Skip to main content

APE’s 45 highway barrier cuts toll lane occupancy

Aximum Produit Èlectroniques’ (APE) development of its new 45 highway barrier stems from what the French firm says is a search for better productivity through shorter toll lane occupancy, a reduction in ownership costs and reduced risks for toll employees during maintenance operations. Of the barrier’s name Frédéric Lardeur, APE’s marketing and communications director, said, “45° is the angle made when the barrier boom moves to open the toll lane. When a barrier opens, the boom traditionally makes a 90°
April 3, 2014 Read time: 3 mins
An APE 45 highway barrier installed at a tolling station for the Tunnel Prado-Carénage near Marseille, France
164 Aximum Produit Èlectroniques’ (APE) development of its new 45 highway barrier stems from what the French firm says is a search for better productivity through shorter toll lane occupancy, a reduction in ownership costs and reduced risks for toll employees during maintenance operations.

Of the barrier’s name Frédéric Lardeur, APE’s marketing and communications director, said, “45° is the angle made when the barrier boom moves to open the toll lane. When a barrier opens, the boom traditionally makes a 90° angle with the roadway.”

Lardeur said vehicles should not stop for long in toll lanes to keep traffic flowing freely, and stressed how many mechanical and electrical components are required to ensure very short barrier opening times. However, after several million vehicles pass the barriers, their components may become damaged and give way.

“Our Research Department has benefitted from its many years of expertise in the highway sector and the thousands of barriers installed in France, throughout Europe and also Africa,” continued Lardeur. “Reducing the [45] barrier’s opening time was the first objective. To achieve the reduction, APE developed the 45° motion which clears the lanes more quickly with minimum mechanical and electrical effort.”

Robustness and reliability are two essential characteristics for equipment subjected to very high constraints. The 45 barrier’s mechanical and electrical components were submitted to drastic fatigue tests, and its barrier mechanism is said by APE to be guaranteed for over four million operations.

“The 45 barrier is much safer for users than conventional barriers,” added Lardeur. “As a matter of fact, if it is hit by a vehicle the arm moves up and aside with a natural 45° motion. Its movement is stopped by the mechanism and the toll-light fitting. There is no damage to the vehicle and for the operator no boom needs to be replaced.

“To optimise the time a toll employee stands by the barrier, the mechanical and electrical control systems are accessed through the top. All moving parts are totally protected by hoods."

Toll managers already using APE barriers have no need to worry, said Lardeur, as the firm guarantees that all elements of the 45 barrier are compatible with existing installations. Over 90% of the 45’s components are already said to exist in APE’s barrier range.

For more information on companies in this article

Related Content

  • Greener transport infrastructure
    February 16, 2024
    Crossing the carbon challenge: Pioneering carbon reduction on the UK’s ‘greenest’ major infrastructure project Paul Taylor – AtkinsRéalis Carbon Manager, Lower Thames Crossing Roads North
  • Weigh in motion technology reduces road damage
    February 8, 2012
    Overweight vehicles cause enormous damage to road structures but they can be caught, even at high speed. Weigh-in-motion or WIM devices are designed to capture and record axle weights and gross vehicle weights as vehicles drive over a measurement site.
  • Nigeria’s Eko Atlantic project: a city on the sea
    September 27, 2013
    Imagine a megapolis rising, Atlantis-like, from the sea. An urban development similar in size to New York’s Manhattan that boasts thriving business and residential districts to help transform not just a city but an entire country. It sounds like the stuff of science fiction. But the Eko Atlantic project in Lagos, Nigeria, is real and has become one of the most dazzling and most discussed construction developments in the entire world. One hundred years ago, the area of land on which the new city will be bu
  • Dutch road widening benefits from 3D software
    February 24, 2012
    Modern software is stretching traditional design boundaries on a motorway widening in the Netherlands, reports Adrian Greeman There was a time when civil engineering and aesthetics did not mix too well, especially on roads. The artistic ideas of an architect did not blend with the stringent requirements of structure. But modern three-dimensional modelling software is helping this change. Design notions that might have been overly complicated in the past are now attainable with hi-tech analysis tools.