How Air Domes Are Reshaping Campus Sports and Performing Arts Spaces?

As campus sports, artistic performances, and large-scale events continue to increase, schools’ demand for multi-functional venues is also growing. However, many schools still face significant space constraints.

Outdoor venues are highly susceptible to rain, snow, high temperatures and extreme cold. In contrast, traditional concrete venues involve higher construction costs and longer construction periods, and may also be constrained by land availability and foundation conditions.

Air membrane structures offer a highly flexible solution for campus venue construction. Liri Air Dome leverages lightweight air-supported membrane technology to create multifunctional spaces that integrate physical education, athletic training, artistic performances and various campus activities.

One Venue, Multiple Uses

Liri Air Dome venues feature a column-free, large-span structure. The interior provides an open, unobstructed view with ample height, with no columns obstructing the layout.

Schools can flexibly adjust the internal facilities according to different activities, enabling the venue to seamlessly switch between sports and performance modes. In daily use, the venue can accommodate physical education classes, club training sessions, and inter-school competitions. When hosting events, it can be quickly transformed into a space for performances, ceremonies, or campus gatherings.

This multifunctional model can significantly increase the frequency of venue usage while also reducing the need for schools to build separate gymnasiums and auditoriums.

Supporting Campus Artistic Performances

Air Dome venues can be equipped with stages, large LED screens, professional lighting and sound systems, as well as detachable audience seating.

These facilities can be flexibly configured according to the scale of the event, making the venue ideal for campus literary and artistic performances, vocal competitions, dance shows, art exhibitions, graduation ceremonies, and large-scale conferences.

Sound-absorbing materials and professional acoustic designs can also be added to the venue to minimize echoes and noise and improve speech and musical clarity. Once events conclude, movable fixtures can be swiftly dismantled, allowing the venue to revert to its sports mode.

Providing All-Weather Sports Spaces

Air Dome venues are largely unaffected by weather conditions and can deliver a stable indoor environment for physical education and athletic training.

The interior space can be configured with zones for basketball, badminton, tennis, volleyball and other sports. Schools can also adjust the layout with movable facilities to meet the needs of different sports.

The integrated intelligent ventilation & climate control systems can regulate the indoor environment in real time, maintaining excellent air circulation and comfortable temperatures. This allows schools to schedule physical education classes, specialized training sessions, and sports events more reliably and consistently.

Improving Campus Space Utilization

Air Dome venues are lightweight and have relatively low foundation requirements. Depending on project conditions, they can be built on campus open spaces, existing sports fields, unused areas, or rooftops of buildings that meet the required load-bearing capacity.

This construction approach enables schools to make the most of existing space and lowers demand for additional land. Venues can also be customized to suit the unique requirements of each school.

Art academies can focus on staging, rehearsal, and audience-oriented facilities. Comprehensive universities can accommodate both sports events and large-scale campus activities. Primary and secondary schools can use the venues for physical education classes, club activities, artistic performances, and daily assemblies.

Faster and Lighter Construction Method

Air Dome venues are constructed through a combination of factory prefabrication and on-site installation. Compared with traditional concrete buildings, they require significantly less material, involve simpler on-site processes, and have a much shorter construction timeline.

The shorter construction timeline minimizes disruption to campus teaching and daily activities. The translucent membrane materials also take advantage of natural daylight, lowering demand for artificial lighting during daytime. The intelligent control system can adjust lighting and environmental systems based on actual venue usage, reducing unnecessary energy consumption.

Reshaping Campus Sports and Cultural Spaces

Air Dome venues are more than just indoor sports spaces — they can also serve as comprehensive shared spaces for sports, performances, physical education, and campus activities.

Leveraging column-free structures, modular facilities, intelligent environmental control and lightweight construction, schools can develop all-weather, multifunctional campus venues within constrained land and budget.

Looking ahead, Liri Air Dome will continue to explore the applications of air dome structures in universities, primary and secondary schools, and art academies, providing schools with more flexible and efficient spatial solutions for sports and performing arts.