Limited space, a heavy gate and high expected usage made a conventional sliding gate unsuitable for this Bondi Beach project. See how a three-section telescopic sliding gate was designed to achieve the required opening within the restricted available space.

For a high-usage gas terminal in Port Kembla NSW, motor selection required more than enough power to move the gate. See why duty cycle, gate load, reliability, serviceability and future maintenance led to the selection of a 100% duty cycle hydraulic sliding gate motor.

A vehicle loop can detect correctly and still be positioned incorrectly for the site. See why we relocated a boom gate loop after assessing vehicle paths, stopping positions, boom arm movement and the complete access sequence.

Integrating a boom gate, sliding gate and access control system requires careful coordination of entry and exit logic, vehicle detection, safety devices and operating sequences. Learn how complete commercial access systems are designed around real site requirements.

Automating a heavy sliding gate on a slope requires more than choosing a powerful motor. Learn how gate weight, gradient, braking, rack alignment, foundations and safety systems influence a reliable automation design.

Ground track, cantilever or telescopic? Compare three common sliding gate designs and learn how opening width, run-back space, ground conditions, traffic and maintenance requirements influence the right choice.

A recent school automatic gate upgrade in Parramatta, NSW, featuring secure access card integration and enhanced safety systems including audible alerts and flashing warning lights once the automatic gate operates. Designed to improve controlled access and safety awareness in a busy educational environment.