The better kitchen display layout is the one your cooks can scan and complete accurately at your expected rush volume. A fixed grid favors consistent ticket positions. A dynamic layout gives tickets more or less space as their contents change. Neither advantage matters if staff miss modifiers, lose their place when tickets move, or cannot see the next order.
Compare both layouts with the same orders, screen, station, and staff tasks. Set your limits before the demonstration: how quickly must a cook find an order, what mistakes are unacceptable, and how many active tickets must fit in the working view? Then choose the layout that meets those limits, rather than the one that looks tidiest with a few short orders.
Put the same tickets into both layouts
Start with a representative station, not an idealized kitchen-wide queue. Include the mix that station actually handles: short tickets, larger parties, modifiers, and any orders that arrive ahead of their preparation time. Use the same ticket sequence and details in each layout.
For this hypothetical example, a grill station expects six active tickets at its busiest point. The screen has room for six fixed slots. The orders below are abbreviated to make the comparison readable; a real demonstration should include the full item and modifier text.
| Position | Fixed grid | Dynamic layout |
|---|---|---|
| 1 | A: 1 burger | A: 1 burger; short ticket |
| 2 | B: 3 burgers, 4 modifiers | B: 3 burgers, 4 modifiers; taller ticket |
| 3 | C: 1 chicken sandwich | C: 1 chicken sandwich; short ticket |
| 4 | D: 2 burgers, 2 modifiers | D: 2 burgers, 2 modifiers; taller ticket |
| 5 | E: 1 burger, 1 modifier | E: 1 burger, 1 modifier; short ticket |
| 6 | F: 2 chicken sandwiches | F: 2 chicken sandwiches; short ticket |
In the fixed grid, every ticket occupies the same-sized slot. If B's details do not fit, the display may need scrolling, expansion, truncation, or another treatment. Ask the vendor to show which behavior applies; do not assume all details are visible.
In the dynamic version, B and D take more room. That may make their modifiers easier to read, but the remaining tickets may shift or extend beyond the visible area. Six active tickets does not necessarily mean six fully visible tickets. Ask how much of each order is visible at once and how staff reach anything outside the view.
This is a comparison of layout behavior, not a promise that either option exists on a particular product. Fleksa's KDS software displays restaurant order details including item names, quantities, and modifiers. Ask for a demonstration of the layout and settings available for your setup.
Compare scanning, movement, and long orders
Find the next order without hunting
Fixed slots can give cooks a repeatable search pattern: start at the oldest position and move across or down. That pattern is useful only if everyone understands the order in which slots fill and clear. Ask whether a new ticket takes an empty position, appears at the end, or causes other tickets to move.
Dynamic tickets can put more information in the main view, but variable heights may make the start of the next ticket less predictable. Watch whether a cook can distinguish one order from another while food is moving. A clear ticket boundary and a consistent order sequence matter more than a pleasing arrangement on an empty screen.
Watch what changes after completion
Have the demonstrator complete a ticket near the beginning of the queue, then ask the cook to find the next assigned order. In a fixed arrangement, does the cleared space stay empty or do tickets shift into it? In a dynamic arrangement, do several tickets move when a long one disappears? Either behavior can work if it is consistent and staff can recover their place.
Also ask what happens when an order is changed or canceled, and whether a completed ticket can be recalled. Do not build a procedure around recall or a particular cancellation behavior until you have seen it in the configuration you are considering.
Make long tickets earn their space
A large order is a good stress case because it tests the tradeoff directly. Show a ticket with several items and modifiers alongside ordinary short orders. Can the cook read every instruction before marking the ticket complete? If not, how many actions are needed to reveal the rest, and does that action hide another ticket?
Check order identity as well as content. If staff scroll inside a long ticket, can they still see which order they are working on? If a ticket expands, can they still find the oldest waiting order? The right answer depends on your menu and station: a pizza station with many topping changes may value visible modifiers differently from a drinks station with mostly short orders.
Set a decision boundary before the demo
For the hypothetical grill station, the owner sets the following acceptance limits before anyone tries the layouts. These are operating targets for the example, not industry standards or test results.
- Volume: Start with six active tickets, including two long tickets. Add two new tickets during the task to represent arrivals while cooks work.
- Finding: Each cook must locate the requested ticket within 10 seconds on at least 9 of 10 requests.
- Accuracy: Each cook must identify every modifier on the requested tickets and select the intended ticket for completion. A missed modifier or wrong-ticket completion fails the layout for that run.
- Visibility: Staff must be able to find all six starting tickets and the two arrivals without losing their place. Any scrolling or page change needed is recorded.
Use the same sequence for both layouts, but vary the practice order so one layout does not always benefit from being tried second. Give staff an equal introduction to each. Repeat with the cooks who would use the station, including someone less familiar with the system. A layout should meet the limits across the runs, not just in the fastest person's attempt.
The decision boundary is practical: choose fixed if it meets every limit and dynamic does not; choose dynamic if it meets every limit and fixed does not. If both pass, favor the one staff can use with fewer movements and less searching, provided its required settings are available on the actual device. If neither passes, change the screen arrangement, workflow, or acceptance setup and repeat. Do not call either layout suitable simply because it was faster than the other.
The six-ticket capacity is an assumption for this station and screen, not a capacity claim about a product. If the station routinely has more than six active tickets, test that higher number too. Separate screens or station routing may change what each cook sees; the guide to routing kitchen tickets by station can help define the queue before you compare layouts.
Run the same staff tasks safely
Ask the vendor for a supported training environment. Use fictitious order names and disable real payments, guest messages, and courier dispatch. This is a simulation: no real card charge, customer notification, or delivery request should result from any practice action.
- Load the rush. Place the six starting tickets in the queue. Confirm both layouts show the same items, order sequence, and modifiers.
- Find and read. Ask the cook to locate a specified short ticket, then a long one, and read the items and modifiers aloud. Start timing when the request is given and stop when the correct ticket is identified.
- Complete and recover. In the simulation, complete a specified ticket. Ask the cook to locate the next one immediately. Note ticket movement and any moment of uncertainty.
- Add arrivals. Introduce the two additional simulated tickets at the same points in each run. Ask the cook to identify an older waiting order and then a new arrival.
- Handle an exception. Have the demonstrator show a simulated change or cancellation. If recall is available, show its steps too. Record what staff actually need to do rather than assuming a universal workflow.
An observer can record elapsed time and errors on paper while the cook concentrates on the display. Count a wrong-ticket selection separately from a modifier missed during read-back; they point to different problems. Also record extra taps, scrolling, hidden details, and whether the cook had to reorient after the queue changed.
After a layout passes simulation, consider a supervised live-service pilot with your normal real-order procedures and a clear fallback. A pilot is not a practice environment: actual orders need the usual payment, customer, and fulfillment handling. Agree in advance who watches the screen, how staff report a problem, and when the team returns to its previous workflow. A pilot reduces uncertainty; it does not guarantee uninterrupted service.
Check settings, devices, and the quote
Run the demonstration on the screen size, orientation, and input method planned for the station. A layout that works on a large touch display may behave differently on a smaller screen or with another control method. Ask whether layout, ticket order, timing colors, and any expansion settings can be configured separately for each device or station. Confirm who can change them and whether settings remain in place after a restart.
Show the vendor your longest realistic ticket and ask what happens when the active queue exceeds the visible area. Check how future orders are held and released if that matters to your operation. Fleksa's public KDS description includes future held orders and configurable timing and color indications; confirm how those behave in your intended setup.
Discuss device requirements, connectivity interruptions, setup support, and any charges for additional screens. Ask for an operational quote that separates software, hardware, setup, and recurring screen charges where applicable. If a quote leaves something out, ask for it in writing before comparing totals. Your broader restaurant management workflow also matters: verify how orders reach each station and how staff resolve an order that needs attention elsewhere.
Bring your ticket mix, expected active-ticket count, device details, and acceptance limits to a demonstration. Discuss your requirements with Fleksa and ask to compare the available workflow against those tasks on your intended setup.
Frequently asked questions
Is a fixed grid always faster for cooks?
No. Predictable slots can make scanning easier, but a long ticket may require extra action to reveal its details. Time the same tasks with your order mix before deciding.
Does a dynamic layout show every active ticket at once?
Not necessarily. Longer tickets can consume more screen space. Ask how many tickets and how much detail remain visible at your expected rush volume, and how staff reach the rest.
What if both layouts fail the rush test?
Look at the failure first: missed modifiers, movement after completion, or too much searching may call for different changes. Adjust the setup or workflow, then repeat the simulation before a supervised live-service pilot.
