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Warehouse & Logistics Equipment Price Escalation: PPI by Type

Split warehouse equipment by type: conveyors index to PCU333922333922, forklifts and industrial trucks to PCU333924333924, overhead cranes and hoists to PCU333923333923. All three are real BLS series. Racking and structure run on steel (PCU331110331110), separate from the equipment itself.

How to structure this contract

  1. Split by equipment type. Conveyors, forklifts, overhead cranes, and racking each have their own cost driver.
  2. Index each type to its own series. Each equipment category maps to a distinct, real BLS series.
  3. Weight to the actual equipment mix. Adjust starting weights to the contract's real bill of materials.
  4. Flag proxy series explicitly. Name any series that is a general proxy, not equipment-specific.

Split by equipment type

A warehouse fit-out contract usually bundles several different kinds of equipment: conveyor systems, forklifts, overhead lifting equipment, and structural racking. Each has its own cost driver. Price each separately rather than blending them into one number.

Equipment Benchmark Note
Conveyor and conveying systems PCU333922333922
Forklifts and industrial trucks PCU333924333924 (Industrial Truck, Tractor, Trailer, and Stacker Machinery Mfg)
Overhead cranes and hoists PCU333923333923 (Overhead Traveling Crane, Hoist, and Monorail System Mfg) Same series used for port cranes in the maritime guide, a general lifting-equipment index, not warehouse-specific
Structural steel and racking PCU331110331110
Automation and control systems PCU334511334511 (proxy) Closest available proxy, not a dedicated warehouse-automation index

A worked composite for a fit-out contract

Component Starting weight
Conveyor systems 30%
Forklift fleet 20%
Overhead cranes and hoists 15%
Structural steel and racking 25%
Automation and controls 10%

These are illustrative starting weights. Adjust to the contract's actual equipment mix before signing.

A worked example

A $3,000,000 warehouse fit-out, weighted per the table above, sees conveyor pricing rise 8% and steel rise 5% over the review period, with the rest flat. Conveyor systems contribute 30% × 8% = 2.4 percentage points, structural steel contributes 25% × 5% = 1.25 points, for a combined adjustment of about 3.65% of contract value, roughly $109,500. A single blended "warehouse equipment" index would not show which component actually drove that number.

The overhead crane index is a proxy, say so

PCU333923333923 covers overhead lifting equipment broadly, used across warehouses, factories, and shipyards. It is real and usable, but it is not built specifically for warehouse cranes. Naming that clearly in the contract, the same way the maritime guide does for port cranes, avoids a dispute later over whether the index actually matches the equipment bought.

Live index data

Related reading

How do you calculate a steel price escalation clause using the PPI?

A steel PPI escalation clause compares a current-period Producer Price Index value for a named steel series to the value at contract signing (the base period), turns that into a ratio, then applies the ratio to the contract price or affected line items. Clauses typically define the exact BLS series code, an averaging window, a publication lag, and a cap limiting the maximum adjustment.

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What is price escalation in a construction contract?

Price escalation in a construction contract is a clause that adjusts the contract price for movements in the published price of a named material, fuel, or labor cost after the bid. It shifts material-price risk from the contractor to the owner, within a defined base period, formula, and cap.

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See this calculated automatically

Escalake tracks the index, applies the formula, and gives both sides a number they can confirm, no spreadsheet required.