Retail Display Kitting: How POP and PDQ Displays Get Built and Shipped

Retail display kitting turns flat display shells, product and signage into finished POP and PDQ displays, then gets them onto pallets headed for the right stores. The warehouse receives every component, builds and loads each display to a bill of materials and the retailer's planogram, checks it, and ships it to the routing guide so it arrives before the store sets the display. KSP runs that work on a 50,000 sq ft kitting floor in the same building as its ecommerce order fulfillment, so a display program and your daily web orders draw from one inventory count.

What is retail display kitting?

A display program is three jobs that people tend to call by one name. A quote prices them separately, because each one takes different labor:

• Assembly builds the display itself: folding the corrugated shell, seating the shelves or trays, attaching the header card.
• Pack-out loads product into the built display to the approved planogram, so every facing and SKU position matches what the retailer signed off on.
• Kitting gathers everything one store needs into a single unit to a bill of materials: the loaded display, the signage, the set-up instructions and any parts that ship alongside it.

Gift sets, subscription boxes and multi-packs get kitted the same way as displays, and our guide to where kitting ends and fulfillment begins covers the general case. Displays add the store: a planogram (the diagram for displaying merchandise), a set date and a retailer who checks the delivery.

The display itself changes what the build looks like:

POP (point of purchase) is the umbrella term for any display placed where the shopper decides. PDQ ("pretty darn quick") refers to the small shipper trays that go from carton to shelf with no restocking.

How does a display program run, step by step?

Every display program follows the same sequence, whether it's counter units for a regional chain or a floor display in every store of a national one. Skipping a check early, like counting components at the dock, shows up later as a display short one SKU at the store.

1. Components come in from several suppliers. Display shells arrive flat from the display maker, product from your plant or co-packer, signage and header cards from a printer. At KSP each inbound shipment is counted and scanned against its ASN, and any discrepancy gets reported to you, so a short delivery surfaces at the dock instead of halfway through the build.
2. The bill of materials is set for each configuration. One BOM names the shell, the SKUs, the units of each, the header, the signage and the instruction sheet. A program with store-specific versions gets one BOM per version.
3. Crews assemble the displays and pack them out. Shells get folded and built, then loaded to the planogram. The finished display becomes its own SKU, so the count shows built units and leftover components separately.
4. Each display is checked against its BOM and planogram. Right SKUs, right counts, every facing filled, header attached, nothing crushed.
5. Displays are palletized to the retailer's routing guide. Pallet height, stretch wrap, carton labels, packing lists and placards all come from the guide. KSP writes those rules into the job before the build starts and verifies UCC-128 carton labels before cartons close.
6. Pallets ship to the DC or straight to stores. Freight leaves on LTL or truckload with the delivery appointment booked, and the advance ship notice goes to the retailer before the truck pulls out. KSP ships retail and B2B orders from 29 dock doors in the same building where the displays are built.

What retailer requirements shape the build?

The retailer writes most of the spec before the first shell gets folded. Read these documents before you approve a build schedule:

• The planogram. It fixes which SKUs go in which position and how many facings each gets, and the store sets the display against it.
• Store clusters. Large programs often split stores by size, region or fixture, and each cluster gets its own display version or kit, with its own BOM, labels and pallet count.
• Carton labels, pallet labels and placards. They tell the store's receiving team what arrived and which department it belongs to.
• Pallet build. The routing guide sets maximum pallet height, wrap and how cartons stack.
• Delivery window. A display that lands after the set date misses the promotion it was built for.

Most big-box retailers send purchase orders and expect ASNs over EDI. KSP runs both through SPS Commerce, and our EDI walkthrough shows how those documents move. A label that won't scan or an ASN that doesn't match the truck turns into a chargeback, which is why the guide gets read before the wrap goes on.

What does a large store rollout look like?

The same steps run at much larger scale on a store rollout. One KSP program had to land kits in 611 Target stores ahead of a fixed installation schedule: 8 SKUs, 20 kit configurations and more than 75,000 cartons.

Inbound came first. KSP coordinated with the import company to cross-dock and transport 20 truckloads, more than 800 pallets, to our fulfillment center, and made sure all eight SKUs were on hand so the assembly team kept moving. When containers were delayed in customs, KSP arranged hot-shot equipment to prevent downtime. Within four weeks of receiving the product, all 611 outbound pallets were built, averaging about 80 cartons each.

For store delivery, KSP set the stacking and wrapping configuration for LTL transportation, put an instruction manual in every kit, and applied 12 custom placards to each outbound pallet, three on each side, so each delivery reached the correct department and team at the store.

The program also produced about 25,000 overage cartons for the OEM's warehouse to support store-level reorders. Each carton was labeled with its part number, PO and quantity. Those pallets were built to routing requirements and kept under 50 inches, and KSP managed the appointments, schedule changes and delivery across 10 truckloads.

All 611 stores received their shipments on time, ahead of the installation schedule, with no damage or shortages. KSP completed the work without securing additional warehouse space or leasing rental trailers.

A display program with PDQ trays or floor units in place of kits runs on the same parts: one BOM per configuration, inbound tracked by supplier, store-level pallets built to the guide, and overage planned before the last pallet ships.

How far ahead should you plan a display build?

Work backward from the store set date. The retailer's delivery window sets the latest ship date, the ship date sets when the build has to finish, and the build can't start until every component is on the floor. Four things stretch that timeline:

• Component lead times. Display shells and printed signage come from outside suppliers on their own schedules, and the build waits on the last one to arrive.
• Configurations. Each store-specific version adds a BOM, a check and a separate pallet count.
• Store count and delivery waves. A national program that ships to every store in one window needs more pallets ready at once than one shipping in regional waves.
• Sign-off. The first built unit should be approved before the full run starts. Changes after that point mean rework.

Give your kitting partner the display count, the configurations and the set date at the start. KSP confirms capacity against those numbers before anything goes on the production schedule. For scale, the 611-store rollout above went from received product to every outbound pallet built in four weeks.

What should you ask a kitting partner before a display program?

Ask these before you sign a display program, and get the answers in writing:

1. Where does the build happen? A partner that builds and ships from the same building avoids a transfer between a co-packer and a warehouse and split inventory.
2. Who reads the routing guide, and when? The answer should be someone on their team, before the build starts.
3. Will you build a sample for sign-off? A sample unit lets you check the planogram and count the assembly steps before the full run is priced.
4. How do you track store-specific versions? Each version needs its own BOM and its own labels.
5. What happens when a component arrives short? Ask for a real example of a late inbound and how they kept the line running.
6. Where does overage go? Leftover displays and cartons for store reorders need a home and a label plan.

KSP has built more than 20.9 million kits and runs at 99.999% order accuracy across 32.1 million orders, with display builds and store shipping on the same floor as the rest of your inventory.

Frequently asked questions