OSHA Walkway Requirements: How to Meet Safety and Accessibility Standards

OSHA Walkway Requirements: How to Meet Safety and Accessibility Standards

By David Murphy | September 10, 2025

TL;DR

OSHA-compliant walkways protect employees, improve traffic flow, and help businesses avoid costly violations. Proper floor markings, compliant signage, routine inspections, and employee training all contribute to a safer workplace.

  • Mark walkways with durable, high-visibility floor lines.
  • Install clear OSHA- and ADA-compliant safety signage.
  • Train employees on walkway safety and hazard reporting.
  • Inspect walkways regularly and repair hazards promptly.

While workplace safety often focuses on heavy equipment and machinery, the paths employees walk every day are just as important. The Occupational Safety and Health Administration (OSHA) has established specific standards for walkways, aisles, and pedestrian routes to reduce slips, trips, falls, and collisions.

Meeting these requirements helps businesses avoid fines, improve accessibility, and maintain efficient workplace operations.

This guide explains OSHA walkway requirements, including floor marking rules, signage standards, and practical best practices to help your facility remain safe and compliant.

OSHA Walkway Standards

OSHA requires employers to maintain safe, accessible walking-working surfaces throughout the workplace. Walkways, aisles, and pedestrian paths must remain free of hazards and provide employees with a safe path of travel.

Key OSHA walkway requirements include:

Clear Walkway Dimensions

Walkways and aisles must remain wide enough to allow safe pedestrian movement. OSHA requires exit routes to maintain a minimum width of 28 inches under 29 CFR 1910.36, although wider walkways may be necessary depending on pedestrian traffic or equipment.

Keep Walkways Free of Obstructions

Walking-working surfaces should remain free of:

  • Loose materials
  • Debris
  • Equipment
  • Spills
  • Trip hazards

Keeping walkways clear reduces accidents and allows employees to move safely throughout the facility.

Maintain Safe Walking Surfaces

Floors should remain clean, dry, and in good repair to prevent slips and falls.

When a surface cannot remain dry, employers should provide drainage systems, anti-slip mats, platforms, or other approved walking surfaces.

Provide Adequate Lighting

OSHA requires sufficient lighting throughout walking-working areas to help employees identify hazards and safely navigate the workplace.

Meet Stair, Ramp, and Ladder Requirements

Stairs, ramps, and ladders must comply with OSHA requirements for:

  • Uniform dimensions
  • Stable construction
  • Proper handrails
  • Slip-resistant surfaces

OSHA Floor Marking Requirements

Floor markings help separate pedestrians from equipment, improve traffic flow, and reduce workplace accidents.

OSHA recommends that employers:

  • Use durable yellow floor markings to identify walkways and aisles.
  • Keep walkways approximately 12 to 18 inches wider than the largest equipment using the area.
  • Clearly identify hazardous or restricted zones.
  • Replace faded floor markings promptly.
  • Maintain consistent OSHA color coding throughout the facility.

OSHA Signage Requirements

Floor markings alone aren’t enough. Safety signage reinforces workplace rules and provides employees with clear visual guidance throughout the facility.

Clearly Mark Exit Routes

Use compliant signage to identify emergency exits, evacuation routes, and other important pathways. Proper wayfinding helps employees exit safely during emergencies.

Identify Workplace Hazards

Warning signs should clearly identify hazards such as:

  • Forklift traffic
  • Chemical storage
  • High-voltage equipment
  • Restricted access areas

Highly visible warning signs reduce confusion and help prevent accidents.

Use Standardized Symbols

ANSI-compliant symbols and pictograms help employees quickly understand important safety information regardless of language.

Using consistent graphics throughout your facility improves communication and supports workplace safety.

Install Signs Where They’re Easy to See

Place safety signs at eye level whenever possible and ensure they remain well lit and unobstructed.

Employees shouldn’t have to search for important safety information.

Maintain Your Signage

Safety signs should remain clean, readable, and free from damage.

Inspect signage regularly and replace faded, damaged, or outdated signs to maintain compliance.
Need ADA-Compliant Interior Signage?

OSHA walkway compliance is only one part of creating a safe and accessible facility. Many buildings also require ADA-compliant room signs, restroom signs, elevator signs, and wayfinding signage to help employees and visitors navigate the space safely.

Explore Custom ADA Signs

or

Request a Quote for ADA-Compliant Signage 

Five Best Practices for OSHA Walkway Compliance

Following OSHA regulations is easier when compliance becomes part of your routine maintenance program.

1. Maintain Required Clearances

Walkways should remain at least 28 inches wide with a minimum head clearance of 6 feet 8 inches whenever applicable. Maintaining proper clearance allows employees and equipment to move safely throughout the facility.

2. Perform Routine Inspections

Inspect walkways, aisles, and floors regularly for:

  • Cracks
  • Spills
  • Clutter
  • Obstructions
  • Worn floor markings

Document inspections and repairs to demonstrate your ongoing commitment to workplace safety.

3. Install ADA-Compliant Signage

Accessibility should remain part of every workplace safety program.

Where required, install ADA-compliant signs with:

  • Raised tactile lettering
  • Grade 2 Braille
  • Proper color contrast
  • Correct mounting locations

Accessible signage helps all employees and visitors navigate your facility safely.

4. Train Employees

Employee training plays a major role in preventing accidents.

Make sure both new and existing employees understand:

  • Walkway safety rules
  • Hazard reporting procedures
  • Emergency evacuation routes
  • Proper use of pedestrian pathways

Well-trained employees help identify hazards before they become serious safety issues.

5. Partner with Compliance Experts

Working with experienced signage professionals simplifies OSHA and ADA compliance.

At Erie Custom Signs, we help businesses create custom signage solutions that meet both OSHA and ADA requirements while supporting safe, efficient workplaces.

For additional visibility, consider installing photoluminescent and anti-slip signage near emergency exits and other low-light areas.

Create Safer Walkways with OSHA-Compliant Signage

Safe walkways begin with proper planning.

Clear floor markings, compliant signage, routine inspections, and employee training all work together to create a safer workplace while reducing the risk of OSHA violations.

When you invest in durable, code-compliant signage, you’re protecting employees, improving facility operations, and demonstrating your commitment to workplace safety.

At Erie Custom Signs, we manufacture OSHA- and ADA-compliant signage using durable materials backed by fast turnaround times and knowledgeable customer support. Whether you’re updating an existing facility or outfitting a new one, our team can help you build a safer, more compliant workplace.

Contact Erie Custom Signs today to create walkway signage that protects your employees and keeps your facility inspection ready.

Frequently Asked Questions

Are OSHA walkway standards different for catwalks?

Yes. OSHA catwalk requirements differ from standard walkway requirements. Catwalks typically require widths between 18 and 24 inches, along with appropriate guardrails or handrails to help prevent falls.

Do OSHA walkway requirements apply to outdoor areas?

Yes. OSHA standards also apply to outdoor workplace walkways. Outdoor pedestrian routes should remain level, clearly marked, and free from trip hazards.

Does OSHA regulate temporary walkways?

Yes. Temporary walkways, including those on construction sites, must comply with OSHA requirements for width, stability, surface conditions, and appropriate safety signage.

ADA Sign Sizing Rules and Guidelines – Why ADA Signs Can’t Always Be Small

ADA Sign Sizing Rules and Guidelines – Why ADA Signs Can’t Always Be Small

Clients often want ADA signs to be as compact as possible. Unfortunately, ADA compliance requirements place real limits on how small a sign can be. Tactile letter height, Braille placement, edge clearance, character spacing, and overall message length all affect the final size.
Understanding these requirements early helps prevent redesigns, avoids installation issues, and keeps projects moving on schedule.

Why Size Isn’t Just a Design Choice

ADA-compliant signs are designed for people who read by touch as well as people with low vision. Because of that, they must follow specific rules for tactile lettering, Braille placement, spacing, and readability.
If those requirements are ignored, a sign may fail inspection, create usability issues for building occupants, or require costly rework after fabrication.
The reality is simple: many ADA signs cannot be made smaller without sacrificing compliance.

The Core Rules That Drive Size

1. Tactile Letter Height: 5/8″- 2″ (Measured on the Uppercase “I”)

5/8″ is the minimum height for raised tactile characters, while 2″ is the maximum.
Even when combined with visual text, tactile characters cannot exceed the 2″ limit. For longer room names or messages, the solution is usually a larger plaque or multiple text lines, not taller tactile lettering.

2. Clearances from Edges, Borders & Decorative Elements

Keep tactile characters and Braille at least 3/8″ away from any raised border, frame, or decorative feature.
Many fabricators also maintain approximately 3/8″ from the sign edge as a practical buffer. This helps prevent crowding and allows for manufacturing tolerances.

3. Braille Spacing & Placement

ADA signs require Grade 2 Braille with rounded, domed dots.
Braille must be positioned:
  • Directly below the corresponding tactile text
  • Approximately 3/8″–1/2″ below the tactile line
  • At least 3/8″ from raised borders or decorative elements
Because Braille requires its own dedicated space, it often adds more height to the sign than many people expect.

4. Character & Line Spacing: The Hidden Size Drivers

Spacing requirements frequently have a greater impact on sign dimensions than letter height itself.
For tactile text:
  • Maintain at least 1/8″ between characters when using rectangular stroke characters.
  • For beveled or rounded strokes, maintain at least 1/16″ at the base and 1/8″ at the top.
  • Use line spacing equal to 135%–170% of character height between tactile text lines.
When room names become longer, these spacing requirements quickly increase overall plaque size.

Bottom Line

Compliance requirements often prevent ADA signs from being “extra small.” The most successful projects align message length, layout, and mounting location with the space needed for tactile text and Braille from the beginning.

How Wide Should My ADA Sign Be?

When planning ADA room signs, the most common sizing question is:
Will the wording actually fit?
The guideline below provides a practical way to estimate sign width based on a common configuration:
5/8″ tactile letters with Braille below.

Step 1: Count Your Letters (With a Few Adjustments)

Not every letter occupies the same amount of space.
Use this quick sizing method:
  • Count each standard letter as 1
  • Count M and W as 2
  • Count I as 0.5
The total becomes your adjusted letter count, which you can compare against the width recommendations below.

Step 2: Use the Width Guide

The following recommendations assume:
  • 5/8″ tactile characters
  • Standard spacing
  • Grade 2 Braille below the text
  • A layout designed for readability and compliance
Sign Width Fits Approximately
6.0″ Wide Up to 7 letters
6.5″ Wide Up to 8 letters
7.0″ Wide Up to 9 letters
8.0″ Wide Up to 11 letters
These are general guidelines for typical all-capital tactile text. Words containing multiple M’s or W’s, or layouts requiring two lines, may require additional width or height.

Step 3: Check Your Height

For one line of tactile text with Braille below, plan for approximately:
2.5″–4.0″ tall
For two-line layouts, additional height is required to accommodate:
  • Extra tactile text
  • Additional Braille
  • ADA-compliant line spacing

Quick Examples

“EXIT”

  • Letter count: 4
  • Recommended size: approximately 6″ × 4″
  • One line with Braille below

“MECHANICAL”

  • Letter count: 10 (including the wider “M”)
  • Recommended size: 8″ × 4″ minimum for a single-line layout
If the available wall space is narrower than 8″, consider an approved abbreviation such as:
  • MECH
  • MECH RM
Any abbreviation should align with the facility’s room-naming standards and remain clear to occupants. The Braille should match the tactile abbreviation.

“JANITORIAL CLOSET”

  • Longer two-word room name
  • Recommended size: approximately 10″ wide on a single line
If sufficient width is not available, a two-line layout is often the cleaner and more practical solution.

Planning Tips for Project Teams

Lock Copy Early

Every additional word affects the required sign size. Finalizing room names before the layout stage reduces revisions and approval delays.

Group Information Strategically

When messages become too long, consider:
  • Approved abbreviations
  • Separating room identification from directional information
  • Using wayfinding signs for supplemental details

Consider Mounting Conditions

Door frames, wall returns, trim details, and tight mounting surfaces can limit available sign size. Identifying those constraints early helps avoid late-stage changes.

Standardize Where Possible

Using consistent sign sizes across a facility improves appearance, simplifies installation, and reduces project surprises.

Quick Note on Visual-Only Signs

Character height requirements for visual-only signs are based on viewing distance and mounting conditions.
Even when tactile requirements do not apply, readability still drives many sizing decisions. That’s another reason extremely small signs are often impractical.

Frequently Asked Questions

What is the minimum tactile letter height for an ADA sign?

Tactile characters must be at least 5/8″ high, measured using the uppercase “I.”

Can tactile letters be larger than 2 inches?

No. ADA tactile characters have a maximum permitted height of 2 inches.

How far below tactile text should Braille be placed?

Braille is typically positioned 3/8″–1/2″ below the tactile text line and must correspond directly to that text.

Can abbreviations be used on ADA signs?

Yes, provided the abbreviation is approved, clearly understood, consistent with the facility’s naming standards, and reflected in the Braille translation.

How Erie Custom Signs Can Help

Every project has unique room names, mounting conditions, and space limitations. We review each sign for ADA compliance, readability, and fabrication practicality before production.
If something will not fit, we’ll identify it early and provide clear options, whether that means an approved abbreviation, a larger plaque, or a cleaner multi-line layout.

Ready to Size Your Signs?

If you’re planning an ADA signage project and want help determining the right sign sizes before fabrication begins, our team is happy to review your layouts and requirements.
Get in touch: https://eriecustomsigns.com/contact/

How ADA Braille Signs Are Made: An Overview of Our Process

How ADA Braille Signs Are Made: An Overview of Our Process

By Mike Shabluk | May 31, 2021

Why a Solid Process Is Essential for Fabricating ADA Braille Signs

Many sign shops and print providers across the country rely on Erie Custom Signs to produce ADA braille signage, especially when large quantities or specialized requirements are involved.
Producing ADA-compliant signage requires more than printing graphics on a substrate. It demands the right equipment, software, materials, and expertise to ensure every sign meets accessibility requirements and performs as intended in the field.
If you’ve ever wondered how ADA braille signs are made, this overview will walk you through our process, the equipment we use, and why accuracy matters at every stage of production.

Why Process Matters

A reliable fabrication process is especially important when producing ADA braille signs because the Americans with Disabilities Act (ADA) requires braille on certain signs that identify permanent rooms and spaces in public buildings.
Facilities that fail to comply can face ADA-related complaints, fines, and potential legal action. For sign providers, mistakes can create costly delays and expose clients to unnecessary risk.
Many sign shops simply don’t have the specialized tools, machinery, or training needed to fabricate ADA-compliant braille signage.
Taking on these projects without the right resources can lead to:
  • Low-quality braille signage
  • Compliance issues
  • Missed project deadlines
  • Increased labor costs
  • Reduced customer satisfaction
Beyond compliance, an efficient process also helps ensure signs are designed, manufactured, and delivered on schedule. Clients expect quality work that arrives on time and within budget.
That’s why many sign and print professionals choose to outsource braille sign fabrication to a partner with an established process.
At Erie Custom Signs, we’ve spent more than a decade refining our production workflow and incorporating technology that helps us manufacture ADA braille signs quickly, accurately, and cost-effectively. Our wholesale partners can then deliver the same level of quality and reliability their customers expect.

What Equipment We Use for Creating Braille Signage

ADA braille sign fabrication requires specialized software, equipment, and production expertise. One advantage of working with Erie Custom Signs is that you don’t need to make those investments yourself.
Our in-house capabilities include:
  • Adobe CS6 Suite – Used for sign design and layout
  • Grade II Braille Translation Software – Used to translate text into ADA-compliant braille
  • 24″ x 48″ Vision 2448 Router / Engraver / Raster Braille System – Used for braille production and engraving
  • Four 16″ x 24″ Vision 1624 Engravers / Raster Braille Systems – Used for efficient braille production
  • Two Direct Color Systems UV1024 Direct-to-Substrate Printers – Used to print text and graphics directly onto sign materials
This equipment helps us maintain consistency, accuracy, and production capacity for both standard and large-volume orders.

How We Make Braille Signs at Erie Custom Signs

Fabricating ADA braille signs involves several interconnected steps. While the process can be complex, a streamlined workflow helps ensure every sign is produced efficiently and in compliance with ADA requirements.

1. Gather Materials

Before production begins, our team verifies that all required materials and equipment are available.
This includes:
  • Appropriate design and production software
  • The correct printing and engraving equipment
  • Approved substrate materials
  • Required inks and finishes
Preparing everything in advance helps prevent production delays and keeps projects moving efficiently.

2. Design the Sign

Next, our design team creates the sign layout.
This process involves determining:
  • Colors and overall appearance
  • Text placement
  • Braille location
  • Braille content
  • ADA-compliant formatting requirements
Using established ADA sign templates helps reduce production time while maintaining consistency across projects.

3. Load the Substrate

Once the design is approved, the selected substrate material is prepared for production.
Our team verifies the correct material and finish before loading the substrate into the printer, ensuring it is ready for the next stage of manufacturing.

4. Prepare the Print Job

The approved design file is then transferred into specialized production software.
Because the software includes ADA braille production capabilities, it helps simplify setup, improve accuracy, and streamline the manufacturing process.

5. Print and Produce the Sign

With setup complete, production begins.
Text, graphics, and braille elements are produced according to the approved design. A typical print job takes approximately four minutes per sign.
Once production is complete and the ink has cured, the sign moves through a quality-control inspection before being packaged for shipment.

Takeaway

Producing ADA braille signage requires the right combination of knowledge, equipment, software, and quality-control procedures. A proven process helps ensure signs meet ADA requirements, perform reliably in the field, and arrive on schedule.
For sign shops, architectural firms, contract furniture dealers, contractors, and other industry professionals, partnering with an experienced ADA signage manufacturer can eliminate the challenges of producing braille signs in-house while maintaining the quality your clients expect.
If you’d like to learn more about our braille sign fabrication process or discuss a custom project, reach out to Erie Custom Signs for a no-obligation quote. Our team is happy to answer questions and help you deliver ADA-compliant signage with confidence.

FAQ

What signs are required to have braille under ADA guidelines?

Braille is generally required on signs that identify permanent rooms and spaces, such as restrooms, conference rooms, and offices. Always review current ADA requirements for specific project needs.

What type of braille is used on ADA signs?

ADA signage typically uses Grade 2 (contracted) braille, which is designed to improve reading efficiency for braille users.

Why do sign shops outsource ADA braille sign production?

Many sign shops do not have the specialized software, equipment, or production capacity required for ADA braille fabrication. Outsourcing allows them to provide compliant signage without investing in dedicated equipment.

How long does it take to print an ADA braille sign?

According to Erie’s process, a typical print job takes about four minutes per display before quality inspection and packaging.

What equipment is used to manufacture ADA braille signs?

Braille sign fabrication can involve design software, braille translation software, engravers, raster braille equipment, and direct-to-substrate printers, depending on the production method being used.