All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(238 products available)
Ready to Ship
Aluminium outrigger truss is a structural support framework commonly used in construction, events, and engineering for hoisting, lighting, and more. Available in various designs and configurations, each aluminium truss serves a specific purpose and weight-holding capability.
Box truss
Box trusses comprise three rectangular profiles welded together to form a lighter, stiffer, more substantial shape, ideal for weight-bearing overhead applications like roofs and stages. The enclosed design evenly distributes weight across all sides, increasing stability and decreasing deflection under loads. Box trusses are widely used in theatrical rigging, roof supports, and large event staging structures where high loads and strength are required.
Triangle truss
Triangle trusses feature three triangular profiles, which effectively distribute energy through each joint, making them sturdy yet lighter than box trusses. Their open shape, triangular form, and low wind resistance make them ideal for roofs, towers, and other temporary structures. Triangle trusses are popular in lighting grids, exhibition stands, and concert stages where balance and stability are crucial.
Square truss
Square trusses are constructed of four rectangular profiles joined at the corners. This simple, open connection style lets the truss freely rotate, making it lightweight. Square trusses are versatile for hanging lighting and displays above stages or events. They are often organized in grids or box shapes for more rigidity and used in event exhibition stands, fairs, and concerts.
Circular truss
A circular truss features steel tubing bent into circles, ideal for archways, rings, and ceiling grids due to even load sharing around its perimeter. Its symmetrical geometry distributes weight uniformly, enhancing stability for hanging fixtures on all sides. Circular trusses are renowned in celebration decorations, light displays, and architectural canopies where balanced support and dynamic design are essential.
Fan truss
Fan trusses, comprising triangular profiles connected radially, combine ample open area with sturdy design, perfectly suiting lighting rigs above audience areas. The fan shape efficiently shares loads to the centre, reducing bending and sway. Fan trusses excel in concerts, theatre shows, and events by uniformly distributing weight for overhead lighting and other equipment while leaving space below for movement and setup.
Aluminium truss systems provide crucial support and stability across various applications. Their primary function is to bear and distribute load, whether from lighting, speakers, banners, or architectural elements. The triangular or box shapes efficiently handle tension and compression forces, making them ideal for dynamic and static loads. By forming stable frameworks that resist bending and swaying, trusses enable safely hanging or supporting heavy items in event production, construction, and outdoor displays. Their modular design also allows flexibility in building systems that can be easily assembled, adjusted, and reconfigured for differing needs, from portable stages at concerts to roofing supports in warehouses.
Key features of aluminium outrigger trusses that make them highly valued for events and commercial use include:
The design of aluminium trusses is critical to their performance, safety, and visual appeal. Engineers use principles of structural analysis to create trusses that efficiently handle specific loads while remaining lightweight. Common designs include triangular shapes, box profiles, and circular forms, each suited for various applications like roofing, stages, and displays.
Connection methods, such as welding and bolting, are carefully chosen to maintain structural integrity while allowing for the modular assembly. Surface finishing options like powder coating provide aesthetic value and protect against corrosion. Designers also consider the ease of transport and installation, ensuring that components can be efficiently handled at the event sites or construction zone. Building information modelling (BIM) and CAD assist in optimising designs and providing 3D visualisations for planning.
Aluminium outriggers apply in diverse scenarios across events, engineering, and architecture, serving as robust frameworks for hanging, supporting, and displaying
Concerts and Live Events
At concerts and live events, aluminium trusses create extensive overhead rigging for stage lighting, sound systems, and video equipment. Their strength keeps heavy gear suspended without excessive flexing or swaying, offering optimal viewing for audiences while assuring the production staff's safety. Quick assembly/disassembly permits efficiency in touring shows across venues with different spatial characteristics.
Trade Shows and Exhibitions
In exhibitions, trusses construct dynamic booths and aerial displays for branding and products. Sponsors' interests are captured by factory-placed lighting and banners, impressing potential clients. Their modularity permits custom designs adaptable to assorted hall sizes. Quick building for multiple displays also ensures designs are eye-catching yet stable.
Theatre Productions
In theatre, trusses form part of complex stage designs, suspending backdrops, lights, and rigs. They support intricate, heavy set pieces safely, enhancing production value. Their precision lets shifting scenes quickly without instability. Endurance outdoors means use for front-of-house lighting in al fresco acts, maintaining performance.
Advertising Displays
Aluminium trusses are often applied in large-scale advertising displays, such as billboards and banners. Due to their strength and light weight, they are easily positioned in storefronts, arenas, or open-air celebrations. Trusses hold up vibrant designs, catching interest, frequently employed temporarily for promotional campaigns.
Architectural Applications
Aluminium trusses are also popular for roofing systems, architectural facades, and temporary structures like event marquees. For outdoor stalls, alert shelters, and ceiling grids, circular trusses are ideal for lightweight, durable, and weatherproof enclosures. They balance beauty and function, evoking modern design while reliably resisting forces.
Selecting the appropriate aluminium truss system requires careful consideration of several important factors. These include the specific use-case scenario, load-bearing capacity, design requirements, and budget. Assessing the venue size and configuration helps ensure the truss fits spatially and can effectively support lighting and visual displays.
Load capacity is critical; the truss must handle projected weights from lighting, audio, and video equipment without compromising safety. Working with an experienced provider helps to choose the right type of truss, such as triangular, box, or circular, suited to performance needs. Providers can also advise on premium-quality yet affordable options. Lastly, modular designs facilitate easier assembly and transport, which is beneficial for event series or touring purposes. Considering these elements leads to selecting a well-performing durable truss that meets both functional and aesthetic requirements.
A1: Aluminium trusses are typically used in concerts, exhibitions, theatre performances, outdoor events, and architectural installations to create structures for lighting, speakers, and other equipment.
A2: Aluminium's high strength-to-weight ratio, corrosion resistance, and versatility make trusses lightweight, durable, and easy to transport, ideal for indoor and outdoor uses.
A3: The truss's design, materials, and configuration, along with engineered standards for safety, inform the load capacity, which accounts for dynamic and static weights of suspended items.
A4: Aluminium trusses are modular, connecting via quick bolts or pins, permitting fast, simple assembly and disassembly, suiting events requiring mobility and repositioning.
A5: Truss systems are protected from corrosion with anodised finishes or powder coating, hindering moisture and chemicals that would otherwise oxidise metal and degrade structure.
