Slippery Road - Class RA1 - Temporary - TSRGD Diagram: 557 - Slippery Road Ahead Signs

Slippery Road temporary signs are important because they warn drivers of sections of the road where conditions may cause reduced traction, increasing the risk of skidding or losing control. These hazards can result from recent roadworks, oil spills, wet or icy surfaces, loose gravel, or other temporary factors that make the road more dangerous than usual.

These signs should be installed in advance of the affected area, giving drivers enough time to slow down and adjust their driving to maintain control. They are commonly used near construction sites, freshly resurfaced roads, or areas affected by spills or adverse weather conditions.

By alerting drivers to slippery conditions, these signs help prevent accidents caused by sudden loss of grip or unexpected road surface changes. They encourage cautious driving, which protects both vehicle occupants and other road users.

Overall, temporary Slippery Road signs are essential for maintaining safety during times when road surfaces pose additional risks, ensuring drivers remain aware and take necessary precautions.

Materials Explained

Any product outside of our standard choice of material/size range starts with a 5. This may include items such as rolls of tape, sign frames, floor graphics or banners. Below you can find a more detailed description of the miscellaneous material options available for this sign design.

Class RA1: Manufactured from 3mm aluminium composite with an engineering grade retroreflective sheeting to ensure visibility during day and night. This reflective layer helps headlights bounce light back to drivers, making the sign readable in low-light conditions and offers approximately a 7 years lifespan. Aluminium composite is a lightweight, durable material which holds no scrappage value - reducing the potential for theft. It is weather and rust resistant - overall, RA1 signs are designed to be durable, weatherproof, and highly visible to ensure the safety of road users around temporary worksites.