Developed specifically for airports with input from the BAA, Atlas Barriers provide the ultimate in safety and protection for demanding conditions and large operations. Designed to be highly resilient to the toughest of climates and with the strongest tolerance to impact damage, this dual-function solution physically segregates and shields walkways from vehicles to keep pedestrians safe and out of danger. Able to withstand repeated impacts from the largest of workplace vehicles, Atlas barriers are ideal for any heavy-duty environment requiring unrivalled safety.

Designed to provide ground level protection for walls, buildings and equipment. The eFlex™ ForkGuard™ defends against shallow angular impacts and avoids damage from fork penetration. It also acts as a pallet stop or buffer preventing stored goods encroaching into pedestrian areas or walkways. Floor mounted and bolted from above, the eFlex™ ForkGuard™ integrates with A-SAFE barriers when they are installed at the same time.

Designed to protect the edges of doorways and prevent high level and floor level damage from vehicle impacts.

Height Restrictors offer both guidance and physical protection from both side and height collisions protecting both substructure and workers alike. Stopping vehicles and loads from making contact with doorway edges and roller shutter door channels, protecting against costly impact damage.

Where there is a risk of collision with overhead pipe bridges, cable trays, air or gas supply lines, or ventilation ducts, Height Restrictors will prevent disruptive and expensive damage as well as warning a vehicle driver that his vehicle or load is too high.

Purpose-engineered to provide extreme strength protection from vehicle forks. iFlex™ ForkGuards™ defend against damage and injury at ground level, shielding buildings, equipment, walkways and work areas. Fortified with an exclusive anti-pierce AERO™ core, the iFlex™ ForkGuard™ delivers unprecedented levels of resistance to fork penetration. Reinforced ribbing, multiple internal walls and an interlocking design increases the strength under impact and allows energy to dissipate through the entire system for maximum absorption. A 60 degree diagonal fixing method enables a seamless retro-fit to existing barrier systems, removing ground level gaps and preventing items protruding under barrier rails and causing damage.