rest areas; provide shuttle service around large parking areas; install easy to use doors with
well designed handles that would assist frail or arthritic hands to open the doors.
2. Assume you have been hired as a consultant to measure a local discount store’s floor plan
and space productivity. Look back at Chapter 6 and decide which analytical tools and
ratios you would use to assess the situation.
Most retailers measure the productivity of space on a sales per square foot basis since rent
and land purchases are assessed on a per-square-foot basis. Under some circumstances,
however, it is more efficient to measure profitability using sales per linear feet. For
instance, in a grocery store, most of the merchandise is displayed on multiple shelves of
long gondolas. Since all the shelves have approximately the same width, only the length, or
linear dimension, is relevant. Sales per cubic feet may be most appropriate for stores like
wholesale clubs that use multiple layers of merchandise.
Planograms are also useful for improving the space productivity of a store. Software is
available to test different planograms and ask “what if” questions. It provides information
on sales, profits, inventory, cubic feet, sales per cubic feet, profit per cubic feet, and
inventory per cubic feet for the current space, the proposed gondola, and the net change
between the two.
3. What are the different types of design that can be used in a store layout? How does this
impact the types of fixtures used to display merchandise? Describe why some stores are
more suited for a particular type of layout than others.
The types of design used in the layout for a retail store are grid, racetrack, and free-form. A
grid layout contains long gondolas of merchandise and aisles in a repetitive pattern. This