✏️Sketch-to-Map AI Technology

Egress Maps | Free OSHA & IBC Compliant Egress Route Diagram Generator

Create professional egress maps in 30 seconds. Upload your floor plan or hand sketch and get an instant means of egress map with IBC egress width calculations, travel distance verification, and OSHA-compliant exit routes. Our AI generates egress route diagrams that satisfy both OSHA 29 CFR 1910.36 and IBC Chapter 10 requirements.

30 secSketch to Map
100%Code Compliant
1 FreeFile + 5 Regen

No design skills needed. Hand-drawn sketches welcome.

3 Simple Steps:
1Upload Floor Plan
2Select State & Industry
3Get Your Map

Free Egress Map Generator

Upload your hand sketch or floor plan. Generate a professional egress map instantly with OSHA-compliant exit routes and safety elements.

📊 5 Free Regenerations Left

Create Your Egress Evacuation Map

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Clear ImageUse a clean, high-quality scan or photo
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Correct OrientationImage should be right-side up, not rotated or sideways
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No ZoomCapture the entire floor plan, avoid zooming in on sections
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Good LightingThe clearer and less blurry, the better results
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Drag & drop your floor plan here

or

PNG, JPG, PDF - Hand-drawn sketches work too!

🔒Your files are private: never shared, stored temporarily, deleted automatically.

Compliance Options

🔥 NEW

Customize Your Map

Add special requests for your safety map - tell our AI exactly what you need!

  • 🎯Add specific details like "Mark fire extinguisher near kitchen"
  • 📍Request specific zones: "Highlight assembly point in parking lot"
  • 🏥Add safety equipment: "Include AED location near reception"
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Frequently Asked Questions

Is this evacuation map generator really free?

Yes — you can generate your first OSHA-compliant evacuation map completely free. Just upload a floor plan and our AI creates a professional map in about 30 seconds. No credit card required.

Are the generated maps OSHA-compliant?

Our AI follows OSHA 29 CFR 1910.36–37 and NFPA 101 Life Safety Code standards. Every map includes clearly marked exits, fire extinguisher locations, assembly points, and directional evacuation arrows.

What file formats can I upload?

We accept JPG, PNG, and PDF floor plans. For best results, use a clear, high-resolution image of your floor plan with visible walls, doors, and rooms.

How long does map generation take?

Most maps are generated in 20–40 seconds. Complex multi-floor plans may take slightly longer. You can download your map immediately after generation.

Can I edit the map after generation?

The generated map is a high-resolution image you can download and print. For custom edits or enterprise features like multi-floor support and branded maps, check our pricing plans.

Is my floor plan data secure?

Yes. All uploads are encrypted in transit (TLS 1.3) and processed in secure cloud environments. We do not share your floor plans with third parties.

What is an Egress Map?

An egress map is a visual diagram that displays all exit routes, emergency pathways, and safety equipment locations within a building. Every egress map serves as a critical life-safety document that helps building occupants quickly identify the nearest exit during an emergency evacuation.

Unlike simple floor plans, a professional egress map includes specific elements required by OSHA and NFPA codes: clearly marked primary and secondary exit routes, fire extinguisher locations, emergency assembly points, and "You Are Here" indicators. An effective egress map must be posted at key locations throughout your facility and updated whenever building layouts change.

Building Egress Map

Shows all floors and common area exit routes. Essential for multi-story facilities and required by OSHA emergency action plans.

Floor-Level Egress Map

Detailed single-floor egress map showing room-by-room exit paths. Ideal for tenant spaces and individual departments.

Fire Exit Egress Map

Egress map specifically designed for fire emergencies with fire exit locations, extinguisher positions, and pull station markers.

How to Create an Egress Map from Sketch

See how our AI transforms any hand-drawn layout into a compliant exit map

✏️
Your Hand Sketch

Draw on paper, napkin, or whiteboard

AI

~30 seconds

🗺️
Professional Egress Map

Print-ready with all exit routes

Egress Planning Fundamentals & Requirements

Understanding the critical elements of effective egress design

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Primary vs Secondary Exits

Every occupied space needs at least two means of egress. Primary exits are the main routes, while secondary exits provide alternatives if primary routes are blocked. Our maps clearly distinguish both.

  • Primary routes in green arrows
  • Secondary routes in yellow arrows
  • Travel distance calculations
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Corridor Width Requirements

Egress corridors must meet minimum width requirements based on occupancy load. General rule: 0.2 inches per person, with minimum 44 inches for most corridors. Our AI validates your layout.

  • 44" minimum for most corridors
  • 36" minimum for fewer than 50 occupants
  • Bottleneck identification
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Exit Signage & Illumination

All exits must be clearly marked with illuminated signs visible from any direction of egress travel. Emergency lighting must provide 1 foot-candle minimum for 90 minutes after power failure.

  • Exit sign placement
  • Emergency lighting zones
  • Photoluminescent paths

Accessible Egress Routes

ADA requires accessible means of egress for people with disabilities. This includes areas of refuge, evacuation chairs, and accessible route signage. Our maps include all accessibility elements.

  • Areas of refuge locations
  • Evacuation chair stations
  • Accessible route marking

How to Solve Corridor Bottleneck Issues

How to identify and address common egress flow problems

01

Convergence Points

Where multiple corridors meet, occupant flow can create dangerous bottlenecks. Solution: Stagger convergence with curved walls or expand intersection width by 50%.

Pro Tip:Our maps highlight convergence points automatically
02

Door Swing Conflicts

Doors opening into egress paths reduce effective corridor width and can trap evacuees. NFPA 101 requires doors in egress paths to swing in the direction of travel for 50+ occupants.

Pro Tip:Maps show door swing direction for compliance
03

Dead-End Corridors

Dead-end corridors exceeding 20 feet (50 feet if sprinklered) violate code and create dangerous traps. Our AI identifies dead-end violations and suggests remediation.

Pro Tip:Red zones indicate dead-end problems
04

Stairwell Capacity

Stairwells are often the limiting factor in multi-story egress. Calculate stairwell capacity: 60 persons per 22" of stair width per floor served. Merge floors require additional capacity.

Pro Tip:Maps indicate stairwell flow capacity

Multi-Tenant Building Egress Requirements

Coordinated egress planning for shared buildings

Tenant Space Responsibilities

Individual tenants are responsible for egress within their demised premises. This includes posting egress maps at strategic locations, maintaining clear pathways, and training employees on evacuation procedures.

  • Interior egress route mapping
  • Exit door maintenance within space
  • Employee evacuation training
  • Occupancy limit compliance
🏢Tenant Space

Building Management Duties

Building owners/managers handle common area egress, overall building evacuation plans, fire alarm systems, and coordination between tenants during emergencies.

  • Common area egress maintenance
  • Fire alarm and suppression systems
  • Building-wide evacuation coordination
  • Emergency lighting in common areas
🏗️Building Common

Stairwell Egress Prioritization Guide

Optimize multi-floor egress with strategic stair assignments

Floor-Based Assignment

Assign specific stairwells to different building sections to prevent overcrowding. Example: East wing uses Stair A, West wing uses Stair B. This distributes load evenly.

Phased Evacuation

For high-rise buildings (7+ stories), implement phased evacuation: fire floor evacuates first, then floor above, then floor below, continuing alternately until complete.

Counterflow Prevention

Designate stairwells as "DOWN ONLY" during evacuation to prevent dangerous counterflow from emergency responders ascending. Mark alternative stairs for fire department access.

Floor 5 Stair A
Floor 4 Stair B
Floor 3 Stair A
Floor 2 Stair B
Floor 1 EXIT

Free Evacuation Drill Automation Tools

Turn egress maps into actionable drill programs

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Digital Distribution

Share egress maps digitally with all occupants via QR code posters. Everyone can access maps on their phones during an emergency or drill.

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Timed Drills

Use egress maps to establish evacuation time benchmarks. OSHA recommends complete evacuation within 3 minutes for most occupancies.

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Bottleneck Analysis

During drills, identify actual vs. predicted bottlenecks. Update egress maps and routes based on real-world evacuation data.

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Compliance Documentation

Generate drill reports with timestamped egress map versions. Maintain OSHA-required records of evacuation drill frequency and results.

NFPA 101 Life Safety Code Requirements 2025

Key egress provisions your maps must address

Requirement
NFPA Standard
Included in Maps
Minimum two exits per floor
NFPA 101 § 7.4
Auto-verified
Travel distance limits
NFPA 101 § 7.6
Calculated
Exit discharge locations
NFPA 101 § 7.7
Marked
Corridor width minimums
NFPA 101 § 7.3.4
Validated
Dead-end corridor limits
NFPA 101 § 7.5.1.5
Flagged
Exit access illumination
NFPA 101 § 7.8
Zones shown

NFPA 101 Travel Distance Requirements by Occupancy

Maximum travel distances to exits vary by building occupancy type and sprinkler status per NFPA 101 Life Safety Code. Our egress maps automatically calculate and verify these distances.

Occupancy Type
Non-Sprinklered
Sprinklered
Assembly (theaters, arenas)
150 ft (46 m)
200 ft (61 m)
Business (offices)
200 ft (61 m)
300 ft (91 m)
Educational (schools)
150 ft (46 m)
200 ft (61 m)
Healthcare (hospitals)
100 ft (30 m)
200 ft (61 m)
Industrial (factories)
200 ft (61 m)
250 ft (76 m)
Mercantile (retail stores)
150 ft (46 m)
250 ft (76 m)
Storage (warehouses)
200 ft (61 m)
400 ft (122 m)
High-Hazard
75 ft (23 m)
100 ft (30 m)

Note: These are general guidelines. Always verify with local AHJ (Authority Having Jurisdiction) and OSHA 29 CFR 1910.36 for specific requirements.

Need More Than an Egress Map?

Beyond your egress map, identify potential workplace hazards, create comprehensive emergency exit plans, and download our OSHA emergency action plan template for complete facility compliance.

Three Components of Means of Egress

The International Building Code (IBC) defines three distinct components that make up a complete means of egress. Every egress map must clearly show all three components for full compliance.

1

Exit Access

The portion of a means of egress that leads from any occupied point in a building to an exit.

  • Corridors, aisles, and passageways
  • Rooms and intervening spaces
  • Doors leading toward exits
  • Must maintain minimum widths per IBC Table 1005.1
  • Dead-end limits: 20 ft (non-sprinklered) / 50 ft (sprinklered)
On Your Egress Map: Shown as dashed directional paths leading to exits
2

Exit

The portion of a means of egress between the exit access and the exit discharge, providing a protected path of travel.

  • Enclosed exit stairways (2-hour fire rating)
  • Exit passageways (1-hour minimum rating)
  • Exterior exit doors at ground level
  • Horizontal exits (fire walls with 2-hour rating)
  • Exit ramps meeting IBC Section 1012
On Your Egress Map: Shown as solid green highlighted routes with exit signs
3

Exit Discharge

The portion of a means of egress between the termination of an exit and a public way.

  • Exterior pathways to public way or assembly area
  • Must be at grade or provide direct access to grade
  • Cannot re-enter building (IBC 1028.1 exception: 50% max)
  • Adequate lighting (1 foot-candle minimum)
  • Must lead to assembly point or public way
On Your Egress Map: Shown as arrows leading to outdoor assembly points

IBC Egress Requirements for Egress Maps

The International Building Code (IBC) Chapter 10 establishes comprehensive egress requirements that your egress route diagram must reflect. These requirements work alongside OSHA and NFPA standards.

IBC 1005.1 — Egress Width Calculations

IBC requires minimum egress width based on occupant load. Calculate using these factors:

ComponentWidth Factor
Stairways (non-sprinklered)0.3 in/person
Stairways (sprinklered)0.2 in/person
Other egress components0.2 in/person
Other (sprinklered)0.15 in/person

Example: 200 occupants using a sprinklered stairway = 200 x 0.2 = 40 inches minimum width (but 44" minimum still applies)

IBC 1006.2 — Minimum Number of Exits

The number of exits required depends on occupant load:

Occupant LoadMinimum Exits
1–500 occupants2 exits
501–1,000 occupants3 exits
1,001+ occupants4 exits

High-hazard occupancies (Group H) require 3 exits when occupant load exceeds 500.

IBC 1007.1 — Exit Separation Distance

When two exits are required, they must be separated by a distance not less than one-half the maximum overall diagonal of the building or area served (one-third if sprinklered). This prevents both exits from being compromised by a single event.

Building DiagonalMin. Separation = Diagonal / 2Sprinklered = Diagonal / 3

IBC 1020 — Corridor Requirements

Corridors serving as part of the exit access must meet minimum requirements:

OccupancyMin. Width
Healthcare (with stretcher)96 inches
Educational (with >100 occ.)72 inches
General (with >50 occ.)44 inches
General (with <50 occ.)36 inches

OSHA vs IBC: Egress Requirements Comparison

Understanding the differences between OSHA 29 CFR 1910.36-37 and the IBC Chapter 10 is critical for creating compliant egress maps.

Requirement
OSHA (29 CFR 1910)
IBC Chapter 10
Scope
Existing workplaces; employee safety focus
New construction and major renovations; building design focus
Min. Exit Routes
At least 2 exit routes (1910.36(b))
2-4 based on occupant load (IBC 1006.2)
Exit Width
28 inches minimum (1910.36(g))
Calculated per occupant load; 32-44" min (IBC 1005.1)
Travel Distance
Not explicitly defined; defers to NFPA 101
Defined by occupancy type (IBC 1017.2); 200-400 ft
Dead-End Limits
Not specifically addressed
20 ft non-sprinklered / 50 ft sprinklered (IBC 1020.4)
Fire Rating
1-hour fire resistance (1910.36(a)(3))
1-2 hour based on building height (IBC 1023.2)
Exit Signage
Must be marked with "Exit" sign (1910.37(b))
Illuminated signs; specific size/placement (IBC 1013)
Enforcement
Federal OSHA inspectors; workplace citations
Local building officials; permits and inspections
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Key Takeaway: Your egress map must satisfy both OSHA and IBC requirements. OSHA applies to all existing workplaces, while IBC governs building design and construction. When requirements differ, the more restrictive standard applies. Our egress map generator applies both sets of requirements automatically.

Trusted by Safety Professionals

"We sketched our warehouse layout on a whiteboard, snapped a photo, and had a professional egress map for all three shifts within 10 minutes. Each egress map was perfectly compliant."
Robert ChenFacilities Director, Distribution Center
"The AI correctly identified a dead-end corridor violation we'd missed for years. The egress map generated probably saved us from a major OSHA citation."
Sarah MartinezSafety Manager, Manufacturing Plant
"As a property manager with 12 buildings, I needed to update each egress map after renovations. This egress map generator cut our update time by 95%."
James ThompsonCommercial Property Manager

Ready to Create Your Egress Map?

Upload your hand sketch or floor plan and generate a professional egress map in seconds. Every egress map includes OSHA-compliant exit routes. Register for 1 free egress map upload with 5 regenerations.