Taxi Way tracked sliding security gates are made from fully-welded low-carbon steel and designed to secure wide entrances up to 35m. Suitable for continuous, frequent use, these gates run on a track set 5mm below finished road level and are powered by a single-phase 230V supply. Safety systems, access controls and a range of infill and finish options are available.

  • Sliding gate system for wide entrances, with tracked operation and continuous use rating

  • Maximum aperture up to 35m; gate leaf heights from 24 to 5m

  • Made from rectangular hollow section, low carbon steel to BS4848 Pt.2

  • Choice of infills including bar, mesh, sheet, wood, and ornate designs

  • Safety features include vehicle detector loops, photocells, ultrasonic sensors and safety edges

  • Accessories include signage, audible alarms and flashing beacons

  • 20-year corrosion protection system for exterior, industrial and polluted sites

  • Secured by Design and BRE Global Civil Engineering accreditations

Applications

  • Airports and taxiways

  • Industrial and commercial sites

  • Pharmaceutical manufacturing facilities

  • Shopping centres

  • Universities and educational campuses

  • Sports training grounds

  • Business parks

  • Border control and high-security areas

Dimensions

Maximum aperture 35,000mm

Standard gate leaf height 2400mm

Maximum gate leaf height 5000mm

Performance

100% operating duty cycle

Operating speed 225–500mm/second

Materials

Low carbon steel, rectangular hollow section

Vertical 50mm x 25mm ERW bar infill at 180mm centres

50mm square galvanised weld mesh backing

Finish

Shotblasted, hot zinc sprayed, primed, polyurethane paint

20-year corrosion protection to BS5493, 1977 (Revised 1984)

Options and variations

Bar, security weldmesh, sheet, wood, and ornate infills

Bespoke designs available

Installation

Track cast into concrete foundation in two stages

Track set 5mm below finished road level

Shallow foundation depth of 300mm

Accreditations

Secured by Design

BRE Global Civil Engineering