Solton FLC 82

Solton FLC 82 – a flying frame for RB 82 line array clusters, the large version rated for stacks of up to 16 modules. An engineer building a large RB 82 cluster for a festival or arena show has two problems to solve at once: load capacity across a dozen-plus modules, and precise, repeatable curvature of the box array. RB 82 already has factory-integrated rigging with 0° to 12° angle adjustment between adjacent cabinets, but it's the FLC 82 frame that ties the whole cluster into one load-bearing structure and transfers it to a single rigging point.

Clusters of up to 16 modules on one load point

The large frame version comfortably handles a cluster of up to 16 RB 82 systems, covering most outdoor and arena applications without adding a second suspension point or splitting the cluster into two independent hangs. For the rigger, that's one structural calculation instead of several; for the crew, it's one set of chains to lift rather than a distributed structure.

Cluster curvature with 1-degree precision

The precision-machined rigging hardware lets you set the angle between each pair of RB 82 modules in 1-degree steps, giving a repeatable match between array curvature and room geometry – from steep coverage of the near field to a flatter throw into upper seating. Load-in moves quickly because the cluster's geometry is set module by module, without hand-fitting each connection at every show.

KEY FEATURES

• Flying frame for RB 82 clusters (large version)
• Cluster load capacity of up to 16 RB 82 modules
• Inter-module angle adjustment from 0° to 12°
• 1-degree adjustment steps for precise curvature control
• Single load point for the entire cluster
• Fast load-in through modular rigging geometry

TECHNICAL SPECIFICATIONS

• Purpose: flying frame for Solton RB 82 (large version)
• Operating mode: flying (suspended)
• Maximum cluster size: up to 16 RB 82 modules
• Angle adjustment range: 0–12° between modules, 1° steps
• Material: steel
• Compatible systems: Solton RB 82 (the FCR 82 frame is available for smaller clusters of up to 6 modules)