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RHINO-STOP® Guardrail Safety Barrier

RHINO-STOP® Guardrail, developed by Safe Direction, combines the strength of w-beam guardrail with energy absorbing RHINO-Posts®. The yielding behaviour of the RHINO-STOP® baseplates absorb vehicle impact energy, reducing the peak loads transferred to the anchor bolts. The deflection of the system allows for greater load transfer to the adjacent posts, sharing the impact load from the vehicle.

RHINO-STOP® Guardrail provides an economical crash barrier solution for shielding elevated parking areas and may be configured with handrail and mesh infill providing pedestrian fall protection. The fully modular system uses off-the-shelf components facilitating rapid supply and installation and can be customised on site to suit specific project dimensions.

Type F barrier standard
RHINO-STOP®

Features

  • Complies with the 30kN vehicle impact load (Type F) described in AS/NZS 1170.1, Clause 3.8
  • Standard post spacing – 2.0m centres
  • Available with a handrail attachment increasing system height to 1100mm
  • Available with a sight rail attachment increasing system height to 1300mm
  • Available with mesh infill providing pedestrian fall protection
  • Number of anchor bolts per post – 1 off

Crash test evaluation:

  • Impacts performed on the perimeter edge of 150mm thick elevated concrete slab
  • 1500kg Passenger Car travelling at 15km/h & 90 degrees, impacting 0.5m above ground level

RHINO-STOP® Guardrail FAQs

How does RhinoStop® work?

All RhinoStop® barriers incorporate a unique patented yielding base plate that minimises the peak loads transferred to the post anchors. The yielding behaviour of the base plate absorbs vehicle impact energy and prevents damage to the concrete substrate.

What Standards were referenced to evaluate RhinoStop®?

RhinoStop® has been crash tested to validate compliance with the 30kN (Type F) vehicle impact load described in AS/NZS 1170.1, Clause 3.8.

What crash tests were performed with RhinoStop®?

Crash testing was performed with the RhinoStop® system positioned on the edge of a 150mm thick, suspended concrete slab.

A 1500kg passenger car travelling at 15km/h was impacted on one (1) w-beam guardrail panel supported by three (3) RhinoPosts®. The height of impact was 0.5m above ground level.

What are the benefits of Safe Direction’s crash test evaluation?

Safe Direction’s crash test evaluation is designed to represent the worst, or most critical, impact conditions when evaluating RhinoStop®:

  • The RhinoPosts® are installed on the edge of 150mm thick, suspended concrete slab, thoroughly evaluating the potential for concrete edge failure and the suitability of the anchor embedment depth.
  • Vehicle impacts are performed at up to twice the speed nominated by AS/NZS 1170.1.
  • Short-length barrier systems, designed to distribute the impact load on fewer posts and produce the largest system deflection.
What is the minimum number of posts required for a RhinoStop® installation?

A minimum three (3) RhinoPosts® are required per installation.

What is the spacing between posts?

The spacing between the RhinoPosts® shall not exceed 2m.

How is RhinoStop® manufactured?

RhinoStop® features an all-steel construction, with hot dip galvanised RhinoPosts® and w-beam guardrails.

How do I install guardrails?

The posts of a guardrail system may be driven directly into the ground or fixed to the surface of a concrete footing. The standard spacing for guardrail posts is 2m centres.

What is the importance of guardrails?

Guardrails protect motorists from impacting hazards near the roadside. They also prevent accidents in carparks and provide safe passage for pedestrians.

What are the three main parts of a guardrail?

A guardrail system comprises a beam element supported by posts that may be driven directly into the ground or fixed to the surface of a concrete footing. Terminals are installed to shield and anchor the end of the guardrail system.

What is the importance of guardrails?

Guardrails protect motorists from impacting hazards near the roadside. They also prevent accidents in carparks and provide safe passage for pedestrians.

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