

Showing 1 - 12 of 12 results




Concert barriers are used by event, venue, and operations teams managing front-of-stage areas where crowd pressure, access flow, and line continuity affect the setup.
This category applies when sustained crowd movement near the stage creates operational risk, and standard barrier layouts no longer fit how the project behaves. It exists to help you choose the right concert stage barrier based on crowd pressure, access, and layout conditions.


Different concert barrier configurations manage pressure distribution, access points, and line continuity differently. The right setup depends on how pressure builds across the barricade line and where controlled access is required during the show.


Concert stage barriers are selected over standard metal barricades when front-of-stage conditions introduce operational limits that standard systems are not designed to handle. Key differences include:


|
Stage barriers are designed to manage sustained forward crowd pressure across connected sections. |


|
Concert barricades allow controlled entry without breaking the barricade line. |


|
Concert barriers maintain structural alignment under active crowd movement. |
These differences matter when the barricade must perform as a pressure-management system, not just a space-defining barrier.




|
The Straight Concert Barricade handle direct crowd pressure along uninterrupted front-of-stage lines. |


|
Use the corners when the barricade line need to change direction while keeping pressure continuity. |


|
When needing controlled access inside active pressure zones without weakening the barrier line add the Hinged Gate Barricade. |


|
Designed to adapt barricade corners where pressure remains active along both lines. |


|
Used to move the barricades from one location to another, or store them away when not in use. |


1. Which concert barricade configuration is best for front-of-stage crowd pressure?
A: Configurations built from load-tested, interlocking straight sections are used where crowd pressure is sustained across the barricade line. Additional sections are added only where layout or access conditions require them.
2. When should corner sections or hinged gates be added to a concert stage barrier setup?
A: Corner sections are added when the stage layout is angled or non-linear. Hinged gates are added when controlled access for security, crews, or performers is required without interrupting pressure distribution.
3. Are concert barriers interchangeable with standard metal barricades?
A: Concert barricades are selected when the setup must manage front-of-stage pressure with integrated access. Standard metal barricades are used where those conditions are not present.
4. Which features matter most for high-traffic or multi-day events?
A: Modular connections, integrated steps, cable path sections, and section compatibility matter most when the concert barricade layout must remain reliable across repeated use and configuration changes
5. What role does third-party testing play in concert barricade selection?
A: Concert stage barriers tested by Clark Testing Services are often selected when configurations must validate crowd-load performance under real pressure conditions. Third-party testing helps confirm whether a barricade setup is appropriate for front- of-stage use, especially in professional venues and touring environments.


Concert barrier systems are designed to distribute front-of-stage crowd pressure across connected sections while maintaining access and line stability.
The StageGuard A-100 concert barricade is tested and certified by Clark Testing Services under the Green Guide Section 11 proof-cycle test and approved by the Live Nation Global Security Team. This validation confirms its ability to perform under real-world crowd pressure in professional live event environments.


These resources help validate which concert barricade configuration fits front-of-stage pressure, access requirements, and performance expectations, without introducing product-level decisions.


|
Use this comparison when material choice affects handling, weight, or crowd-load performance. This guide outlines how steel and aluminum barricades behave differently under pressure, helping narrow material selection based on operational needs. |

