Kerb Ramps: Overview and Common Uses

To determine the correct kerb ramp for your project, measure the kerb height and assess the available run. Consider traffic type – whether only pedestrians will use the ramp or vehicles will cross as well. The ramp profile should match the kerb height to avoid steps or lips, and wider ramps improve clearance for wheelchairs, trolleys, and prams. Site conditions such as corners, slopes, and drainage points should also be considered. Sending photos, measurements, or plans to Tactile Systems can help ensure the right size and profile is chosen.

Yes. The ramps are engineered to accommodate vehicle use in addition to pedestrians, with load ratings suitable for passenger cars, utes, vans, and light commercial vehicles. Typical use includes car parks, service areas, driveways, and loading zones. For heavier vehicles or frequent truck traffic, it is advisable to confirm suitability or explore alternative solutions.

Temporary or free-standing ramps are suitable for short-term projects, events, or construction access. Permanent installation with mechanical fixing is recommended in high-traffic areas, turning zones, or sites with slopes to prevent movement. Fixing options may include bolts into concrete or asphalt. Proper anchoring reduces trip risks, enhances stability, and ensures long-term safety in car parks and public facilities.

 All ramps have slip-resistant surfaces suitable for wet conditions, helping prevent pedestrian accidents. High-visibility features such as yellow or contrasting colour strips make ramps more noticeable against asphalt or concrete, improving safety for pedestrians and drivers alike. These features are particularly beneficial in low-light conditions, for older pedestrians, or users with low vision.

Tactile Ground Surface Indicators (TGSIs) guide people with vision impairment. They are typically required at pedestrian crossings, accessible paths of travel where kerb ramps meet roadways, and around public buildings, transport hubs, hospitals, and council facilities. AS 1428.4 and AS 1428.1 guide proper placement, size, and setback. Tactile Systems supplies products that integrate ramps and TGSIs for a complete accessible solution. Final compliance should always be confirmed with an access consultant or local council.

Kerb ramps must be gentle enough for wheelchairs, prams, and walkers, avoiding abrupt transitions that create trip hazards or scrape vehicles. The exact gradient depends on kerb height and available run, and must comply with AS 1428.1. Smooth transitions at the top and bottom are essential. In cases of uncertainty, consulting an access consultant or engineer ensures compliance. Tactile Systems ramps are designed with compliant gradients suitable for typical kerb heights.

High-quality rubber ramps are designed for outdoor use, resistant to UV exposure, and maintain slip resistance in wet or dry conditions. They withstand exposure to oil, fuel, and other common automotive fluids. These ramps are suitable for frequent pedestrian and vehicle traffic. Routine visual inspections help maintain safety and performance, with replacement recommended if any damage occurs.

Tactile Systems offers project and volume pricing for bulk orders and multi-site projects, with fast dispatch from stock where possible. Products are available Australia-wide, supporting councils, builders, facility managers, and civil contractors. Orders can also include complementary car park fixtures like bollards, tactile indicators, or stair nosings. Contact Tactile Systems with project details to receive a formal quote and delivery timeframe.