Australia-wide sales enquiries | 1300 885 295

Australia-wide sales enquiries | 1300 885 295

OrcaTraffic

OrcaTraffic — Polymer Concrete Traffic Management Systems

OrcaTraffic is a modular range of polymer concrete traffic management systems, including traffic islands and bike lane separators, designed to improve safety, clarity, and durability in modern transport environments.

Manufactured for permanent or semi-permanent installations, OrcaTraffic supports safer outcomes for motorists, cyclists, pedestrians, and public transport networks — including tramways.

As urban environments become increasingly complex, effective traffic management must be considered early in the planning process. The OrcaTraffic range is purpose-designed to meet these challenges, balancing visibility, structural performance, pedestrian accessibility, and long-term durability.

Applications

OrcaTraffic polymer concrete traffic management products are suitable for:

  • Bike lane separation and protection
  • Pedestrian safety islands
  • Traffic calming and lane delineation
  • Public transport corridors and tram interfaces
  • Urban streetscapes and precincts

Polymer Concrete Performance

OrcaTraffic units are manufactured from polymer concrete, a dense, high-strength, corrosion-resistant material widely recognised for its performance in demanding civil and infrastructure applications.

Polymer concrete provides:

  • High compressive and impact strength
  • Resistance to corrosion, chemicals, and water ingress
  • Long service life with minimal maintenance

This makes OrcaTraffic products particularly suited to urban traffic management applications in Australia where reliability and longevity are critical.

Modular, Durable Traffic Management Design

The OrcaTraffic range is modular by design, allowing flexible configuration to suit a wide range of road geometries and traffic management layouts. Components can be arranged to form continuous protection, pedestrian safety islands, or bike lane separation zones, supporting efficient installation and adaptability as transport networks evolve.

The inherent durability of polymer concrete ensures OrcaTraffic systems maintain performance and appearance over time, even in high-impact, high-traffic environments.

Designed for the Modern Urban Environment

Modern traffic management solutions must respond to increasing demands on road space, active transport, and public safety. OrcaTraffic is designed to support:

  • Mixed-use transport corridors
  • Active transport infrastructure, including protected bike lanes
  • Public transport interfaces, including tramways
  • Pedestrian accessibility considerations
  • Structural and regulatory requirements

Early engagement with traffic and transport engineers helps ensure OrcaTraffic systems deliver safe, compliant, and long-term outcomes.

Proven in Major Urban Projects

OrcaTraffic traffic management products are proven in use across major metropolitan infrastructure projects, with more than 14 kilometres of bike lane installations throughout Melbourne.

These include high-profile corridors such as Exhibition Street and St Kilda Road, along with deployment across several tram corridor projects. These installations — and many more — demonstrate OrcaTraffic’s suitability for complex, high-use urban environments.

OrcaGreen Polymer Concrete Capability

OrcaGreen incorporates a high proportion of recycled glass content, reducing reliance on virgin quarried materials while maintaining high structural performance.

OrcaGreen represents an advanced material capability within the Orca range available through Mascot Engineering and can be specified where sustainability objectives apply.

Australian Made for Local Conditions

Manufactured in Australia, OrcaTraffic is designed specifically for Australia’s harsh and varied environments, delivering the durability, performance, and quality expected from an industry-leading traffic management system.

Installation & Support

The modular nature of the OrcaTraffic range supports efficient installation and straightforward integration into new or upgraded traffic management projects.