Installing automatic bollards is not like installing a fence post. Get the foundation wrong and the bollard will not stop what it is supposed to stop. Get the drainage wrong and you will be replacing corroded components within two years. Get the wiring wrong and the bollard simply will not work — or...
Every automatic bollard needs a drive system to raise and lower the cylinder. That system is either hydraulic — using pressurized fluid — or electromechanical — using an electric motor and mechanical linkage. The choice between them affects everything: installation cost, maintenance schedule, operat...
GS Automatic lists "Life Units: 10 years" in their product specifications. It is a bold claim — and exactly the kind of number that helps buyers make decisions. But what does a 10-year lifespan actually mean for a bollard? Which specifications predict real-world durability, and which are just number...
The bollard itself is only half the system. The accessories — lights, reflectors, controls, and sensors — determine how well the installation works in daily use. A bollard without LED warning lights is a trip hazard at night. A bollard without a loop detector stays up when an authorized car is sitti...
City streets are getting busier. More delivery vehicles. More ride-share pickups. More construction trucks. At the same time, more cities are closing streets to through traffic, expanding pedestrian zones, and tightening access to historic centers. The tool that makes this work is the urban automati...
Fully automatic bollards are the gold standard for vehicle access control. Press a button, the bollard drops. Press it again, the bollard rises. No physical effort, no waiting, no key. But that convenience comes with a price — the motors, control boards, power supply, and installation costs add up. ...
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