The Moravia Easy Rider Speed Reduction Ramp is a durable and versatile traffic-calming solution designed to reduce vehicle speeds to safe levels in car parks, school zones, warehouses, and private roads. Built for high visibility and performance, it ensures smoother, safer interaction between vehicles and pedestrians in busy areas.
Manufactured from high-strength recycled rubber, the Easy Rider ramp provides outstanding durability, flexibility, and weather resistance, even under heavy traffic conditions. Its modular construction allows for quick installation and easy expansion by connecting centre sections and end caps to create a continuous, reliable speed control system.
Each centre section is equipped with built-in reflectors for improved driver awareness, particularly in low-light conditions, while the contrasting yellow and black design enhances visibility during the day. The ramp is supplied with fixings included for a quick and secure installation on both concrete and asphalt surfaces.
Available in multiple configurations — centre sections and end caps in two height options (55mm and 70mm) — the Moravia Easy Rider system can be tailored to specific site speed requirements and vehicle types.
Why You Should Buy
- Effective Speed Reduction: Safely slows vehicles for controlled movement in pedestrian and vehicle zones.
- Durable Construction: Made from tough recycled rubber for long-term performance in all conditions.
- High Visibility: Integrated reflectors and contrasting colours ensure drivers see it well in advance.
- Modular Design: Centre and end sections connect easily for custom length installations.
- Versatile Use: Ideal for car parks, schools, retail areas, and industrial roads requiring speed control.
Overview
The Moravia Easy Rider Speed Reduction Ramp combines strength, visibility, and flexibility, providing a reliable traffic-calming solution suitable for both commercial and public spaces. With durable materials, built-in reflectors, and an eco-friendly design, it’s the perfect balance of safety, performance, and sustainability.