QuadGuard Elite M10
QuadGuard Elite M10

The QuadGuard® Elite M10 is a redirective, non-gating crash cushion designed to protect hazards up to 610 mm wide. It meets MASH-16 Test Level 3 standards, offering exceptional impact absorption and protection for both light and heavy vehicles. The system’s durable and reusable HDPE cylinders provide cost savings, even after multiple impacts. The QuadGuard® Elite M10 is a redirective, non-gating crash cushion designed to protect hazards up to 610 mm wide. It meets MASH-16 Test Level 3 standards, offering exceptional impact absorption and protection for both light and heavy vehicles. The system’s durable and reusable HDPE cylinders provide cost savings, even after multiple impacts.

MASH TL3
Compliant
Cylinders
Ensuring low lifecycle costs
Self-Restoring
Reducing maintenance
Product Information
Product Information

Product Information Product Information

  • Description Description
    The QuadGuard Elite M10 is designed for high-impact frequency environments, where durability and reusability are key. The system features reusable HDPE cylinders and a compact design that can accommodate impacts up to 100 km/h. Available in both 610 mm and 1.75 m wide configurations, it provides protection for a variety of roadside hazards. The system is part of the QuadGuard® M10 family and shares many of its components, ensuring familiarity and easy maintenance.Fully tested to MASH TL3 standards, the system offers reliable performance for modern road safety applications.
    Description Description
    Features
    MASH TL3 Compliance: Meets MASH-16 Test Level 3, tested to withstand impacts at 100 km/h.
    Reusable HDPE Cylinders: Cylinders can withstand multiple impacts before requiring replacement, lowering lifecycle costs.
    Self-Restoring Design: The system will self-restore after most design impacts, reducing the need for repairs and downtime.
    Compact and Durable: Designed to accommodate impacts up to 100 km/h, with a robust construction to ensure long-term performance.
    Available in Two Widths: Available in 610 mm (24") and 1.75 m (69") wide configurations, suitable for a range of hazard sizes.
    Reusable Flex-Belt Nose: The Flex-Belt nose is reusable after most design impacts, further lowering maintenance costs.
    Description Description
    Acceptance
    The QuadGuard Elite M10 is fully compliant with MASH-16 Test Level 3 standards and has been recommended for acceptance by the Austroads Safety Barrier Assessment Panel. It is approved for use at speeds up to 100 km/h.
    Description Description
    Performance Metrics
    MASH TL3: Successfully tested at impact speeds up to 100 km/h.
  • Technical Specifications Technical Specifications
    System Specifications
    System Width:
    System Length:
    System Weight:
    Energy Absorption:
    Point of Redirection:
    610mm and 1.75m
    8.30m
    2000kg standard 2450kg wide
    Reusable HDPE cylinders
    Fully redirective
    Technical Specifications Technical Specifications
    Approved Variants
    QuadGuard Elite M10 Wide: Designed to shield wider hazards up to 1.75 m
    Technical Specifications Technical Specifications v
    Approved Connections
    Public Domain W-Beam Guardrail: Permitted for use, compatible for reverse impacts and bidirectional traffic.
    Public Domain Thrie-Beam Guardrail: Permitted for use, compatible for reverse impacts and bidirectional traffic.
    Public Domain Permanent Concrete: Accepted as per safety barrier standards.
  • Downloads Downloads
    QuadGuard® Elite M10 MASH Assembly Manual
    PDF 10694KB
    Download
    Downloads Downloads
    QuadGuard® Elite M10 MASH Crash Cushion Data-sheet
    PDF 783KB
    Download
    Downloads Downloads
    QuadGuard® Elite M10 Wide MASH Crash Cushion Data-sheet
    PDF 1078KB
    Download
QuadGuard Visual Parts List v.0921 (pdf)
Download (2708 KB)
Quadguard Elite M10 Data Sheet v.0620 (pdf)
Download (647 KB)
Quadguard Elite M10-M10 Wide Data Sheet v.0222 (pdf)
Download (698 KB)
QuadGuard® Elite M10 Wide Assembly Manual v.0620 (pdf)
Download (10695 KB)