Flexiwall speed humps are elevated barriers strategically placed on roadways to reduce excessive vehicle speeds. These traffic-calming devices encourage drivers to decelerate as they approach and cross over the humps. Commonly used in residential neighborhoods, school zones, and other areas where pedestrian safety is essential, speed humps help create safer and more pedestrian-friendly environments.
Technical Specifications:
- Product Dimension 1: 500mm (L) x 350mm (W) x 50mm (H)
Weight: 7 kg
- Product Dimension 2: 170mm (L) x 350mm (W) x 50mm (H)
Weight: 1.8 kg
Materials:
- Rubber: This material is flexible and durable, offering excellent impact absorption.
- Recycled Plastic: An environmentally friendly option, it is known for its strength and resilience.
- Asphalt: This option is seamlessly integrated into the road surface, providing a clean appearance.
- Concrete: While highly durable, it is less common due to its rigidity.
Load-Bearing Capacity:
Flexiwall speed humps are engineered to withstand heavy loads, including those from buses and trucks. Additionally, they undergo rigorous testing to meet specific load-bearing standards, which ensures they perform reliably under various traffic conditions.
Performance Specifications:
- Speed Reduction: Studies show that speed humps can reduce speeds by 10-20%. Therefore, they are effective in calming traffic in residential and school zones.
- Impact on Traffic Flow: Generally, speed humps have a minimal effect on traffic flow at normal speeds. However, they may cause minor delays for faster vehicles.
- Safety: By reducing impact speeds, speed humps effectively lower the severity of accidents. Thus, proper design and installation are crucial for ensuring safety.
- Durability: Rubber and plastic speed humps typically last 10-15 years. Meanwhile, asphalt and concrete options can last even longer with appropriate maintenance.
In summary, Flexiwall speed humps effectively manage traffic speeds while enhancing safety for pedestrians in critical areas. By implementing these devices, communities can prioritize pedestrian safety while also ensuring smooth traffic flow.