Acrisure Arena

Adaptive natural integration

Project Facts

Location Coachella, California
Owner Oak View Group
Size 220,000 SF
Cost $160 million
Status Completed 2022

Overview

Walter P Moore provided structural engineering solutions for the Acrisure Arena in Coachella Valley, California, which stands as an earthquake-resistant 10,000-seat cultural hub featuring state-of-the-art amenities. Besides being the home for the American Hockey League’s Coachella Valley Firebirds, the mid-sized arena’s design offers premier entertainment experiences while seamlessly integrating into the desert landscape to preserve the natural beauty and majestic mountain views cherished by the local community.  

Birds eye view of the arena from afar showcasing the adaptive integration of the building into the natural landscape and surrounding golf course.

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Challenges

Height Requirements

The client wanted the structure to blend into the desert landscape of Coachella Valley, which limited the building height to 65 feet. 

Environmental Loads

The arena and the smaller Berger Foundation Iceplex needed to deal with high winds and seismic activity due to the nearby San Andreas Fault. The two buildings also had a height difference of 17 feet.

Venue Flexibility

The venue’s design needed to nimbly switch between hosting ice hockey games, year-round events, and concerts to remain financially stable. 

Budget Considerations

Since the arena’s funding came from a public-private partnership, the project had to add value to the local community, make judicious use of the budget, and avoid delays that would raise costs.

Solutions

Submerged Structure

The venue was set 26 feet below grade with a strategically placed perimeter concrete retaining wall. This eliminated additional retention systems and reduced below grade columns, walls, and footings.

Innovative Seismic Resistance

We devised a unique optimized system of Buckling Restrained Braces (BRB) and diaphragm steel trusses to transfer loads and control the relative movements of both structures like shock absorbers. 

Efficiency and Adaptability

We included retractable seating in the arena’s 270-degree bowl to maximize show seats and stage views. We also designed a 200,000-pound capacity rigging grid along the 310-foot span roof to support a wide range of show configurations.

Collaboration

Walter P Moore worked with the builder and steel fabricator to enable earlier roof truss erection and streamlined sequencing using mobile cranes instead of temporary shoring towers. We also designed all steel frame connections to be field bolted for faster assembly.

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Results

A New Cultural Hub

The arena’s low-lying profile preserves views of the desert landscape. Its basement retaining wall also hosts a permanent soil retention system, permitting future changes to meet the evolving needs of entertainment venues. 

Storm and Seismic Resistance

The Acrisure Arena can resist hurricane force winds and some of the strongest seismic forces in California. The project’s BRB system also helps reduce recovery costs if either structure sustains permanent damage in a seismic event.

An Entertainment Destination

Acrisure Arena can host crowds of 10,000 for ice hockey games and up to 11,500 for concerts. The venue’s sophisticated and flexible show rigging grid also has a greater capacity than similar venues in larger markets.

Early Delivery

Our efforts allowed roof truss assembly to wrap up in two weeks, which allowed Acrisure Arena to open two weeks ahead of schedule.