Improve your rooftop parking with our innovative shade structures that are designed to optimize space and provide vehicle protection. Covered parking solutions from VPS typically cost 15% to 20% less than adding another deck to the top of a parking structure.
VPS works alongside structural engineers to determine the best covered parking solution for parking structures. VPS engineers can provide these structural engineers with details that will enable them to integrate appropriate attachment points into new garages.
Looking to learn more about our parking solution options? Check out our commercial parking brochure for more details!
VPS rooftop parking shade structures protect vehicles at a high elevation in the open air from catastrophic damage due to hail. We design various rooftop parking solutions that can protect pedestrians while traveling in and out of the parking area and parking their vehicles.
VPS designs covered walkways to provide a safer walking area, reducing the risk of slips, falls, and hail strikes during severe storms. Covered walkways instill confidence in potential visitors that their vehicles will remain well-protected.
Mass coverage structures can provide large, open spaces with heavy-duty hail protection. For example, large shopping malls and hospitals may need mid- to large-size solutions to cover significant parking areas. The VPS Protector Series products offer mass coverage and can be customized to fit specific needs.
Cantilevers are space-saving hail protection options that eliminate the need for traditional columns or support braces. They allow for more rooftop parking spaces and help drivers navigate tight spaces more easily.
For enhanced hail protection and visual appeal, VPS can create structures using high-density polyethylene (HDPE) scrim, polyvinyl chloride (PVC), and polytetrafluoroethylene (PTFE) commercial fabrics. These fabrics provide additional hail protection and are available in several colors.
Combining the benefits of hail protection with the long-term financial advantages of solar power generation, solar hail protection structures feature rooftop solar panels that can provide a significant return on investment over time.
In addition to hail and UV protection, we manufacture waterproof structures that protect vehicles and drivers from rain. Our solid membrane designs are engineered using HDPE scrim, PVC, and PTFE to offer maximum rain protection. HDPE scrim and PVC membrane fabrics are available in many colors, while PTFE comes in white.
These innovative structures help ensure a safe and comfortable walking experience, even during inclement weather. Each fabric offers varying levels of fire retardancy and non-combustibility to suit each project’s needs. And like our hail protection structures, our waterproof structures can be outfitted with several accessories to meet specific site requirements and enhance functionality.
Learn About Waterproof Shade Structures →
Investing in covered rooftop parking solutions offers a host of advantages for property owners:
Property owners can prioritize customers’ safety and satisfaction by investing in advanced rooftop parking structures from VPS. With a wealth of expertise and a proven track record in the asset protection industry, VPS delivers innovative, functional and aesthetically pleasing solutions that provide comprehensive protection against hail and other environmental hazards.
Contact the VPS team today for a free quote on standard or custom rooftop parking protection solutions.
Increased ratio of covered parking
Improved structural aesthetics
Increased property marketability
VPS is here to answer frequently asked questions for our rooftop parking solutions. We design these structures to meet the demands of elevated parking environments. Learn more about our rooftop parking structures below.
The weight capacity of rooftop parking structures depends on the design, column spacing, and foundation system. Our engineering team collaborates with structural experts to assess the existing parking deck’s load-bearing capacity before designing a solution. Many of our parking lot roof installations use lightweight materials such as HDPE mesh fabric and aluminum or steel framing to minimize dead load.
Yes. Many of our rooftop parking structures can accommodate solar panels. The Apex Series features a flat-roof design engineered to support photovoltaic arrays. Solar integration allows property owners to generate clean energy while providing vehicle protection. Our team coordinates with engineers to verify proper load distribution, conduit routing, and compliance with local codes.
We work with civil engineers to verify that the structure’s slope, gutter placement, and downspout locations align with the existing roof drainage system, protecting the parking deck from water-related deterioration. Proper drainage can prevent water pooling and structural damage. Our waterproof membrane structures include integrated drainage systems that channel rainwater away from the parking deck.
Covered rooftop parking transforms underutilized space into a premium amenity. Property owners can charge higher rates for protected spots, offering customers peace of mind against hail damage and extreme temperatures.
In markets where hailstorms are common, covered rooftop parking can differentiate properties, attracting tenants and improving overall value. Properties with solar-integrated structures may appeal to sustainability-focused businesses seeking green building credentials.
Yes. We specialize in retrofitting existing parking structures with shade and hail protection canopies. Our engineers conduct structural assessments to determine load capacity and identify attachment points. We use a phased installation approach to maintain parking availability during construction, minimizing disruption to operations.
Yes. Wind resistance is fundamental to every design. Elevated locations often experience higher wind speeds and greater uplift forces than ground-level installations. Our engineering team calculates wind loads based on geographic location, building height, and local code requirements. Structures are anchored with reinforced foundations, and fabrics are tensioned to withstand significant windstorms.
