Heald Matador is a patent-protected sliding bollard system designed for high-security perimeter protection, crash-tested to PAS 68 and IWA standards. Made for sites with limited excavation depth, it uses a shallow-mounted design and sliding motion for visible operation and pedestrian safety. Electromechanical and manual drive options support energy efficiency and easy installation in challenging locations.

  • Sliding bollard system for high-security vehicle mitigation and perimeter control

  • Crash-tested to PAS 68 and IWA standards with zero vehicle penetration

  • Shallow-mounted design suits sites with congested underground services

  • Sliding motion keeps bollards visible, reducing accidental damage risk

  • Flat, anti-slip surface minimises trip hazards in pedestrian areas

  • Electromechanical drive uses up to 80% less energy than hydraulic systems

  • Customisable finish and installation depth for architectural integration

Applications

  • Urban streetscapes and public realm projects

  • Critical infrastructure and utility protection

  • Event venues and temporary security installations

  • Pedestrianised zones and city centres

  • Government and commercial building perimeters

  • Transport hubs and airports

Dimensions

Shallow foundation depth from 150mm

Performance

Crash-tested to PAS 68 and IWA standards

Zero vehicle penetration in crash tests

Continued operation after impact with no repairs required

Materials

Made from steel

Colours

Anti-slip top plate available in a wide range of RAL colours

Finish

Hardwearing anti-slip coating

Options and variations

Electromechanical or manual operation

Three installation depths: surface-mounted, recessed, or recessed with architectural paving system

Customisable to suit site requirements

Installation

Surface-mounted for temporary or permanent use, can be bolted to existing slabs

Recessed and architectural paving system options for seamless integration

Sustainability

Electromechanical drive uses up to 80% less energy than hydraulic systems

No hydraulic oil required, reducing risk of environmental contamination