Truss Outrigger Legs

Truss Outrigger Legs are essential components for enhancing the stability and safety of large truss structures, especially in outdoor settings or when supporting heavy loads. Made from high-grade aluminum alloy or steel, these legs are designed to be compatible with various truss systems, offering the necessary support to prevent tipping or swaying.

Available in different lengths, outrigger legs can be tailored to fit specific truss sizes and configurations. They are typically secured using conical connectors or bolts, attaching directly to the truss base plates to ensure a secure connection. Some models feature adjustable height or angle settings, allowing for fine-tuning based on the terrain or structural requirements.

With a high load capacity, truss outrigger legs are ideal for use in outdoor stages, supporting large LED walls, or any heavy-duty truss setup where additional stability is crucial. The legs are available in both silver and black powder-coated finishes, ensuring they blend seamlessly with the truss system while providing robust support.

TÜV certification ensures that these outriggers meet stringent safety and reliability standards, making them a trusted choice for professionals in the event production and rigging industries. Whether you’re setting up a temporary stage or a permanent installation, truss outrigger legs provide the necessary reinforcement to keep your structure secure.

Specifications

Attribute Details
Material High-grade aluminum alloy or steel
Compatibility Designed for use with various truss systems
Length Options Available in various lengths to suit different truss sizes
Mounting Secured with conical connectors or bolted directly to base plates
Load Capacity Designed to provide additional stability for heavy loads
Adjustability Some models feature adjustable height or angle settings
Finish Available in silver or black powder-coated finishes
Usage Ideal for outdoor stages, large LED walls, and heavy-duty truss setups
Certification TÜV certified for safety and reliability