Cantilever Racking
Cantilever racking uses horizontal arms projecting from vertical uprights with no front columns, making it suited to long or irregular loads such as pipes, bar stock, sheets and timber. It differs from heavy duty pallet racking, whose front beams and bays limit load length. Selection is based on arm length and vertical spacing, single- or double-sided configuration, documented per-arm and system load ratings, and floor conditions.
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About this category
Cantilever racking is a storage system based on the cantilever arm principle: horizontal arms project from vertical uprights with no front obstructing support between the arms, allowing storage of long items or irregularly shaped objects. Models differ between single-sided configurations where arms project in one direction from the upright, and double-sided configurations where arms project in both directions to maximize use. Models vary in arm length, vertical arm spacing, upright dimensions and the design of rear bracing and bases. Documented load rating per arm varies between models, and total system capacity cannot be inferred from individual arm capacity: these are distinct values defined in the manufacturer's documentation. Compatibility between the target loads and arm configuration must be verified in length and spacing terms. Foundation interface, base configuration, anchoring requirements and structural loading are system- and project-specific engineering attributes defined by the applicable rack design and project documentation. This category differs from heavy-duty pallet racking that uses front beams, from light-duty shelving and from mezzanine shelving. Industrial buyers select cantilever racking based on load type and dimensions, required arm length, documented load rating, side configuration and floor conditions.
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Cantilever racking is a storage system based on the cantilever arm principle: horizontal arms project from vertical uprights with no front obstructing support between the arms, allowing storage of long items or irregularly shaped objects. Models differ between single-sided configurations where arms project in one direction from the upright, and double-sided configurations where arms project in both directions to maximize use. Models vary in arm length, vertical arm spacing, upright dimensions and the design of rear bracing and bases. Documented load rating per arm varies between models, and total system capacity cannot be inferred from individual arm capacity: these are distinct values defined in the manufacturer's documentation. Compatibility between the target loads and arm configuration must be verified in length and spacing terms. Foundation interface, base configuration, anchoring requirements and structural loading are system- and project-specific engineering attributes defined by the applicable rack design and project documentation. This category differs from heavy-duty pallet racking that uses front beams, from light-duty shelving and from mezzanine shelving. Industrial buyers select cantilever racking based on load type and dimensions, required arm length, documented load rating, side configuration and floor conditions.
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