Article Wayfinding Starts Underfoot: The Role of Commercial Flooring in Navigation

How people navigate the built environment, and how flooring can guide them

For centuries, people have used the stars to navigate across land and sea. But navigation is not reserved for sailors and backcountry hikers. It is an everyday activity tied to work, necessity, and leisure. Most of us perform it without conscious thought until an environment makes it difficult.

This paper examines the science behind how people navigate the built environment, how the theory and elements of wayfinding apply to flooring design, and what more than a decade of subsequent research now tells us about the stakes.

Wayfinding?

Wayfinding is the process of navigating to a destination in a familiar or unfamiliar setting using environmental cues. These cues combine signs, landmarks, maps, symbols, colors, and other forms of communication.

Urban planner Kevin Lynch, who studied under Frank Lloyd Wright, classified the elements of the built environment into paths, edges (barriers), districts (regions), nodes (intersections), and landmarks (Lynch, 1960). These elements do not exist in isolation. They overlap and intertwine to orient occupants and guide them through a space.

Flooring design can create each of these elements. It can form paths that lead occupants through a space and clarify decisions at nodes. It can also subdivide a flooring area into districts with distinct visual attributes (e.g., a waiting area, a nurses' station), providing additional cues for orientation.

Applying Lynch's Wayfinding Elements Through Flooring Design

Element	Wayfinding Role	Flooring Expression
Paths	Guide movement	Linear patterns, color bands, directional plank
Edges	Guide / bound	Contrasting borders, material boundaries
Districts	Orient	Distinct color or pattern zones by function
Nodes	Support decisions	Change underfoot at intersections and decision points
Landmarks	Orient	Distinct flooring treatment at key destinations

Wayfinding theory considers more than an occupant's ability to understand spatial characteristics. It also considers their behavior and their capacity to perceive, select, and understand information in the environment.

A well-designed environment aids navigation and provides a sense of direction and orientation (Connell, 1997). Downs and Stea (1973) framed the process as four linked principles:

1. Orientation, or determining your position relative to nearby landmarks and your destination
2. Route selection
3. Route control, which confirms you are still following the chosen route
4. Recognition of the destination on arrival

Cognition

These principles rest on cognition: the knowledge our brains acquire, store, retrieve, and manipulate to help us navigate. That knowledge is fed by the senses. We are taught as children that there are five, but we also sense temperature, our body's position, balance, and vibration.

Research shows the senses interact with the cognitive systems responsible for thinking, imagery, memory, learning, language, and reasoning. Spatial cognition, in particular, is essential to wayfinding. It helps us orient, navigate, and perceive information.

The brain stores spatial knowledge through cognitive mapping, the psychological process by which we code, store, remember, and decode knowledge of elements, locations, distances, and directions (Golledge, 1999). Cognitive maps draw on imagery such as landmarks, as well as on user factors such as culture, which vary with individual and group experience (Lynch, 1960).

Gestalt Theory

Our visual perception has been shaped by psychology, particularly by the work of Max Wertheimer, the founder of Gestalt psychology. Gestalt's laws of organization describe how the brain attempts to simplify and organize complex designs, subconsciously assembling individual elements into whole systems and patterns.

Wertheimer first illustrated the idea using music. We hear the melody (the whole) rather than the individual tones (Wertheimer, 1924). Wayfinding leverages this psychology by designing to support the identification and processing of a larger, more complex system rather than a deluge of small components.

Two laws are especially useful in flooring:

• Similarity: When elements look alike, occupants naturally group them, so color and shape can tie separate elements into a single message or a continuous path.
• Continuity: The eye naturally follows continuous lines, paths, and curves, which can draw a viewer toward a focal point or aid navigation.

Used deliberately, continuity guides movement toward a destination. Disrupted deliberately, it can visually shorten or break up a long hallway. Later scholarship expanded Wertheimer's original laws to include similarity, symmetry, proximity, and figure–ground, among others (Guberman, 2017).

Applying Wayfinding Through Flooring

Because it is continuous and directly tied to movement, flooring can reinforce wayfinding without adding the visual clutter of extra signage. It does not replace signs. It strengthens them, letting the environment itself carry part of the message. Several techniques translate the theory above into practice.

Color Coding for Orientation

Color is among the fastest cues the brain processes. Assigning colors to zones, departments, or functions (color-coded corridors in a hospital wing or grade-level palettes in a school) helps occupants build a mental map and recognize their location at a glance, reducing reliance on signage.

Linear Paths That Guide Movement

Continuous bands and directional patterns create visual paths that lead the eye forward, applying the Gestalt principle of continuity. Herringbone, linear plank, and elongated tile layouts are especially effective in corridors and transitional areas where people tend to hesitate.

Zoning Through Pattern and Layout

Changes in pattern, scale, or orientation differentiate functional areas such as reception, waiting, and circulation, letting occupants grasp a space's organization without consulting a directory. This is Lynch's concept of districts, rendered underfoot.

Texture and Material Transitions

A shift from a smooth to a textured surface, or from resilient flooring in a corridor to carpet in a collaboration area, signals a change in function and reinforces the boundary between public and private space. Material variation also lets designers match durability to traffic while maintaining visual continuity.

Embedded Graphics, Used Sparingly

Arrows, color blocks, or simple shapes integrated into the floor can reinforce direction or identify a destination, reducing the need for wall-mounted signage. The key is restraint rather than clutter.

Used together, these techniques let flooring do part of the communicating. They reinforce direction, purpose, and transition in a way that feels natural rather than instructional.

Designing for Accessibility and Cognitive Decline

Wayfinding cues must serve all occupants, including those with visual or cognitive impairment. Contrast is the central tool. But the research contains an important, counterintuitive caveat that flooring specifiers should understand.

For critical surfaces that need to be distinguished, the Dementia Services Development Centre at the University of Stirling and BS 8300 recommend a difference of at least 30 points in light reflectance value (LRV). This applies, for example, to the space between the floor and the wall, or between a grab rail and the wall behind it. That difference keeps the elements legible to people with dementia or age-related sight loss (DSDC, 2025).

The caveat applies to the floor itself. High contrast between adjoining floor surfaces can be perceived as a step, a barrier, or even a hole, prompting high-stepping, hesitation, or falls. For that reason, adjoining floors on the same level should be kept tonally close, within roughly 8 to 10 LRV points, and transition strips should match both surfaces rather than announce themselves.

The working principle is simple. Reserve strong contrast for the cues you want people to notice, and minimize it underfoot where you want free, confident movement. Matte finishes are preferred throughout, since glossy floors can appear wet and flecked patterns can appear as debris.

The Measurable Benefits of Effective Wayfinding

The clearest benefit of good wayfinding is its effect on human experience. People return to spaces that are easy and pleasant to navigate, and avoid those that cause confusion or frustration (Passini, 1996).

How Widespread the Problem Is

The problem is common. In a Mappedin 2026 survey of roughly 500 venue visitors across North America, 53% reported at least one navigation problem in the previous six months:

• Struggling to locate restrooms and exits
• Wasting time searching for amenities
• Feeling anxious about not knowing where to go

What Poor Wayfinding Costs

Recent research has begun to quantify that cost. A 2025 survey of 301 hospital staff, published in the Center for Health Design's peer-reviewed journal, estimates that guiding lost visitors consumes roughly 98 million nurse-hours a year across US hospitals. That's time that could otherwise be devoted to patient care (Jamshidi et al., 2025). The authors call even that figure conservative.

The human toll shows up alongside the hours. Nearly 44% of staff reported experiencing incivility from people who had become frustrated while lost. And the destinations people most often could not find were not clinical spaces but everyday ones:

• Cafeteria
• Restrooms
• Elevators
• Exits
• Main lobby

The authors note that these are routinely overlooked in the wayfinding design process. Those findings sharpen a point the flooring designer is well positioned to act on. Unlike signage, flooring is always in the occupant's field of view. Because it naturally guides movement, it is one of the most effective passive wayfinding tools available to designers.

Because people consistently get lost at predictable, high-traffic destinations, flooring cues placed at those exact locations deliver disproportionate value. And because interruptions that distract clinical staff have been linked to medical errors, the stakes extend well beyond convenience (Jamshidi et al., 2025).

Operational and Safety Benefits

Wayfinding also improves accessibility for people with limited mobility or sensory impairment.

It reduces missed appointments and late arrivals, helping providers keep to schedule, and it improves circulation, saving both visitors and staff time. Airport passengers have ranked wayfinding as one of the most important components of terminal service (Correia, 2008).

Contemporary terminal design increasingly treats the building itself as the primary guide, using high-contrast floor patterns to separate circulation from queuing, with signage serving as confirmation rather than as the sole source of instruction. In emergencies, when stress and confusion impair decision-making, clear paths matter most.

Wayfinding Across Different Building Types

The principles behind wayfinding stay consistent, but the demands of each environment do not. A hospital, a school, a senior living community, and a corporate office each ask different things of the people moving through them, and of the flooring beneath them. Here is how flooring-based wayfinding applies across four building types where it is most effective.

Healthcare

Healthcare is where the stakes are highest. As care shifts toward larger campuses, outpatient centers, and multi-building medical complexes, intuitive navigation has become essential. Patients often arrive under stress, unfamiliar with the environment, and sometimes with mobility, vision, or cognitive limitations. That combination makes signage alone unreliable.

Flooring can reinforce navigation throughout the journey, guiding patients and visitors from the entrance to the destination without requiring them to stop and read. It also eases a measurable operational burden.

As discussed earlier, poor wayfinding consumes millions of staff hours annually in U.S. hospitals. Flooring helps reduce that burden by reinforcing navigation from arrival through destination while supporting infection control and cleanability.

Material choice matters as much as pattern. Resilient flooring helps support the cleanability required in clinical environments, while color and directional layout support wayfinding. The result is a floor that guides confidently and performs under the demands of a healthcare setting.

Education

Schools and campuses serve users who are still building their spatial confidence, from young children to first-year students. Flooring helps them navigate independently. Color zones can distinguish grade levels, wings, or departments, giving students a reliable way to orient themselves without relying on staff or signage.

Pattern and material changes can mark the shift from one type of space to another, such as moving from a busy corridor to a library, a commons, or an administrative area. These cues reduce confusion during high-traffic periods, such as class changes. They help visitors quickly find the main office or entrance.

In learning environments, flooring that supports independent navigation also supports a calmer, more orderly building.

Senior Living

Senior living and memory care environments place a premium on confidence and familiarity. Residents do best in surroundings that feel predictable and easy to read. Paths to dining rooms, activity spaces, and resident rooms should be obvious and consistent.

Flooring plays a central role. Consistent color logic and clear, uninterrupted paths help residents maintain orientation and move through the community without hesitation.

For residents living with dementia or age-related sight loss, contrast becomes especially important, and it must be handled with care. Strong contrast helps distinguish key surfaces, but high contrast between adjoining floors can read as a step or a change in level, causing hesitation or falls. The guidance on light reflectance values covered earlier in this paper applies directly here.

Matte finishes, familiar patterns, and gentle transitions all reinforce the sense of security these environments depend on. Flooring that reduces uncertainty helps residents stay confident, independent, and safe.

Commercial Offices

Modern offices are increasingly organized around flexible neighborhoods rather than fixed departments. Moreover, layouts change as teams grow and reconfigure. Flooring helps people read these spaces as they evolve. Distinct patterns or materials can define neighborhoods, collaboration zones, and quiet areas, helping employees and visitors understand the space without a directory.

Flooring also guides visitor circulation. A clear path from reception to meeting rooms or elevators makes a strong first impression and reduces the need for staff to give directions. Because flooring is durable and always in view, it can anchor orientation even as furniture and walls move around it.

In open-plan environments, where physical barriers are few, flooring often does the quiet work of defining how a space is meant to be used.

Wayfinding Best Practices

These practices translate wayfinding theory into flooring decisions. Together, they help ensure the floor guides movement clearly, consistently, and safely.

Prioritize Contrast for the Cues That Matter

Use clear differences in color, tone, or light reflectance value to distinguish paths, zones, and destinations. Reserve strong contrast for elements you want people to notice. Keep adjoining floor surfaces tonally close so the floor never reads as a step or an obstacle.

Create Continuous, Uninterrupted Paths

Linear patterns, plank direction, and directional layouts draw the eye forward and encourage movement along a route. Continuity works best when unbroken, so avoid interruptions that prevent the eye from reaching the destination.

Define Zones Through Pattern and Material

Changes in pattern, scale, or material help people understand how a space is organized. Use these shifts to mark reception areas, circulation routes, and destination zones without relying on signage.

Design Transitions Intentionally

Place changes in flooring at meaningful points such as doorways, decision points, or shifts in function. Random or frequent changes disrupt flow and create confusion.

Match Materials to Traffic and Use

High-traffic routes need durable materials that keep wayfinding cues intact over time, while quieter zones can prioritize comfort or acoustics. Consistency and durability keep the system legible as the space ages.

Keep the System Simple and Integrated

Wayfinding works best when flooring, signage, and lighting reinforce one another rather than compete. Overly complex patterns overwhelm users, so aim for cues that feel effortless rather than instructional.

Practical Wayfinding Design Principles

Flooring Strategy	Wayfinding Benefit
Color zoning	Faster orientation
Linear patterns	Guide movement
Material transitions	Signal functional changes
Visual landmarks	Aid destination recognition
Appropriate LRV contrast	Improve accessibility

Conclusion

Flooring is an effective medium for creating wayfinding elements, though it works best as part of a system that also includes signage, lighting, and, where needed, maps.

Drawing on the theory and the newer evidence reviewed here, effective wayfinding can be supported by flooring designs that:

• Subdivide space into districts with a distinct set of visual attributes
• Provide clear orientation cues at entrances and key destinations
• Establish recognizable building functions, such as a waiting area or nurses' station
• Offer well-structured paths that apply the Gestalt principle of continuity
• Create cues at nodes and decision points to support navigation choices
• Reserve strong contrast for elements meant to be seen, while keeping adjoining floor surfaces tonally close to protect occupants with visual or cognitive impairment
• Concentrate cues at the high-traffic destinations where people most often get lost

Good wayfinding does not draw attention to itself. It simply helps people feel confident about where they are and where they are going. Good flooring does more than support people physically. It supports people cognitively as well. When flooring reinforces orientation, guides movement, and reduces uncertainty, it becomes an active participant in the experience rather than simply the surface beneath it.

References

• Connell, B. J. (1997). Principles of universal design. North Carolina State University, Center for Universal Design.
• Correia, A. (2008). A global index for the level of service evaluation at airport passenger terminals. Transportation Research Part E: Logistics and Transportation Review, 44, 607–620.
• Dementia Services Development Centre. (2025). Dementia design toolkit: Light reflectance values (LRVs). University of Stirling.
• Downs, R., & Stea, D. (1973). Image and environment: Cognitive mapping and spatial behavior. Aldine.
• Golledge, R. (1999). Wayfinding behavior: Cognitive mapping and other spatial processes. Johns Hopkins University Press.
• Guberman, S. (2017). Gestalt theory rearranged: Back to Wertheimer. Frontiers in Psychology, 8, 1782.
• Jamshidi, S., Hashemi, S., & Tran, D.-M. T. (2025). Costs and effects of ineffective wayfinding in US hospitals: A survey of hospital staff. HERD: Health Environments Research & Design Journal (Center for Health Design), 18(2), 259–275.
• Lynch, K. (1960). The image of the city. The MIT Press.
• Mappedin. (2026). 7 surprising wayfinding statistics that reveal what visitors experience at large venues in 2026 [Survey report]. Mappedin.
• Passini, R. (1996). Wayfinding design: Logic, application, and some thoughts on universality. Design Studies, 17(3), 319–331.
• Wertheimer, M. (1924). Über Gestalttheorie [On Gestalt theory]. Lecture before the Kant-Gesellschaft. Reprinted in A Source Book of Gestalt Psychology (pp. 1–11). Harcourt Brace.

Commercial Flooring That Supports Confident Navigation

Flooring is no longer just a finish. When designed with wayfinding in mind, it becomes an active part of the navigation system, guiding movement, reinforcing orientation, and improving the experience for every person who moves through the space.

Explore Armstrong Flooring's commercial flooring solutions or contact us at 1-866-243-2726.