Also called a wheel stop or curb stop, a parking block is a small barrier at the head of a parking space. It assists drivers in parking their vehicles by ensuring they don’t drive beyond the designated space. The purpose of parking blocks is to keep drivers, passing pedestrians, vehicles and surrounding properties safe.
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Parking blocks are typically made from concrete, rubber, metal or plastic. Concrete and rubber tend to be the most popular materials, as they’re the most economical and durable. While both can be practical choices for curb stops, it’s important to consider their pros and cons before selecting the right material for your parking lot.
Below, we’ll examine the advantages and disadvantages of concrete and rubber parking stop blocks.
First, let’s look at the pros of installing concrete wheel stops for your parking lot.
Concrete wheel stops are heavy and solid, making them incredibly strong and stable when secured into place. Naturally, they’re effective in preventing vehicles from coasting over parking spots. They can last for many years in both indoor and outdoor settings.
It’s important to note that excess water exposure can deteriorate concrete. Concrete is porous, so water can seep into the material and gradually weaken it. A weak concrete parking block is more susceptible to chipping and cracking from vehicle wheel impact.
Concrete parking blocks can be installed indoors or outdoors, regardless of the region or climate. Even if your concrete stoppers see some outdoor wear, they’re easy to repaint and repair.
You can paint and customize concrete parking blocks to designate different parking areas. Some examples include:
Keep in mind that paint can peel, chip and fade with prolonged exposure to natural elements. You’ll likely need to repaint concrete wheel stops periodically to maintain visibility.
Rubber parking blocks are typically precast with reflective tape or paint. This means that, unlike concrete blocks, they cannot be repainted. This can be a disadvantage if you want to change the color to reflect a specific type of parking area. You’ll likely have to replace the block with that of the appropriate color.
Typically, concrete parking blocks come precast and ready to install. While installing each wheel stop may take two people since concrete is heavy, the process is relatively straightforward. The concrete block is placed on the desired site, then marked to correspond with the fixings.
Depending on the manufacturer’s instructions, these fixings can be metal bolts, galvanized pins, concrete epoxy or metal rebar. Installers drill holes into the pavement, then place the block on its correct setting. A significant benefit of concrete parking blocks is that they don’t budge easily once installed.
Concrete wheel stops don’t harm the environment, as they don’t contain any toxic elements. When a concrete parking block erodes over time, the particles simply turn to dust.
Concrete parking blocks tend to be less expensive than rubber wheel stops. Rubber parking blocks are made from recycled tires, which makes processing and manufacturing more costly.
Next, we’ll cover some benefits of choosing rubber wheel stops for your parking lot.
Rubber parking blocks can hold up relatively well in indoor and outdoor conditions. They’re resistant to water and moisture, making them ideal for outdoor parking facilities. Additionally, rubber wheel stops typically won’t crack or chip with repeated wheel contact.
However, rubber parking blocks aren’t entirely sunlight resistant. Since rubber is inherently malleable, it’s prone to warping, softening and melting with frequent UV exposure. That being said, you may want to reconsider rubber wheel stops if you live in a particularly warm region.
Rubber wheel stops are usually lighter than their concrete counterparts, making them relatively easier to move, maneuver and install. Fixings and installation requirements can vary depending on the manufacturer. In most cases, however, only one person is needed to install a rubber parking block due to its light weight.
Both materials have their benefits, but we recommend concrete parking blocks for most installations. While they’re heavier, they’re also more likely to remain secure and stable. Additionally, concrete wheel stops are constructed from organic material that can last many years — regardless of your location, climate, or indoor or outdoor parking facility.
Rubber parking blocks are less likely to crack or chip. However, you can’t repaint them, meaning there are limited repair options once they start showing signs of wear. Concrete wheel stops can be repaired and repainted for a fresh look. Concrete parking blocks will usually maintain function and appearance for longer.
Nitterhouse Masonry is a leading producer of quality concrete parking blocks. Family-owned and operated for five generations, our extensive dealer network provides clients throughout the Eastern United States with high-performing concrete stoppers. We have various options to choose from, including:
Manufactured with 5,500-psi concrete, our precast parking lot stops provide excellent UV resistance. They include pins for stable installation and won’t twist or warp over time. Our concrete stoppers can withstand even the harshest weather conditions.
Besides durability, our concrete parking stops are designed with the utmost safety in mind. They help direct traffic flow and defend surrounding infrastructure and pedestrians from rolling vehicles. We mold each block to reduce pressure on the block’s anchor pins, vehicle tires and tire strike surfaces. Regardless of your location and unique parking lot structure, our concrete parking stops can deliver the safe solution you need.
The block incorporates a sloped design to protect tires from dents, tears and punctures. Our concrete stoppers can also defend signage, carts, poles, parked cars and other surrounding elements from damage. Once you’ve selected and ordered your concrete stoppers, we can also come to your site and install them for you!
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In parking lots and garages, ensuring safety and organization is paramount. One of the key elements that contribute to this is the use of wheel stops. But what are wheel stops? These crucial devices, also known as concrete bumper stops, concrete parking stops, and rubber parking stops, serve to define parking spaces and prevent vehicles from rolling beyond their designated areas. Wheel stops are integral to effective parking management, working alongside other safety measures like thermoplastic striping, thermoplastic line striping, and thermoplastic markings. This article explores the different types of wheel stops, their role in enhancing parking safety, installation best practices, maintenance tips, legal considerations, and the latest innovations in their design.
Wheel stops, also known as parking blocks or curb stops, are essential devices used in parking areas to prevent vehicles from rolling beyond designated boundaries. They are typically positioned at the end of parking spaces to ensure that vehicles park within their allotted areas, thereby enhancing safety and organization.
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Wheel stops come in various materials, each offering unique benefits. Here’s a closer look at the different types:
Concrete bumper stops are the most commonly used type due to their durability and cost-effectiveness. These stops are heavy and resistant to wear and tear, making them ideal for long-term use in various parking settings.
Rubber parking stops are made from durable rubber, often recycled. They are lighter than concrete stops, making them easier to install. Rubber stops are also more flexible, reducing the risk of damage to vehicles upon impact.
Plastic wheel stops are lightweight and easy to handle. They are usually made from recycled plastic, making them an environmentally friendly option. These stops are resistant to weather and chemical damage, ensuring longevity.
Metal wheel stops, typically made from steel or aluminum, offer robust performance. They are highly durable and can withstand significant impacts. However, they may require more maintenance to prevent rust and corrosion.
Wheel stops made from recycled materials are gaining popularity due to their sustainability. These stops can be made from recycled rubber, plastic, or a combination of materials, offering a green alternative without compromising on performance.
Wheel stops play a pivotal role in enhancing parking safety by preventing vehicles from encroaching on pedestrian pathways and adjacent parking spaces. By providing a physical barrier, wheel stops ensure that vehicles park correctly, reducing the risk of accidents and damage. Whether using concrete parking stops or rubber parking stops, the strategic placement of these devices helps maintain an organized traffic flow within parking areas. Additionally:
One of the primary functions of wheel stops is to prevent vehicle overhang. By providing a physical barrier, wheel stops ensure that vehicles do not extend into pedestrian walkways, adjacent parking spaces, or other restricted areas, thus enhancing safety for both drivers and pedestrians.
Wheel stops help in organizing traffic flow within parking lots by clearly demarcating parking spaces. This organization reduces the risk of accidents and ensures that vehicles are parked uniformly, maximizing the available parking space.
Installation of wheel stops from professionals is crucial to their effectiveness and longevity. When installing concrete bumper stops or rubber parking stops, it’s essential to follow correct placement guidelines and installation procedures. Ensuring that wheel stops are securely anchored and positioned correctly can prevent vehicle overhang and enhance overall parking safety. Incorporating thermoplastic striping during installation can also improve the visibility and functionality of the parking area. Moreover:
For optimal effectiveness, wheel stops should be placed correctly. They should be positioned at a suitable distance from the end of the parking space to accommodate vehicles of various sizes. The placement should also consider accessibility for pedestrians and compliance with local regulations.
Proper installation is crucial for the durability and functionality of wheel stops. The installation process may vary depending on the material of the wheel stop but generally involves anchoring the stop securely to the ground. Following manufacturer guidelines and using appropriate tools is essential for a successful installation.
Maintaining wheel stops is essential to ensure their continued effectiveness in enhancing parking safety. Regular inspections and timely maintenance can prevent wear and damage. For example, checking concrete parking stops for cracks and rubber parking stops for wear can help identify issues early. Maintenance tips include cleaning debris around the stops, repainting worn areas with thermoplastic markings, and replacing damaged stops promptly to ensure they continue to serve their purpose effectively. Additionally:
Regular inspections are necessary to ensure that wheel stops remain in good condition. Inspections should check for cracks, breaks, or signs of wear that might compromise the effectiveness of the stops.
To extend the lifespan of wheel stops, maintenance tips include cleaning debris from around the stops, repainting or marking worn areas, and replacing damaged stops promptly. For thermoplastic markings, regular upkeep ensures visibility and effectiveness.
When installing wheel stops, it’s crucial to adhere to local regulations and compliance standards to ensure safety and accessibility. Compliance with local regulations may dictate the type, size, and placement of wheel stops. Additionally, ADA (Americans with Disabilities Act) considerations must be taken into account to ensure that wheel stops do not obstruct accessible paths and are installed to accommodate individuals with disabilities. Moreover:
Compliance with local regulations is essential when installing wheel stops. Regulations may dictate the type, size, and placement of wheel stops to ensure safety and accessibility.
When installing wheel stops, ADA (Americans with Disabilities Act) considerations must be taken into account. This includes ensuring that wheel stops do not obstruct accessible paths and that they are installed in a way that accommodates individuals with disabilities and meet the expedition for ADA parking dimensions.
Innovations in wheel stop design continue to improve their functionality and durability. New materials, such as advanced composites and environmentally friendly options, offer enhanced performance while reducing environmental impact. Technological advancements, such as reflective coatings and integrated lighting, increase visibility and safety. Here are some notable innovations:
Wheel stops play a crucial role in enhancing parking safety by preventing vehicle overhang, organizing traffic flow, and ensuring compliance with regulations. Understanding the different types of wheel stops, their installation best practices, and maintenance needs can help property owners make informed decisions. With ongoing innovations, wheel stops are becoming more effective and environmentally friendly, contributing to safer and more organized parking environments.
Concrete bumper stops are used to prevent vehicles from rolling beyond their designated parking spaces, enhancing safety and organization in parking lots and garages.
Concrete parking stops are durable, cost-effective, and resistant to weather and impact, providing long-term reliability and effective vehicle containment.
Rubber parking stops are highly effective due to their flexibility, ease of installation, and ability to reduce vehicle damage upon impact, making them a popular choice for many parking areas.
Thermoplastic striping is a durable pavement marking material commonly used on roads and parking lots for its high visibility and long-lasting performance.
Thermoplastic line striping is applied using specialized equipment that heats and sprays the material onto the surface, where it cools and hardens to form durable, high-visibility markings.
Thermoplastic markings are durable, reflective pavement markings that offer long-lasting visibility and resistance to wear and weather, making them ideal for high-traffic areas.
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