About the The Light Source Mega-Truss Pick, GLOBAL Mega-Truss Pick for 11.4375 Truss, Black
The Light Source GLOBAL Mega-Truss Pick for 11.4375 Truss Black is a professional‑grade rigging pickup device engineered to facilitate secure suspension of 11‑7/16″″ Global, Prolyte, or similar metric‑spaced truss systems used in staging, lighting, and live event production. This truss pick is machined from high‑strength aluminum and finished in black anodized to provide both corrosion resistance and a subdued, non‑reflective appearance — ideal for use on stage or overhead installations where aesthetic and durability both matter. The pickup’s geometry is notched to sit precisely beneath the diagonal bracing found in European style truss, allowing it to engage the structural chords without interfering with the main load‑bearing members.
Functionally, this Mega‑Truss Pick serves as a rigidity‑optimized attachment point between the truss and suspension hardware such as shackles, chain hooks, or powered hoists. It wraps securely around the truss tube using pivoting clamping links and hardware, creating a positive mechanical interface that helps prevent unwanted movement or rotation once installed. Because it’s specifically designed to fit the spacing and tube size of 11‑7/16″ Global truss, it achieves a more precise and secure fit than generic pickups, reducing play and maximizing stability under load.
With a 1 ton working load limit, this pickup is capable of supporting substantial truss weight — and it also provides attachment points above and below the truss for additional suspended loads when properly rigged. Its relatively lightweight design (approximately ~4 lbs) makes it manageable for rigging crews during setup and teardown, yet its rugged construction stands up to the repetitive demands of touring, rental, and production use. Because all truss components and rigging hardware must be specified and installed according to manufacturer load tables and safety practices, this Mega‑Truss Pick is a reliable tool when integrated into engineered structural systems.