Menu Engineering: How to Design a Menu That Increases Revenue
By Reserva
What Menu Engineering Actually Is
Menu engineering is a method developed in the 1980s by hospitality researchers that analyses every menu item according to two variables: its profitability and its popularity. From this analysis, it assigns each item to one of four categories and recommends specific actions for each.
The underlying insight — that the layout, language, and design of a menu directly influence what customers order — has been validated repeatedly. A well-engineered menu can increase average spend by 10–15% without changing a single price.
The Four Categories
Stars: High margin, high popularity. These are your best items — the dishes that sell well and make good money. Your engineering goal is to make them even more prominent and ensure nothing in their vicinity cannibalises them.
Plowhorses: Low margin, high popularity. Customers love them but they don't make you much money. Engineering options include raising their price slightly, reducing portion size, or substituting higher-cost ingredients for cheaper alternatives of comparable quality.
Puzzles: High margin, low popularity. These could be stars if customers ordered them more often. Engineering goal: increase their visibility and describe them more compellingly.
Dogs: Low margin, low popularity. These items cost you money and customers don't want them. Unless they serve a strategic purpose (a vegetarian option, a dietary requirement), they should generally be removed.
Visual Hierarchy and Positioning
Research on menu reading patterns shows that customers don't read menus linearly — they scan. Where items appear on the page influences how often they're noticed and ordered.
The most valuable positions on a menu are:
- Top right corner (the area the eye naturally goes first in Western reading patterns)
- First and last items in any list (primacy and recency effects)
- Items boxed, highlighted, or accompanied by descriptions (visual distinctiveness draws attention)
Placing your high-margin items in these positions, and ensuring your lowest-margin items don't occupy them, is one of the simplest and most effective menu changes you can make.
The Language of Menu Description
How you describe a dish influences how much customers want it — and how much they're willing to pay.
Research consistently shows that descriptive menu language increases perceived value and willingness to pay. "Slow-braised lamb shoulder with roasted root vegetables" sells more convincingly than "lamb with vegetables." Provenance descriptors ("Herdwick lamb from the Cumbrian Fells") add further perceived value.
This isn't about being pretentious — it's about giving customers information that makes the dish feel worth the price. The story behind an ingredient is marketing that lives on the menu.
Pricing Psychology
The way prices are displayed affects how customers perceive them:
- **Remove currency symbols** where design allows — the £ sign triggers a pain-of-paying response that a number alone does not
- **Avoid decimal points that end in .99** in upscale venues — it reads as budget
- **Don't align prices in a column** on the right margin — this makes it easy to order by price rather than desire
- **Round prices** where possible (£16 rather than £15.95) — this reads as more confident and premium
Portion Size and Value Perception
Portion size affects perceived value more than it affects actual cost in most kitchens. Customers who feel they've received generous portions are more positive about value for money, regardless of whether the cost difference is meaningful.
Engineering portion presentation — plates that showcase the quantity of the most desirable elements (protein, premium ingredients) while making garnish and base elements secondary — influences the perception of generosity without necessarily increasing food cost.
Testing and Iteration
Menu engineering isn't a one-time exercise — it's an ongoing process. Effective operators review their menu data quarterly, track changes in item popularity and margin after each menu iteration, and make incremental adjustments.
A dish that becomes a Star after repositioning validates the approach. A Puzzle that remains a Puzzle despite better positioning may need to be reworked or removed. The menu is a living document that should respond to evidence, not just intuition.