establish a wind-load rating and may add weight that affects the counterbalance system.

Manufacturers may offer reinforced versions of conventional models. Amarr describes a wind-load garage door as an upgraded version of a conventional garage door that has been structurally reinforced to meet applicable building-code requirements. Clopay’s WindCode materials identify specific reinforcement, tracks, hardware, attachment details, and pressure levels for particular configurations.

The exact system varies by model, width, height, window design, track system, hardware, and attachment method. A product name, added strut, heavier hinges, or description such as “Santa Ana wind rated” does not establish that the complete door assembly has been tested and approved for a stated design pressure.

Can a Standard Garage Door Meet Orange County Requirements?

Yes. A garage door does not have to be advertised as hurricane rated, impact resistant, or a specialized high-wind product merely to be installed in Orange County.

A standard garage door may be appropriate for one project, while another opening may require a reinforced system. The answer depends on the building, the opening, and the applicable design requirements, not simply on whether the product is called “standard” or “wind-load rated.” Replacing an existing garage door does not automatically require a hurricane-rated or wind-load system.

Can an Existing Standard Garage Door Be Made Stronger?

Homeowners may choose to strengthen an existing garage door even when a certified wind-load system is not required. Depending on the door’s construction and manufacturer requirements, the work may involve installing reinforcement struts, adding jamb support, using heavier-duty hinges, and upgrading the tracks and rollers.

Structural reinforcement may reduce flex and improve support, but it does not create a tested pressure rating or make the door wind-load certified. Homeowners should also compare the cost of modifying an older door with the cost of replacing it when the sections, tracks, attachments, or counterbalance system are already worn.

The cost depends on the door’s dimensions, construction, existing hardware, and the extent of the proposed work. Reinforcement components add weight, and some doors may require spring or counterbalance-system upgrades to support the additional load. Without an on-site, case-by-case evaluation, a general price range would be speculative and potentially inaccurate.

What to Check Before Buying Garage-Door Reinforcement Upgrades

Before purchasing individual reinforcement components or packages, homeowners should confirm:

• Compatibility: The struts, hinges, tracks, rollers, brackets, and fasteners should be compatible with the existing door system.
• Added weight: Reinforcement can change the door’s total weight and may require spring or counterbalance-system upgrades.
• Door condition: Reinforcing cracked sections, unstable tracks, damaged jambs, or severely worn hardware may not be practical.
• Complete support: Strengthening the door sections without addressing the tracks, jamb attachments, brackets, or fasteners may leave other weak points unchanged.
• Manufacturer requirements: Modifications may affect product warranties or fall outside the manufacturer’s approved configuration.
• Performance claims: Individual upgrades may improve support, but they do not create a tested pressure rating or a certified wind-load system.

Homeowners should request an on-site evaluation before purchasing reinforcement parts. The contractor should explain which components are needed, what additional modifications may be required, and whether reinforcement or full door replacement offers the better value.

Wind-Load and Impact Ratings Are Not the Same

A wind-load-rated door is not automatically impact resistant. Wind-load testing evaluates structural performance under pressure. Impact testing evaluates resistance to windborne debris and cyclic wind pressure.

Orange County’s residential design table identifies no windborne-debris zone. As a result, the code provisions requiring impact protection in designated windborne-debris regions do not create a general local requirement for impact-rated garage doors.

Terms such as “wind rated,” “storm rated,” “hurricane rated,” and “impact rated” are not interchangeable. A reinforced door designed for greater wind pressure may not provide certified debris protection, and impact-resistant glazing does not establish the performance of the complete garage-door assembly.

How Garage-Door Design Pressure Is Determined

The 95 mph ultimate design wind speed does not directly translate into a garage-door model or pressure rating. It is one input used with the property’s exposure category, building height, surrounding terrain, opening dimensions, building geometry, and the door’s position on the structure.

Exposure categories are determined by the terrain, development, obstructions, and open-water conditions surrounding the property. The calculation produces inward and outward design-pressure requirements expressed in pounds per square foot, or PSF. The proposed garage-door configuration must meet the pressure established for the opening.

For example, two homes may use the same 95 mph design wind speed and have the same 16-by-7-foot garage-door opening, yet require different design pressures because their exposure to wind, roof height, building configuration, or surrounding terrain differs.

Why Garage-Door Ratings Use PSF Instead of MPH

Miles per hour measures wind speed. Garage-door design pressure, expressed in pounds per square foot, is the site-specific pressure the door must be rated to resist. Manufacturers use design-pressure ratings because the same wind speed can produce different loads depending on the opening and building conditions.

A statement that a door is “rated for 95 mph” is incomplete unless it corresponds to the required design pressure and exact tested door configuration.

How to Evaluate a Wind-Load Recommendation

A door’s appearance does not establish its wind resistance, tested pressure rating, or code compliance. A recommendation for a specialized wind-load garage door should be based on more than the property’s city or distance from the coast. Homeowners should ask:

• What wind-exposure category applies to this property?
• What design pressure is required for the garage-door opening?
• What property, plan, or code provision establishes that design pressure?
• Does the proposed door configuration meet the required positive and negative pressures?
• Is impact resistance actually required, or is the recommendation limited to structural wind pressure?

A coastal address does not automatically establish Exposure D, and a canyon location does not create a separate garage-door wind-speed rating. The 95 mph code value is not a universal product rating, and reinforcement does not establish that a door has been tested for a stated design pressure.

When Is a Specialized Wind-Load Door Necessary in Orange County?

Specialized wind-load garage doors are generally not required in Orange County. A wind-load system may be necessary when plans approved for the project specify a particular design pressure, or the building department requires the garage-door opening to meet a project-specific wind-load requirement.

A contractor recommending a wind-load system or upgrade should provide the required pressure rating and explain the specific plan, property, or code requirement supporting the recommendation. The Clopay Residential WindCode Calculator illustrates how building dimensions, opening size, roof height, exposure to wind, and the door’s location on the structure can affect the recommended pressure rating.

Homeowners who are unsure whether a specialized wind-load door is required should contact the building department for the city or county where the property is located or, for unincorporated properties, OC Development Services.

If a design pressure is not already stated in the approved plans or established through the applicable code provisions, and the building department requires a site-specific engineering calculation, a licensed civil or structural engineer should determine the required pressure. The garage door contractor should then supply and install a door system that meets that requirement.

The post Winds and Garage Doors in Orange County appeared first on Champion Garage Door Repair.

According to the Cache County Sheriff’s Office, 41-year-old Kyle Bret Hansen, owner of Apex Garage Doors, collected more than $11,000 in payments from two customers for new garage doors that were never installed.

Court documents state one homeowner paid Hansen $4,065 for a new garage door in June. When the job went unfinished, Hansen allegedly offered a string of excuses, including supply delays, phone issues, scheduling problems, and even a family emergency.

The situation escalated when that customer spoke with a neighbor, who reported paying Hansen $7,308 for similar work that was also never completed. The neighbor said they contacted Hansen more than 15 times before he stopped responding altogether.

When questioned by deputies, Hansen claimed his accounting company should have issued refunds, though no money was ever returned. Investigators also discovered that Apex Garage Doors’ business license had been dissolved after Hansen failed to renew it.

Criminal Charges Filed

Hansen was briefly booked into the Cache County Jail before being released. He has since made an initial court appearance in Logan’s 1st District Court, where prosecutors filed two cases against him. Charges include three counts of theft by deception and one count of communications fraud, all felonies. If convicted, Hansen could face more than 15 years in prison.

Protecting Yourself from Garage Door Repair Fraud

This case and other instances of defrauding customers, false pretense, and overcharging by fake garage door companies highlight the risks unwary homeowners face when hiring garage door repair or installation contractors.

Garage door scams are on the rise across the U.S., as homeowners increasingly find themselves overpaying for poor services provided by incompetent workers or paying for new garage doors and garage door openers that are never delivered.

Authorities recommend taking several steps to avoid falling victim to common garage door and contractor scams:

• Verify licenses and registration. Ensure the business is properly licensed and registered with the state. A dissolved or expired license is a major warning sign. California garage door contractors can be verified on the CSLB website. Learn about the process here.
• Limit upfront payments. Make an upfront payments to a portion of the job cost.
• Get contracts in writing. A detailed contract should outline the scope of work, payment schedule, and timeline for completion.
• Check references and reviews. Look for recent customer reviews and ask for direct references before committing to a contractor.

Homeowners who believe they’ve been scammed should file a complaint with local law enforcement, the district attorney, and consumer protection agencies relevant to their area. Acting quickly can improve the chances of recovering funds and may help prevent others from being scammed.

Officials are reminding residents that due diligence and clear contracts are the best defense against garage door repair and contractor fraud.

The post Garage Door Installer Arrested for Alleged Fraud appeared first on Champion Garage Door Repair.

While the ruling may seem like a distant political skirmish to some, its ripple effects could profoundly reshape the residential landscape of Huntington Beach, and not necessarily for the better.

In particular, the decision spells trouble for an often overlooked but essential part of Southern California living: the residential garage door.

The Decline of the Individual Garage Door

For decades, the Southern California dream included a home with a private driveway and a garage, often attached, secure, and personalized. Each home or even an apartment equaled one or two garage doors. For garage door repair professionals, installers, and manufacturers, this created a steady, high-volume, long-term market.

But high-density housing changes everything.

High-density housing completely transforms how vehicles are stored and how garage access is managed:

• Underground parking and shared garages serve dozens or even hundreds of residents with just one or two industrial garage doors.
• Open-air lots often have no garage doors at all.
• Parking stackers and lifts may eliminate garage doors altogether.

The result? Far fewer garage doors per housing unit.

Where 100 homes or apartments once meant 100 individual garage doors, now just one or two heavy-duty commercial doors, garage door openers, or gates might be used instead.

Security Concerns in Shared Parking Environments

Private garages secured with garage doors do more than just store your car, they offer security, convenience, and peace of mind. In shared parking structures, these benefits disappear and are replaced by the following risks:

• Increased risk of vehicle break-ins and vandalism.
• No physical barrier between your car and the general public.
• Less personal control over access and maintenance.
• Delays or disputes in repair response when shared doors fail.

And when a single garage door in a shared garage malfunctions, dozens of people can be stranded, sometimes waiting hours or even days to access their vehicles.

What This Means for Garage Door Businesses in Huntington Beach

Local garage door repair companies in Huntington Beach should overall expect less volume in residential garage door repairs, installations, and service calls over the long term as high-density replaces low-density growth.

Garage Doors Are About More Than Cars

As California reshapes its housing model, Huntington Beach stands at a crossroads. Affordable housing is critical but the unintended consequence of erasing individual garages affects how residents live, feel safe, and take pride in their homes.

For residents and garage door professionals, this means adjusting expectations. But for the community at large, it’s a reminder: housing policy doesn’t just shape where we live, it shapes how we live.

And in that, every door matters.

The post How High-Density Housing Threatens the Future of Garage Doors in Huntington Beach appeared first on Champion Garage Door Repair.

Proper planning can save you money by avoiding changes mid-project or after the garage opening is already in place. While an experienced garage door repair contractor can provide invaluable assistance with aspects of the project that you may easily overlook, knowing the standard sizes for garage openings and garage doors can help you make more informed and efficient decisions.

Whether you’re building a new garage or remodeling an existing one, understanding the standard dimensions for one-car, two-car, and three-car garages provides a solid starting point and offers several benefits.

What Are Standard Garage Door Sizes?

• One-Car Garage: The standard and most common one-car garage door size is 8 feet wide by 7 or 8 feet tall. Less common widths range from 9 to 12 feet.
• Two-Car Garage: The standard and most popular two-car garage door size is 16 feet wide by 7 or 8 feet tall, with less common garages measuring 15 to 18 feet wide.
• Three-Car Garage: It may be obvious, but the standard and most common three-car garage door size is 16 feet wide by 7 feet tall for a two-car garage door and 8 feet wide by 7 feet tall for a one-car garage door.

Note that the garage door size is essentially the same as the opening size. For example, if your garage opening measures 16 feet wide by 7 feet tall, the garage door will also measure 16 wide by 7 tall.

Here’s why adhering to standard garage door sizes and openings can be advantageous:

1. Choosing From a Greater Variety of Garage Doors

Many garage door manufacturers offer doors in standard sizes only. For instance, carriage house, overlay, and modern garage doors typically come in predetermined sizes that cannot be customized. If your garage opening exceeds these standard sizes, the door may not cover the entire opening; if it’s smaller, the door may extend beyond the opening.

Custom wood garage doors, however, are made to fit nearly any size, so size limitations don’t necessarily apply to them.

2. Faster Lead Times

When purchasing a new garage door or replacement door sections for future repairs, a standard-sized door generally arrives faster. Manufacturers and local distributors often stock standard sizes, which reduces processing time.

If your garage opening is not standard size, however, the door may need to be custom cut or special-ordered to fit your specifications, potentially increasing lead time.

3. Cost Efficiency

Going for a standard garage door size is often more economical. Larger doors generally come at a higher price, and for automatic garage doors, a larger or heavier door may require a stronger opener or a longer rail, which can increase expenses. Additionally, if your door needs custom resizing, it may further raise the overall cost.

How to Choose the Right Garage Door Size

If your garage is already built, in most cases, you’ll need a garage door that matches the existing garage opening.

If you’re building a new garage or remodeling your current one, think about your needs and the activities you plan to engage in within the space. If you intend to park a tall SUV, truck, or boat, a standard 7-foot garage door height may not suffice. Otherwise, going with standard sizes such as 16 feet wide and 7 feet tall for a two-car garage, or 8 feet wide and 7 feet tall for a one-car garage, is ideal.

You may also want your garage door opening to have an even-foot measurement, without additional inches. For example, avoid a garage width of 16 feet 2 inches or a height of 7 feet 4 inches. Instead, aim for a width of 16 feet and a height of 7 feet even.

Consult a Licensed Garage Door Repair Contractor

There are more intricacies than simply knowing the standard garage door sizes when building or remodeling a garage. For example, you’ll need sufficient clearance on the sides for the tracks and adequate headroom for the garage door springs, torsion assembly, and electric garage door opener.

Consulting a licensed garage door repair company during the planning phase can help reduce the chances of costly errors and the need for modifications, ensuring your project stays on schedule and within budget.

The post Essential Guide to Standard Garage Door Sizes and Openings appeared first on Champion Garage Door Repair.

1. Change the Time Your Opener Lights Stay On

If your garage door opener lights stay on for too long or not long enough, you can adjust the timer. To do this, you’ll need a wall control with a lock feature and follow these steps:

Press and hold the lock button until the garage door opener light flashes. The number of flashes indicates the time the opener’s light will stay on:

• 1 flash = 1.5 minutes
• 2 flashes = 2.5 minutes
• 3 flashes = 3.5 minutes
• 4 flashes = 4.5 minutes

Repeat the process to toggle between time intervals. If you have a wall control with a screen, you can adjust the timer by going to Menu and Light Settings.

2. Keep Your Garage Door Opener Lights On

If you’re working inside the garage and need extra light, press the light button on your garage door wall control. This button functions like a regular light switch, keeping your garage door opener lights on until you press it again or until you open or close the garage door. If your wall control is shaped like a doorbell and doesn’t have a light switch, you can replace it with an upgraded model that includes a switch. Consult your door manufacturer or a licensed garage door repair company for compatibility.

3. Light Up Your Garage Automatically

Have your garage door lights turn on automatically whenever you walk into the garage, without needing to press the light switch. Some garage door wall controls are equipped with motion detectors that activate the light when they detect movement. If your garage door system doesn’t have this feature, you can upgrade your existing wall control. For LiftMaster or Chamberlain garage door openers with a red or purple button, you can upgrade to the 889LM wall console. For LiftMaster or Chamberlain openers with a yellow button, upgrade to the 880LM console.

4. Remove Access to a Remote Control Using Your Opener App

With a smart garage door opener, you no longer need to erase the memory to remove access to your remote controls. Simply follow these steps:

1. Open the MyQ app.
2. Go to Device Settings > Remotes.
3. Tap and hold the remote you want to disable, then tap Delete.

It’s also helpful to name your remote controls so you can easily identify them. You can name remote devices by programming them through the app:

1. Go to Device Settings > Remotes.
2. Tap Program a Remote.
3. Follow the on-screen instructions.

This feature allows you to remove access to individual remote controls anytime, from anywhere, and prevents the need to reprogram all your other garage door remote controls, keypad, and car if you perform a hard reset.

5. Vacation Mode to Prevent Access to Your Garage

The vacation mode feature on your garage door control panel is represented by a button with a lock image. This feature allows you to disable access to all of your remote devices, including remote controls, keypads, and cars.

To activate vacation mode press and hold the lock button until the wall control’s LED turns on or starts blinking.

To disable vacation mode press and hold the lock button again until the wall control’s LED turns off or becomes solid.

6. Fix Your Garage Door Easily

Garage door openers are equipped with a troubleshooting LED that can help diagnose issues if your garage door is malfunctioning. This LED is typically located on the motor head, usually on the side with the antenna. If your garage door isn’t functioning properly, check the error code displayed by the LED and refer to your owner’s manual for detailed instructions on how to repair the issue.

7. Maximize Your Garage Door Security

Improve your garage door security with a simple lock that significantly boosts protection. Once engaged, the lock will prevent anyone from force opening your garage door. You can use it when you’re away or simply for added peace of mind.

While this is a manual lock, some garage door openers can be equipped with an automatic lock that engages and disengages when you open or close the door.

The post 7 Garage Door Hacks You Should Know About appeared first on Champion Garage Door Repair.

1. Emergency access: One of the most significant advantages of having a pedestrian door built-in to your garage door is the alternative entry or exit route in case of an emergency. This is particularly important in garages where the entry point is through the garage door only. In the event of a sudden breakage or if the garage door suddenly won’t open during an emergency, having a pedestrian door can save lives by providing a safe and quick exit point.

2. Theft prevention and increased privacy: A garage door with a pedestrian door can provide an additional layer of privacy. This is especially important in areas with a high risk of theft, vandalism, or other security threats. When you use the garage door to access the garage, your belongings are left exposed for everyone to see, which can make it easier for burglars to target valuable items and plan a theft. A pedestrian door provides a more secure and efficient entry point, keeping the inside of your garage less visible to outside threats.

3. Breakage prevention: Garage doors are subject to wear and tear over time due to their constant use. This wear and tear can cause overhead door systems, springs, rollers and bearings to malfunction or break down, leading to expensive repairs or replacements. Using a pedestrian door when possible can help reduce wear and tear on the garage door’s mechanisms, extend the garage door lifespan overall, improve its performance, and save money on repairs and replacements.

Where to buy a garage door with a pedestrian door

Not all garage door companies sell and install garage doors with a built-in pedestrian door. You first may want to check if the garage door repair company that you’re planning to use is licensed and authorized to sell garage doors and custom equipment, you can start by reviewing their license and permits to see if they include the necessary authorizations.

You can also ask the contractor directly about their experience and qualifications in selling garage doors with a built-in pedestrian door, as well as any relevant licenses or certifications they hold. Additionally, you can research the applicable laws and regulations in your state or locality to ensure that the contractor is in compliance with all requirements for selling the equipment.

Before you buy

Buying a garage door with a built-in pedestrian door involves several steps to ensure that you are getting the right garage door for your needs. Here are the general steps you can follow:

1. Determine the location and opening direction of the pedestrian door: If you store items inside the garage or park your cars inside, a pedestrian door that opens inside the garage probably won’t be the best choice sense the door might get blocked.

2. Lock preference: A built-in pedestrian door comes with a standard deadbolt. Replacing the standard lock with a smart door lock offers several benefits that can enhance functionality and convenience. By replacing a standard lock with a smart door lock, or by making your garage door smart, you can enhance your garage security, increase convenience, and have greater control over who enters and exits your garage.

Garage doors with a pedestrian door increase functionality beyond just providing an additional easy access point to your garage. They offer improved security, as well as help prevent unneeded wear and tear on the garage door and its components. By following these steps, you can ensure that you get the right garage door which fits your needs. You may want to purchase the door from a licensed garage door company with the necessary qualifications, knowledge, and experience to ensure that the project is completed safely, efficiently, and to code.

The post 3 Advantages of having a garage door with a built-in man (pedestrian) door appeared first on Champion Garage Door Repair.

A garage door’s R-value is calculated by dividing the thickness of the insulation by its thermal conductivity (the material’s ability to conduct heat). For example, if a garage door has an R-value of 10, it means it resists heat flow 10 times more effectively than a garage door with an R-value of 1. A higher R-value means better insulation properties.

There are several advantages to having a garage door with a higher R-value:

• Better thermal insulation: The primary benefit of higher R-value insulation is improved thermal resistance. It effectively reduces heat transfer between the interior and exterior of the garage, maintaining a more stable temperature.
• Reduced energy costs and sustainability: Higher R-value insulation lowers energy costs by reducing the energy needed to maintain the desired temperature in your garage and home. A well-insulated garage door helps stabilize indoor temperatures. As a result, it may lower utility bills by cutting down on heating and cooling usage, which, in turn, also helps reduce your carbon footprint.
• Better sound insulation: Higher R-value insulation reduces noise transmission from outside.
• Increased home value: A home with an insulated garage door featuring a higher R-value may appeal more to potential buyers, as it indicates a more energy efficient indoor environment.

Many consumers assume all garage doors have the same build quality and materials. However, R-value varies between doors and is an important factor to consider when choosing a garage door.

The post What Is Garage Door R-Value appeared first on Champion Garage Door Repair.

What’s a Breezeway Anyway?

For those unfamiliar with the term, a breezeway is an architectural feature designed to let wind pass between structures.

The breezeway home gets its name from its two roof peaks at each end, which form a valley in between. These roof peaks provide greater height and space without adding to the home’s width. The lower center section inspired the name “breezeway,” a fitting term that aligns with the home’s outdoor-oriented design.

The Breezeway Home

In some ways, the breezeway home is similar to most tiny homes. It shares the same rectangular shape, although it is somewhat shorter, allowing for easier positioning and mobility. The home measures 30’ x 8.6’ and features two raised areas at the front and back, one for a bed and the other for extra storage. It is constructed from recycled steel panels and boasts cedar tongue-and-groove siding for a natural, outdoor look.

A standard man door is located opposite the garage door. The kitchen is finished with reclaimed barn wood walls and quartz countertops, enhanced by an LED strip for a more sophisticated appearance. The breezeway home can also be outfitted with modern amenities such as a full-size refrigerator, microwave, dishwasher, and a three-burner stove. It includes a wet bar, pop-out TV, custom dog kennel, and of course, the unique garage door that sets it apart from other tiny home designs.

More About the Amenities

The garage door is a double steel, insulated garage door with vertical windows on its side, providing a wide entrance that allows natural light to flow in and helps ventilate the home. Like a typical sectional garage door, it operates with springs, cables, rollers, hinges, and tracks. While there’s not enough room to park a car or truck, the opening is spacious enough to bring a motorcycle right into the living room.

Another standout feature of the breezeway home is the wet bar, located right best to the kitchen. Positioned under a large window, it offers a perfect view while eating. The side-by-side seating arrangement, rather than facing each other, maximizes the space and creates a more open feel.

The living room sits between the garage door and the standard entrance, with enough space for a couple of chairs or a large sofa. It also includes a hidden TV that pops out, alongside a built-in Bose sound system for added luxury.

At the back of the home is the bathroom, with the master bedroom in the raised area above. A custom ladder offers quick access to the bedroom, which is large enough to accommodate a swiveling television.

One unique feature is the built-in dog kennel, usually rare in a home of this size. Situated near the garage door, it provides your pet with quick access to the outdoors.

Overall, the breezeway home is designed with couples or individuals in mind. For three or more people, it might feel crowded rather quickly.

Adding Value to Your Tiny Home with a Garage Door

Whether your home is a breezeway-inspired tiny home or another type of mobile home, adding a garage door can offer several benefits:

• Improved Aesthetics: A new garage door can boost your home’s curb appeal. With a wide variety of styles to choose from, such as modern and full-view, it can enhance your home’s beauty and potentially increase its resale value.
• Increased Energy Efficiency: Modern garage doors are built with advanced materials that offer better insulation, making them lighter and stronger. Compared to sliding or standard entry doors, garage doors can provide higher R-value insulation, which improves energy efficiency and helps lower utility bills.
• Better Air Quality: A garage door’s large opening promotes improved air circulation, reducing indoor pollutants and improving air quality.
• Natural Lighting: The wide opening allows more natural light to enter, which can improve mood and increase productivity.

While adding a garage door to your living space might not be conventional, it can add value to your tiny home in multiple ways and offer convenient access when needed.

The post This Tiny Home has a Breezeway with a Garage Door appeared first on Champion Garage Door Repair.

1. Natural Light

Full-view garage doors is made of approximately 30% aluminum frame and 70% glass windows. The design, which incorporates large windows, helps to create the illusion of a more spacious environment and lets more natural light enter your garage. If you spend time in your garage, sunlight reduces the need for artificial lighting during the day. It is a source of Vitamin D and can help alleviate allergy symptoms.

2. Energy Efficiency

There are three options available for glass thickness in full-view garage doors: 1/8”, 1/4”, and 1/2”. To offer some perspective, here are the common uses for each glass:

• 1/8” thick glass is used for picture frames, as a top for small tables, and as an extra layer of insulation for windows (double-pane windows).
• 1/4” thick glass is used for protective coverings, shelves, single-pane windows, and as an extra layer of insulation for windows (double-pane windows).
• 1/2” thick glass is used for large table tops, glass walls, hockey arenas, and shower doors.

A garage door with thicker glass or double-pane windows costs more but is also more sustainable, offer better insulation, increased energy efficiency, and a lower U-factor to minimize the loss of heat and cool air.

3. Robust Construction

Full-view garage doors are not prone to dents and dings. The door’s frame is made from a strong commercial aluminum compound, which is also used in the construction of aircraft. Decent full-view garage doors have two internal struts constructed in each panel to provide extra support. The glass itself is secured in place with EPDM rubber strips. The EPDM increases resistance to impacts and prevents vibrations.

4. Resistance to Corrosion

Unlike steel doors, aluminum and glass garage doors don’t corrode easily, resulting in less replacements, maintenance and structural repairs. This is particularly advantageous for those living near the beach. Scheduled maintenance and occasional cleaning of the glass is all that’s needed to keep it working properly. This may be the last garage door you ever buy for your home thanks to its durability and corrosion resistance.

5. Infrequent Repairs and Durability

Decent full-view garage doors from reputable manufacturers come with heavy-duty parts and hardware, including tracks, rollers, cables, and springs. This hardware contributes to their high durability and longevity. However, like any other mechanical device, they may malfunction from time to time and repairing or replacing them can be expensive. This is due to the quality materials used and the labor required for repairs.

6. Opening Wall

Glass garage doors are not limited to garages; they can be installed in any wall where you desire to have an opening. This is ideal for entertainment rooms, dining areas, living spaces, and businesses seeking a large opening option.

Garage doors are an essential part of your home’s exterior décor and a significant portion of your home’s façade. Whether it’s a full view, modern, or old-fashioned, the right garage door helps create a beautiful aesthetic, a cohesive design, and can increase your home’s curb appeal. Installing the wrong garage door on the other hand, may transform a beautiful home to somewhat awkward.

Where to Find Full-View Garage Doors?

Contact a licensed garage door repair company in your area. Local home improvement stores or specialty window retailers do not offer full view garage doors for sale.

The post Top 6 Reasons to Choose Full-View Garage Doors appeared first on Champion Garage Door Repair.

Garage doors are available in different types, such as sectional, single piece (tilt up), and roll-up, with various designs and materials including steel, aluminum, wood, and fiberglass. They can be operated manually or automatically using an electric door opener.

Sectional Garage Doors

A sectional garage door consists of multiple horizontal panels or sections, typically found in residential homes but also used in commercial settings.

These panels are connected by hinges and slide along tracks on each side of the garage opening, supported by rollers. Torsion or extension springs are used to counterbalance the door’s weight. Weather-stripping and insulation can be added to improve weatherproofing and energy efficiency.

Single Piece (Swing Up) Garage Doors

Single piece (swing up) garage doors are made from a single solid panel that swings up and out, resting parallel to the ceiling when fully open. Unlike sectional doors, they don’t have separate panels or tracks. They use a basic hinge mechanism and extension springs to counterbalance the door weight.

While their design is simple, they need space in front of the garage to function and may not be as efficient in terms of headroom since they can’t open beyond the garage opening.

Roll-Up Garage Doors

Roll-up garage doors are made of horizontal slats or panels that roll up and down along tracks installed vertically on the sides of the garage opening, eliminating the need for overhead tracks and hardware.

These slats are interconnected and often made of steel, aluminum, or fiberglass. Roll-up garage doors use torsion springs to counterbalance the door’s weight and are more popular in commercial and industrial settings.

Steel Garage Doors

The development and innovation in steel production marked a significant milestone for modern architecture. Modern steel production not only enabled greater architectural freedom and the emergence of new design opportunities but also made products like garage doors more affordable. Currently, there are several designs and variations of steel garage doors available on the market, including:

• Classic long panel (raised panel).
• Classic short panel (raised panel).
• Carriage house (raised).
• Stamped or flat carriage house (recessed).
• Wood overlay.
• Steel overlay.
• Fiberglass overlay.
• Contemporary flush.
• Contemporary planks.

Although steel garage doors are considered relatively lightweight and more vulnerable to dents, they offer great value, are relatively cheaper to maintain, and can be easily repainted if needed, as long as they don’t feature a smooth or wood-like finish.

Steel garage doors can also be painted to resemble wood. Achieving this wood-like appearance involves using pressing machines or digital imaging technology to create a realistic wood grain texture. Although garage doors painted to mimic wood are typically more expensive than those painted in standard colors, they offer the authentic look of wood without the maintenance requirements associated with real wood doors.

There are 4 kinds of steel garage doors:

• Single layer or hollow back (pan).
• 2-layer insulated or poly back.
• 3-layer insulated or steel back (sandwich).
• 4-layer with external overlay.

2-layer (or poly back) doors are insulated garage doors where the insulation material is exposed from the back. 3-layer or steel back garage doors have an additional layer that covers the insulation material from the back.

Sandwich-insulated garage doors can accommodate denser and heavier insulation material, making them more energy-efficient, durable, and offering better weatherproofing and soundproofing compared to hollow back or poly back garage doors.

4-layer garage doors are essentially 3-layer insulated doors with an additional external overlay layer. This layer is used for design purposes only, such as creating a carriage house appearance.

Advantages and Disadvantages of Steel Garage Doors

• Great variety and designs to choose from.
• Initial cost, repair, and maintenance are relatively low.
• Insulated garage doors offer good weatherproofing and soundproofing.
• In-stock and available parts and hardware.
• More prone to breakdowns and dents.
• Sensitive to corrosion and rust.
• Can be flimsy, more vulnerable to the elements and high winds.

Custom Wood Garage Doors

Custom wood garage doors can be made of various wood types such as African mahogany, oak, hemlock, and cedar. They offer flexible designs, including different trims, edges, windows, and panel layouts. Additionally, they can be finished in various ways, including smoothing, painting, or staining, to achieve a unique look.

The process of acquiring a wood garage door starts with the initial design phase, where the contractor or garage door repair company collaborates with the architect or customer to create a blueprint before proceeding to production.

Advantages and Disadvantages of Custom Wood Garage Doors

• Customizable and flexible design.
• Great weatherproofing and soundproofing.
• Resilient, durable when maintained correctly.
• High initial cost and expensive repairs.
• Labor intensive service and repair.
• High maintenance.
• Parts and hardware may need to be special ordered if replacement is needed.

Aluminum Full View Garage Doors

Aluminum (or full view) garage doors are constructed mainly from glass, with only the door’s frame made of aluminum, allowing an abundance of natural daylight to enter the structure.

The door frame can be powder-coated or anodized. Powder-coated aluminum frames are considered more eco-friendly, eliminating electrical conductivity and being more resilient to corrosion and the elements, although at a higher cost.

Different glass thicknesses available for aluminum garage doors include 1/8″, 1/4″, and 1/2″. Thicker glass provides better weatherproofing and soundproofing. The glass is secured in place with retainers made from aluminum and EPDM rubber strips, which not only secure the glass against the frame but also serve as an additional layer of sealant, minimizing glass vibration and increasing impact resistance. The glass can be tinted, tempered, or laminated for privacy purposes.

Aluminum garage doors are durable and resistant to corrosion, saltwater, and salty air. The alloy is also resistant to the effects of UV rays and can withstand extreme temperatures ranging from approximately -70 °C to +320 °C while maintaining its properties.

Advantages and Disadvantages of Aluminum Full View Garage Doors

• Contemporary and modern design.
• Exposure to natural light.
• Offer good weatherproofing and soundproofing, depending on the glass.
• Resilient and durable.
• Low maintenance.
• High initial cost and expensive repairs.
• Labor intensive service and repair.
• Parts and hardware may need to be special ordered if replacement is needed.

Carriage House Garage Doors

Since the arrival of modern architecture, the history of Western architecture has traversed various stylistic genres. Today, the designs of carriage house garage doors draw inspiration from the carriage houses of the 19th century. This era of architecture primarily sought to revive medieval decorative styles, including Gothic architecture, characterized by pointed and arched forms, and Greek architecture, known for its straight lines and symmetry.

Designers and architects of the 19th century referred to European medieval churches and Greek temples built between the 11th and 14th centuries. In the United States, these styles were initially used for church structures and later adapted for residential homes, barns, and carriage houses.

Advancements in tools and hardware facilitated the creation of decorative wood trim boards. This enabled the use of vertical and horizontal trim boards combined with diagonal ones, a common design characteristic in modern carriage house garage doors. While original carriage house doors were made of wood, modern versions can be made of steel, offering a look that reminds the vintage charm of 19th-century carriage houses.

Modern (Contemporary) Garage Doors

Modern garage doors break away from traditional styles, embracing new technologies, materials, and forms while prioritizing functionality and efficiency. They often feature large windows and minimalist designs, adhering to the principle of ‘less is more’ by using only necessary elements to achieve the desired function or aesthetic.

This contrasts with the design elements found in classic raised panel or carriage house garage doors. The goal of contemporary garage doors is to create an uncluttered, timeless look that promotes a sense of calm and well-being. Modern garage door styles include aluminum full view, flush panel, and plank designs.

Classic Raised and Recessed Panel Garage Doors

Raised panel refers to a design technique where parts of the garage door’s section are carved or constructed to protrude from the surrounding surface, creating a textured or dimensional effect. This technique has been used in architectural styles throughout history, particularly in traditional and classical designs. Raised panels are commonly found in architectural styles such as Georgian, Federal, and Colonial Revival, where they decorate doors, wainscoting, cabinetry, and exterior facades.

Raised panel garage doors often feature intricate detailing, adding a sense of elegance and sophistication to the overall door design. The stamping technique is used to create visual interest and add depth to what would otherwise be flat surfaces, enhancing the curb appeal and grandeur of both the garage door and the building itself. Classic raised panel garage doors come in various designs, including long or short panel configurations, and are typically constructed from steel or wood.

Similarly, recessed panel garage doors feature panels that are set back or indented into the surrounding surface instead of protruding from it, creating a sunken or recessed effect. Garage doors that feature recessed panels are often referred to as shaker or shaker flat.

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