Planogram Compliance & Gondola Shelving
How gondola shelving design affects planogram compliance: shelf depth selection, slot spacing, TL vs DL, and fixture choices that simplify resets.
A planogram written for a 19in shelf cannot execute correctly on a 22in fixture gondola specification errors create planogram compliance problems that persist for the life of the fixture.
- Shelf depth must match planogram depth specifications a 19in planogram cannot execute on a 22in shelf without wasted space that creates facing ambiguity
- Slot spacing: Lozier 1in slot spacing gives maximum flexibility for planogram height adjustments without ordering new components
- TL vs DL selection: TL shelves are correct for planograms specifying flat product display; DL for forward-facing and gravity-feed specifications
- Shelf count per section must accommodate the planogram's specified shelf heights verify section height supports the planogram's shelf count before ordering
- Consistent section widths within a run allow planograms to specify facing counts that apply across every section without adjustment
- Back panel type affects planogram compliance for hanging product pegboard planograms require pegboard panels, not solid or slotwall
Planogram compliance in retail depends partly on product decisions and partly on fixture decisions. When a planogram specifies shelf heights, depths, and facing counts that do not match the installed fixtures, compliance is impossible regardless of how carefully staff executes the reset. Gondola specification errors in the original fixture order create compliance problems that persist for the life of the fixture.
Shelf Depth and Planogram Execution
Shelf depth is the most common point of mismatch between planogram specifications and installed fixtures. A planogram written for a 19in shelf specifies facing counts and shelf positions that fit a 19in product run. If the installed shelves are 22in, the front facings are correct but there is excess depth behind the product staff must decide whether to push product forward or leave it at the back. This ambiguity accumulates into facing inconsistency across resets. Specify shelf depth to match the planogram depth specification for each section, not the maximum depth that could accommodate the category.
Slot Spacing and Height Flexibility
Lozier uprights use 1in slot spacing, meaning shelf height can be adjusted in 1in increments without ordering new components. This is the correct specification for any store with active planogram programs planograms change shelf heights to accommodate new product and seasonal rotation. Fixed-slot gondola systems that accept only certain shelf heights are a compliance liability in a planogram-driven environment. Specify 1in slot spacing uprights across the entire installation, not just in sections you expect to reset frequently.
TL vs DL Shelf Selection for Planogram Accuracy
TL (flat) and DL (downslope) shelves are not interchangeable for planogram purposes. A planogram specifying flat product display cannot execute correctly on a DL shelf round bottles roll, boxes slide, and facing alignment is impossible. Conversely, a gravity-feed planogram for a DL shelf will not execute on a TL shelf because the forward-feeding mechanism depends on shelf tilt. Specify shelf type per section based on the planogram specification for that section, not on a store-wide default.
Section Width Consistency
When a planogram specifies facing counts, those counts assume a consistent section width across every section in the run. Mixing 36in and 48in sections within a single run breaks planogram facing counts at every transition a planogram written for 48in sections specifies more facings per shelf than a 36in section can accommodate. Within a single run, section width should be consistent from end to end. Mixing widths in different runs is acceptable; mixing widths within the same run requires planogram adjustments at each transition point.
Back Panel and Peg-Hook Planograms
Planograms for peg-hook product categories specify pegboard or slotwall back panel positions. Installing solid back panels in sections specified for peg-hook display eliminates an entire category's planogram position. Verify back panel type matches the planogram requirement for each section before ordering back panels installed in a section cannot be changed without removing and reinstalling the entire back panel assembly.
Compatible Products
- TL and DL Shelves specify depth and type per planogram requirement
- Uprights 1in slot spacing for planogram height flexibility
- Island Sections consistent section width within runs for planogram facing accuracy
- Wall Sections with pegboard or slotwall back panels for peg-hook planograms
Specifying gondola for a planogram-driven store? We verify shelf depths, section widths, and back panel types against your planogram specifications before delivering a component list. Free with qualifying orders.
Get a Planogram-Matched Layout DesignFrequently Asked Questions
How does gondola shelf depth affect planogram compliance?
Shelf depth must match the planogram's specified depth. A planogram written for a 19in shelf specifies facing counts and shelf positions that fit the 19in product run. Installing 22in shelves creates excess depth behind the product, which accumulates into facing inconsistency across resets as staff make inconsistent decisions about whether to push product forward. Always specify shelf depth to match the planogram requirement for each run, not the maximum depth that could theoretically accommodate the category.
What slot spacing should gondola uprights have for planogram programs?
Specify 1in slot spacing uprights for any store with active planogram programs. Lozier uprights use 1in slot spacing, allowing shelf height adjustment in 1in increments without ordering new components. Fixed-slot gondola systems that accept shelves only at preset heights create compliance problems when planograms specify shelf heights that fall between fixed slot positions. The 1in slot system is the correct specification for planogram-driven retail environments.
Can I use TL and DL shelves interchangeably in a planogram-driven store?
No. TL (flat) and DL (downslope) shelves are not interchangeable for planogram purposes. Planograms specify shelf type for a reason flat product display executes on TL shelves, gravity-feed and forward-facing display requires DL shelves. Specifying the wrong shelf type means the planogram cannot execute correctly regardless of how carefully staff follows it. Specify shelf type per section based on the planogram requirement, not a store-wide default.
Should section widths be consistent within a gondola run?
Yes. Planogram facing counts assume consistent section width across every section in a run. Mixing 36in and 48in sections in the same run means planogram facing counts do not apply uniformly sections at the transition point require separate planogram versions. Maintain consistent section width within each run. Using different widths in different runs is common and does not create planogram problems as long as each run has its own planogram specification.
What back panel type is required for peg-hook planograms?
Peg-hook planograms require pegboard back panels (round holes accepting standard peg hooks) or slotwall back panels (horizontal slots accepting hook and shelf accessories). Solid back panels in sections specified for peg-hook display eliminate those planogram positions entirely. Specify back panel type per section before ordering back panels in Lozier gondola are installed during assembly and cannot be easily changed after the section is built and loaded.