AURA SLAT STADIUM CHAIR

The Aura Slat Stadium Chair reinterprets the classic American baseball stadium chair with modern performance and comfort. Its updated design introduces ergonomic and functional improvements while preserving the character that made this seating style iconic. As a result, the seat delivers lasting comfort, strength, and durability for sports and entertainment venues.

Instead of traditional steel and wood, the Aura Slat uses aluminum and blow-molded plastic. This material shift improves durability while maintaining the familiar look and personality of the original concept. The seat and backrest use high-density polyethylene, which offers excellent resistance and enhanced comfort. The backrest echoes the appearance of wooden slats, while the seat features a smooth, continuous surface shaped for ergonomic support.

Cast aluminum side feet provide the primary structural support and feature a durable epoxy powder coating. The seat connects through a continuous axis integrated into the base and folds smoothly on ball joints fixed to the side feet. Gravity controls the folding motion, allowing silent operation without the need for ongoing maintenance.

USES AND APPLICATIONS

With a backrest height of 85 cm, the Aura installs at widths of 48.5, 51, 53.5, 56, and 58.5 cm. This range supports virtually any venue layout. When folded, the seat depth measures just 30.6 cm, which helps maintain wide circulation aisles between rows.

The seat installs individually or with shared armrests and mounts to floors or steel and concrete grandstand risers. In addition, it supports several accessory options to enhance usability and comfort.

Available options include:

• Individual or shared armrests
• Armrests with integrated cup holders
• Cup holders mounted to the backrest
• Upholstered seat and backrest cushions
• Seat and row numbering

SUSTAINABLE DESIGN

The Aura supports upholstery woven from recycled PET polyester yarns. Every component can be recycled independently, helping reduce environmental impact and support a closed materials lifecycle.