A Step-by-Step Guide to Creating a Retail Planogram

Walk into any well-run supermarket and look closely at the shelves. The biscuits sit together, the eye-level slots hold the bestsellers, and nothing feels accidental. That order is the work of a planogram-a detailed visual schematic that maps exactly where and how every product should sit on a shelf or fixture. A planogram specifies which shelf a product occupies, how many facings it gets, in what sequence, and at what height, turning shelf space from guesswork into a measurable strategy. This guide breaks down the full process of building one, from the software that powers it to the seven steps that take a planogram from an idea to a stocked, selling shelf.

Why planograms now run on software
The seven-step planogram creation process
Step 1: Define the object
Step 2: Decide what it must contain
Step 3: Fix the purpose
Step 4: Identify the key factors and components
Step 5: Design the layout
Step 6: Implement in the store
Step 7: Follow up and update
What separates a working planogram from a pretty one

Why planograms now run on software

Planograms were once drawn by hand, with merchandisers measuring shelves and sketching layouts on paper. Today’s tools offer data-driven solutions that automate and optimize shelf space planning, incorporating advanced analytics, 3D visualization, and AI for more accurate and efficient plans. The shift matters because it changed both the speed and the scale of merchandising. A layout that once took weeks to roll out across a chain can now be designed, modified, and distributed to thousands of stores in hours.

Three names come up repeatedly in this space. JDA, now part of Blue Yonder, is a widely used platform that automates planogram creation based on predefined rules and retail strategies, integrates analytics on customer buying patterns, and offers 3D views of shelf layouts. Visual Retailing serves brands that want to model store environments before a single shelf is built. Shelf Logic took a different route-founded in 1995, it pioneered an affordable way for smaller companies to plan shelves and sell to large retail chains that demand planograms from their suppliers.

What ties these tools together is a shared promise: the right products, in the right quantities, in the right place, for each specific store. Modern systems carry a product library with detailed specifications for every item. A good product library holds packaging type and dimensions, facings, storage conditions, shelf life, suggested categories, and commodity neighbourhood for each SKU, so the software can size and position items accurately rather than relying on a designer’s eye alone.

The seven-step planogram creation process

Building a planogram is not a single action. It is a structured sequence where each stage feeds the next. The framework below moves logically from intent to execution and back to review. Many retailers confuse shelf space optimization with shelf planning alone, but in reality it has two layers: HQ-level planning where merchandisers design planograms based on data, and store-level execution where the plan is actually carried out. The seven steps cover both.

Step 1: Define the object

Before opening any software, answer one question: why is this planogram being made? The core object is to provide a user-friendly layout that guides customers smoothly through a section and maximises sales. A clear object keeps every later decision anchored. If the goal is to push a new product line, the layout will look different from one designed to clear seasonal stock. Without a defined purpose, a planogram becomes a tidy shelf that sells no more than a messy one.

Step 2: Decide what it must contain

A complete planogram has two non-negotiable parts: a visual schematic and a product listing. The schematic is the diagram a store associate looks at; the listing is the data behind it. To execute a planogram correctly, a merchandiser reads it across coordinated views-a front view showing facings and brand blocks, a fixture view showing shelf heights and depths, a product view showing packaging and barcodes, plus a master SKU list. Together these remove ambiguity, so the person stocking the shelf interprets it exactly as the designer intended.

Step 3: Fix the purpose

The object explains why you are building it; the purpose defines what success looks like in measurable terms. For most planograms, that purpose is optimal space utilisation for increased profit. Every centimetre of a shelf carries a cost, so the plan should earn its keep. Shelf space optimization is data-driven and execution-focused-it considers sales velocity, margins, SKU roles, customer shopping patterns, and store constraints to determine the most effective layout. A planogram that looks neat but allocates prime space to a slow mover has failed its purpose, however attractive it appears.

Step 4: Identify the key factors and components

A professional planogram is built from a few essential components. The first is a cover page that identifies the category, store type, and effective date. The second is the schematic diagram itself. A schematic planogram is designed to give an easy-to-understand layout for implementation in the field, particularly by stock clerks and store employees, simplifying the broader positioning of sections, categories, and key product placements.

The third component is the SKU listing with UPC codes, and this is where precision lives. Planograms include labels with detailed product information: SKU and UPC codes for identification, plus brand and category info for organising products. A useful SKU table records the product name, brand, package size, the UPC code, the quantity to display, and pricing. This list doubles as a compliance checklist-a field merchandiser can scan every barcode on the shelf against it to confirm the right items are present in the right numbers.

Step 5: Design the layout

This is the stage where space management software does its work. The design phase uses the tool’s measurement engine for precise product sizing and positioning, so items fit their slots without overhang and facings are counted correctly. Good design follows established placement logic rather than instinct. The most familiar principle is that eye level is buy level-the zone roughly between 122 cm and 152 cm sits directly in a shopper’s eyeline, so it is reserved for premium, higher-margin products.

Height is only one axis. Logical flow matters just as much. Strong planograms follow a clear product flow-category, then sub-category, then brand, then variant-so shoppers navigate the shelf without conscious effort, while adjacent products reinforce each other, like biscuits placed near tea. Lower shelves carry their own logic too. Touch level, around 0.9 to 1.2 metres, is where products sell best to children, which is why sugary cereals and sweets are often placed at a child’s eyeline rather than an adult’s. The software lets a designer test these arrangements virtually before committing a single carton to a real shelf.

Step 6: Implement in the store

A planogram only earns money once it leaves the screen. Implementation is carried out by a store team that uses the schematic as a step-by-step guide, matching each SKU to its slot and counting facings against the plan. This is also where many planograms quietly fail. A study by Cognizant found that over 50% of product categories fail to follow the intended planogram, leading to significant revenue losses.

The gap usually opens between head office and the shop floor. HQ teams may design detailed planograms, but store-level execution often varies due to time constraints, staff turnover, or lack of clarity, which disrupts the customer experience and weakens the strategy. The fix is to make the schematic clear enough that any associate can follow it, and to verify the result. Mobile devices and shelf cameras can capture real-time images, helping managers verify compliance and direct quick corrections when needed.

Step 7: Follow up and update

A planogram is a living document, not a one-time exercise. Products get discontinued, new variants launch, festive ranges arrive, and sales data shifts. Follow-up means revisiting the plan on a schedule and refreshing it to reflect these changes. Using a planogram allows a retailer to collect valuable data about how products and displays perform at the store level, and that feedback loop is exactly what step seven exists to capture. A new product with no allocated slot has no chance of selling; a discontinued item left on the plan wastes prime space. Regular reviews keep the shelf aligned with reality.

What separates a working planogram from a pretty one

The difference between a shelf that merely looks organised and one that drives sales comes down to discipline at every step. A planogram that skips the data and leans on aesthetics will place the wrong SKU at eye level. One that nails design but is poorly executed leaves head office wondering why a strategy underperformed. Effective optimization considers how packaging, placement, and shelf flow work together, with visually distinct packaging used to attract attention at the right height.

The components reinforce this discipline. The cover page sets context, the schematic guides execution, and the SKU listing with UPC codes makes compliance checkable rather than a matter of opinion. When used skilfully, planograms help retailers use store space more efficiently, increase customer satisfaction, and support clear, attractive displays that tap into shopper psychology and drive impulse purchases. That last point is significant-a large share of in-store decisions are made at the shelf itself, which is exactly why the shelf deserves this much planning.

The software keeps getting smarter, but the underlying logic stays constant. Modern planogram tools can determine profitability, turnover, and days of supply, analyse sales at the store or planogram level, and identify each category’s space and profit contribution. Even so, the seven-step framework is what gives those numbers a purpose. Define the object, decide the contents, fix the purpose, assemble the components, design with placement rules, implement carefully, and follow up relentlessly. Do all seven well, and a shelf stops being storage and becomes a quiet, reliable salesperson.

What do you think? If you had to choose, which of the seven steps do you believe retailers neglect most often-the data-driven design at head office, or the day-to-day execution on the shop floor? And how would you redesign the cereal or snacks aisle of a store you visit regularly if profit per shelf-centimetre were your only goal?

References

PDF 📄

A Step-by-Step Guide to Creating a Retail Planogram

Table of Contents

Why planograms now run on software 🔗

The seven-step planogram creation process 🔗

Step 1: Define the object 🔗

Step 2: Decide what it must contain 🔗

Step 3: Fix the purpose 🔗

Step 4: Identify the key factors and components 🔗

Step 5: Design the layout 🔗

Step 6: Implement in the store 🔗

Step 7: Follow up and update 🔗

What separates a working planogram from a pretty one 🔗