MAX Hip Shade Structures

A MAX Hip is a large-span variation of the traditional hip shade structure. It uses the same proven hip roof geometry—where the fabric canopy slopes downward on all sides from a central ridge—but is specifically engineered for wider spans, taller entry heights, and heavier structural loads. The key differences include:

• Wider spans and larger footprints – MAX Hips cover significantly more ground area per structure than a standard hip, reducing the number of separate structures needed for large sites.
• Heavier steel frame – Larger columns, thicker-walled tubing, and reinforced connections handle the increased wind and gravity loads that come with wider spans.
• More columns when needed – Multi-bay and multi-panel layouts use additional columns to achieve very long continuous runs of shade, such as covering an entire row of parking or a full-length sports court sideline.
• Taller entry heights – Available in configurations from 8 to 16 feet at the eave, accommodating everything from pedestrian walkways to tall recreational equipment and vehicle clearances.

Think of the MAX Hip as the step up you turn to when the project scope exceeds what a standard hip can efficiently cover. For smaller-footprint applications, our standard Hip Structure remains an excellent and cost-effective choice.

MAX Hip structures are purpose-built for sites where coverage area, clearance, or structural requirements exceed what a standard hip can deliver. The most common applications include:

• Full-court and multi-court sports facilities – Basketball courts, tennis courts, pickleball complexes, and volleyball courts where players and spectators need continuous overhead shade across the entire playing surface or sideline.
• Large playground complexes – Schools and parks with tall play structures, climbing features, and safety fall zones that require high eave clearances and wide, uninterrupted shade coverage.
• Parking lots and vehicle staging areas – Covering full parking rows or vehicle queuing lanes at commercial sites, car dealerships, fleet yards, or transit facilities.
• Multi-table picnic and gathering areas – Parks, HOA amenity areas, church grounds, and corporate campuses where large groups gather for events, meals, or recreation.
• Pool decks and aquatic centers – Shading large deck areas, spectator seating, and concession zones at community pools and water parks.
• Walkways, corridors, and queue lines – Multi-bay configurations creating long, continuous shade runs at theme parks, entertainment venues, and institutional campuses.

See examples of MAX Hip and large-span shade installations in our completed projects gallery.

Large-span structures carry higher engineering stakes than standard-size shades. As the footprint grows, so do the wind loads, the footing requirements, and the complexity of the permit review. Total Shade provides sealed structural engineering drawings prepared by licensed engineers for every MAX Hip project. Our drawings include:

• Site-specific wind and seismic load calculations – based on your project’s geographic location, exposure category, and local building code requirements
• Footing and anchor designs – sized for the actual soil conditions at your site, not generic assumptions
• Connection details and column specifications – documenting the heavier steel sections and reinforced hardware that differentiate the MAX Hip from standard structures
• Complete permit-ready documentation – formatted for submission to your local building department, including any supplemental calculations or details required by the reviewing authority

For school and park projects, we also coordinate safety clearances around play equipment, ADA-compliant circulation paths, and fall-zone requirements to ensure the structure integrates safely with existing or planned site features.

Planning a MAX Hip requires careful attention to factors that become more critical at larger scales:

• Column placement and circulation – With more columns supporting wider spans, post locations must be coordinated with pedestrian flow, vehicle traffic lanes, fire access, and any equipment or furnishings beneath the canopy.
• Underground utilities – Larger footings for MAX Hip columns go deeper and wider than standard footings. We identify below-grade conflicts early so footing locations can be adjusted during design, not discovered during excavation.
• Sun path and orientation – On a structure this size, proper orientation can mean the difference between full shade coverage at noon and a strip of unshaded ground right where people gather. We analyze solar angles for your latitude across the seasons.
• Wind exposure – Large canopies catch more wind. We factor your site’s prevailing wind direction, surrounding terrain, and local code wind speed requirements into the structural design.
• Aesthetics and sightlines – A MAX Hip is a prominent visual element on any site. We work with you on fabric and frame colors that complement the surrounding architecture, and we evaluate whether the structure’s profile will obstruct signage, views, or security camera lines of sight.

Not sure which structure type fits your site? Browse our full range of shade products, including 4-point tensioned fabric sails, flat cantilevered structures, and fully custom designs.

A MAX Hip structure represents a larger investment than a standard hip, but it also delivers substantially more coverage per dollar. When evaluating proposals, commercial buyers should assess total cost of ownership over the structure’s expected 15 to 25+ year lifespan, not just the upfront price tag. The table below breaks down the major cost components.

Installing a MAX Hip on an active site—a school campus, a busy park, or an operating commercial property—requires more planning than a standard shade install. Total Shade manages these logistics as part of every project:

• Crane access and staging – MAX Hip components are heavier and longer, often requiring larger crane equipment and a clear staging area. We conduct a pre-construction site review to confirm access routes and setup zones.
• Phased scheduling – For schools, we schedule installation during breaks. For commercial properties, we coordinate around operating hours to minimize disruption to tenants, customers, or daily operations.
• Area closures and safety – Our OSHA-certified installation crew establishes work zones, barricades, and safety protocols to protect site users during the installation process.
• Turnkey delivery – From footing excavation through final fabric tensioning and site cleanup, we handle every phase. You deal with one team, one point of contact, and one schedule.

If you are evaluating multiple vendors for a large-span shade project, these are the critical questions to ask:

• 25+ years of large-span shade experience – We have designed and installed MAX Hip and super-span structures for school districts, municipalities, national brands like Six Flags and Amazon, and major general contractors across Arizona and the Southwest.
• Complete in-house capability – Design, engineering coordination, steel fabrication, fabric sewing, and installation are all performed by our own teams from our Phoenix headquarters. No middlemen, no finger-pointing.
• OSHA-certified installation crew – Large structures require rigorous safety practices during erection. Our field team is trained and certified to the highest standards.
• Proudly made in the USA – All fabrication happens domestically, giving us quality control and lead-time advantages over imported products.
• Single point of accountability – From the first site visit through final punch list, you work with one team that owns every phase of the project.

See what our clients say about working with us on our testimonials page.

Whether you are still exploring options or have a specific site and budget in mind, we are ready to help. We will evaluate your site, review your coverage and clearance requirements, recommend the right structure and materials, and deliver a detailed proposal—all at no cost or obligation.

Call us today: (602) 265-0905