Athletic Connection VIP 10-Row 27' Bleachers with Fence, No Aisle (Seats 180) – 1135268

Product Description:

The Athletic Connection VIP 10-Row 27' Bleachers are engineered for maximum spectator capacity, safety, and long-term performance. This premium bleacher system seats up to 180 spectators across 10 rows and does not include a center aisle, allowing for full-length, uninterrupted seating. Constructed with 2" x 10" anodized aluminum seat planks, the unit resists discoloration and wear for a polished, professional look. Every row is equipped with dual foot planks and full-width risers to ensure structural integrity and user safety. This model features a 27-foot span and includes your choice of standard fence railing or vertical picket railing for crowd control and elevated security.

Key Features:

• Seating Capacity: Accommodates up to 180 spectators.

• High-Capacity Design: 10-tier bleacher layout over 27 feet in length.

• Durable Construction: 2" x 10" anodized aluminum seat planks resist fading and wear.

• Safety First: Includes double foot planks and risers on every row.

• Fence Railing Options: Choose between standard fence railing or vertical picket railing.

• No Aisle Configuration: Maximizes available seating space with uninterrupted rows.

• Heavy-Duty Frame: Made from fully welded aluminum angle for long-lasting stability.

Specifications:

• Dimensions: 27 ft. L x 10 rows high

• Seating Capacity: 180 people

• Material: Anodized aluminum seat planks; double mill-finished foot planks and risers

• Frame: 100% welded aluminum angle

• Safety Features: Includes choice of fence railing; no central aisle

• Warranty: 5-Year Limited Warranty

Additional Notes:

• Perfect for Stadiums and Event Venues: Built for large-scale audience environments.

• Assembly Required: Comes with complete hardware and installation instructions.

• Compliance: Meets or exceeds public bleacher safety codes and guidelines.

Choose the Athletic Connection VIP 10-Row 27' Bleachers for maximum seating, safety, and reliable performance in high-traffic environments.