The standards behind every serious quote.
Racking is structural engineering. These are the codes that decide whether your system passes audit, insurance and time.
AS 4084:2023 — The Australian Steel Storage Racking Standard, Explained for Buyers
What AS 4084.1:2023 (design) and AS 4084.2:2023 (operation) require, what changed from the 2012 edition, and how to verify a supplier's compliance before you buy.
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FEM 10.2.02 — The European Design Code Behind Almost Every Racking Quote
What FEM 10.2.02 actually governs — design methods, safety factors, beam deflection and testing — and why it appears in quotations from Europe to the Middle East to Asia.
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FEM 10.2.19 — The Design Code Written Specifically for Shuttle Racking
Shuttle systems impose loads and tolerances conventional racking never sees. FEM 10.2.19 is the dedicated design methodology — lane rails, fatigue cycles, tolerances and shuttle interface data.
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EN 15512 — How Racking Load Capacity Is Actually Determined
Design by calculation alone is not accepted for racking. EN 15512 defines the test-and-calculation regime behind every credible load table: component tests, connection tests and how to read a load chart.
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Seismic Racking Design — What Changes When Your Warehouse Is in an Earthquake Zone
Japan, New Zealand, Chile, Mexico, the Philippines: seismic design changes racking loads, anchors, bracing and documentation. What buyers in seismic zones must specify.
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