SafeStop Pedestrian Barrier with Ground-Level Protection
The SafeStop Pedestrian Barrier with GroundBarrier is a high-performance pedestrian protection system designed to safeguard people in high-traffic industrial and commercial environments.
Specifically engineered for facilities where pedestrians and material-handling vehicles operate in close proximity, SafeStop delivers multi-layered, shock-absorbing protection to help prevent injuries and reduce damage to floors and infrastructure.
Key Features
- Pedestrian Protection –The three-rail flexible design absorbs impact energy to safely stop vehicles while keeping pedestrians protected behind the barrier.
- Ground-Level Impact Protection – An integrated lower rail provides additional protection at the foot and ankle level while helping to prevent damage to concrete flooring.
- Safer Impacts – Industrial shock absorbers, secured with concrete anchors, dissipate energy for controlled and predictable impact performance.
- Stopping Power from the Core – A reinforced metal core strengthens the flexible polymer rails, delivering increased stopping power without transferring excessive force back into the structure.
- No Catching Points Concealed mounting hardware eliminates snagging hazards and reduces the risk of trips in pedestrian zones.
- Low Maintenance – Designed to flex and recover after impact, reducing downtime, repairs, and long-term maintenance costs.
Tested
- In-house tested by McCue
Typical Applications
- Warehouses and distribution centres
- Manufacturing and production facilities
- Loading bays and service yards
- Pedestrian walkways in mixed-traffic areas
- Logistics and fulfilment centres
Dimensions
- Overall Height: 1102 mm
- Post Centres: 1524 mm
- Post Diameter: 146 mm (slim footprint)
Why Choose SafeStop Pedestrian Barrier?
The SafeStop Pedestrian Barrier with GroundBarrier provides pedestrian safety from the ground up – combining flexible impact absorption, structural strength, and intelligent energy management to protect people, floors, and assets in demanding environments.
