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Chapter 2: Entrance Routes
These universal design elements refer to features of the pathways between parking areas and the entrance(s) of a home.
Residential Universal Design Building Code, 2023 version. © The UD Project.
The pathway width should be no less than 48" (122cm) at the narrow-most part.
48 inches of minimum width at the narrow-most point is ideal for anyone who uses a mobility device, parents who push strollers, or to offer easy access for moving large items. Even if the full width isn’t used in its entirety, there’s an element of safety that results from room to move side-to-side.
The pathway running slope (i.e., forward and backward) should be no greater than 1:20 (2.86º).
Steep slopes are difficult to travel on, especially in inclement weather. If someone needs extra support while walking, or uses a wheelchair, a steep incline increases the difficulty of getting up and down the pathway safely.
The pathway cross slope (i.e., side-to-side) should be no greater than 1:50 (1.15º).
Cross slopes can be difficult for individuals to navigate if too steep because more power and/or balance on one side is required. This is a similar issue as experienced on a tilted walkway in a funhouse, a swinging bridge moving side-to-side when you’re walking on it, or mowing the grass on a hill.
There should be no steps required for access to any entrances.
Everyone should be able to navigate the routes to all entrances, regardless of ability. Without stairs, anyone can more quickly and easily access the main entrance when it's not required to carefully watch foot placement, navigate obstructions for mobility equipment, or use unnecessary effort. It’s common to see the main entrance separate from an accessible entrance because of stairs or some other barrier. This is not characteristic of universal design, and it’s segregating.
Ironically, some accessible entrances require more effort than necessary if a greater distance is required for people to travel. Individuals who are unable to walk long distances because of pain or decreased endurance can often find that the intended “easier pathway” is difficult, despite more obvious barriers (e.g., steps) not being an issue.
Covered entrance routes create protection from sun, wind, rain, and snow. Moving from parking to an entrance under cover is easier and more comfortable than if exposed to the elements, whether or not a health condition is present.
Pathway surfaces used along the entrance route should be solid. This will likely require the use of asphalt, smooth concrete, textured or aggregate concrete, wood decking, composite decking, and/or textured/slip-resistant metal.
Asphalt or concrete surfaces are typically the best option for people who rely on support (wheelchairs, canes, etc) for mobility, and are less likely to cause someone to trip because they are generally smooth and even.
Pathways made out of wood or metal should be durable and slip-resistant. Some decking and ramps can be hazardous when wet. Wood can warp and weather.
Pathways should be easy to maintain to prevent cracks, gaps, or bumps.
Weather and regular use can cause surfaces to become extremely uneven over time, creating unnecessary hazards that can then cause people to trip and/or fall. Sometimes the slightest bump (even a half inch) can cause a wheel or foot to get caught, potentially throwing someone’s balance off.
The entire pathway along entrance routes needs to be evenly lit with minimal areas of shadow. This will most likely require multiple light fixtures.
Thoughtful and thorough lighting is necessary for safe and easy navigation of pathways at night or in dark areas (under the cover of trees, stairwells, etc). The objective should be to minimize shadows. Placement of light sources is important for people to be able to maintain focus on where they are going. Positioning is crucial to help users avoid looking directly toward a light source, as that can cause glare and become a barrier.
Lighting low to the ground/floor, or just above the ground/floor, can create cues about the direction to follow. Use low lights to help define the pathway, but don’t make these lights a focal point.
Recommended: indirect and low lighting:
The use of indirect ambient lighting and low lighting that illuminates the floor without visible bare bulbs or translucent covers (from a seated or standing position) is ideal. Indirect lighting reduces eye strain and is more calming than direct lighting.
Lights need to be able to be activated automatically.
The use of motion detectors, proximity sensors, and/or timers to trigger lights can create safety and security, not to mention adding convenience for those times when hands are occupied by kids, groceries, or some kind of mobility device.
Last modified 5mo ago