3.2. Kerb Ramps

Kerb ramps must be provided at every pedestrian crossing, bus stop, and building entry.

Kerb ramps are essential for ensuring that individuals with mobility challenges, such as those using wheelchairs or scooters, can transition safely between the sidewalk and the street. By installing ramps at key locations like pedestrian crossings, bus stops, and building entrances, we create a more inclusive environment. This accessibility is crucial for individuals with disabilities to navigate public spaces effectively.

Think of kerb ramps like a gentle slope in a playground that allows a toddler with a toy car to easily move down without lifting the car. Just as the slope makes it accessible for the child to play freely, kerb ramps make urban spaces navigable for those with mobility challenges.

Gradient should be no steeper than 1:12 (8.33%). Minimum width: 1200 mm.

The slope of a kerb ramp is critical because a steeper ramp can be difficult and unsafe for users with mobility aids. The recommended maximum gradient of 1:12 means that for every 12 units of horizontal distance, the ramp can rise 1 unit. This gentle slope makes it much easier for users to ascend or descend without too much effort. Additionally, a minimum width of 1200 mm ensures that even larger mobility devices can use the ramp safely.

Imagine trying to push a heavy cart up a steep hill compared to a gentle slope—it's much harder on a steep incline. Similarly, keeping the ramp at a gentle slope helps users with wheelchairs or strollers access sidewalks with less strain.

Must have tactile indicators at the top and bottom to warn visually impaired users.

Tactile indicators are raised patterns on the surface of the ramp that help visually impaired individuals identify the beginning and end of the ramp. These indicators serve as important sensory cues, allowing users to navigate more confidently. The presence of these indicators is part of inclusive design, ensuring that everyone, including those with visual impairments, can use the ramps safely.

Think of tactile indicators like braille letters on a book cover—while someone may not be able to see the title, they can feel the letters to know which book they have. Similarly, tactile indicators on ramps give visually impaired individuals crucial information about where they are.

Should include flared sides if adjacent to foot traffic.

Flared sides on kerb ramps help to direct foot traffic and create a smooth transition from the ramp to the sidewalk. They also offer additional width at the top of the ramp, making it easier for users to maneuver, especially when entering from different pathways. This design element is particularly useful in busy areas where pedestrians may be walking alongside the ramp.

Think of flared sides as the curved edges of a driveway that make it easy for cars to enter instead of a sharp corner. Just as rounded driveways help cars adjust smoothly to the pavement level, flared sides on ramps help wheelchair users and pedestrians blend in with the sidewalk seamlessly.

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