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Rockfall Mesh Drape

Passive mesh drapes that rapidly contain and guide loose material downslope.

Mesh drape systems provide passive rockfall control by containing loose material and directing it downslope away from work areas. Anchored at the crest, mesh is rolled rapidly over hazardous slopes and installed in conjunction with scaling. Drape systems are cost-effective, low-maintenance, and widely used in both planned and emergency works.


Benefits:

  • Provides fast, passive rockfall control

  • Reduces hazards with minimal maintenance

  • Rapid installation for urgent stabilisation

rockfall mesh drapes protecting infrastructure

Rockfall Mesh Drape

In Action.

hoover dam rockfall mitigation

Hoover Dam Rockfall Protection | USA

Rockfall mitigation works to protect the iconic Hoover Dam with "exceptional" safety performance
rope access rockfall protection geohazard mitigation

Diana Falls Geohazard Mitigation | NZ

Complex rockfall protection works delivered in extreme weather, terrain and rockfall conditions
rockfall attenuator installation above main highway

Cumberland River Attenuator | AUS

Construction of the first fully stainless steel rockfall attenuator in Australia and New Zealand
rockfall mesh installation on great ocean road

Great Ocean Road Rockfall Mesh | AUS

Rockfall mesh installation to stabilise weathered cuttings along the Great Ocean Road.
slope stabilisation 27km highway nz

Transmission Gully Motorway Slope Stabilisation | NZ

Major slope stabilisation package delivered in seismically active, fractured ground conditions
rail stabilisation ground anchors

Roy Hill Rail Slope Stabilisation | AUS

Anchor installation to stabilise a rail slope hazard during a scheduled shutdown
slope stabilisation in extreme ground conditions

Ngaio Gorge Slope Stabilisation

Multi-system stabilisation of three major slip sites delivered in extreme ground conditions
high reach drill rope access drilling

M1 Pacific Highway Geohazard Mitigation | AUS

Rockfall protection and slope stabilisation on major transport corridor
residential slope stabilisation works nz

Blue Pacific Residential Apartments Slope Stabilisation | NZ

Integrated rock anchor and mesh system to restore long-term slope stability beneath coastal apartments
rockfall attenuator construction nz

Kaikoura SH1 Slip 14 Rockfall Attenuator | NZ

Design and construction of a 2000kJ rockfall attenuator in post-earthquake slip zone
erosion control draped netting installation

Lorne to Skenes Creek Rockfall Netting | AUS

Installation of draped rockfall netting systems along Great Ocean Road
slope stabilisation residential property

Wye River Erosion Control & Retaining Wall | AUS

Soil nailing, erosion control, and retaining wall reconstruction to stabilise slopes and protect property
rockfall mesh drape kiwirail north island trunk line nz

North Island Main Trunk Line Rockfall Mitigation | NZ

Rockfall protection system installed under live rail conditions to maintain network safety and reliability
slope stabilisation rockfall protection

Victoria University Slope Stabilisation | NZ

Anchored mesh system to stabilise earthquake-affected slopes behind a university building
riverbank stabilisation with soil nails nz

Waikato River Stabilisation Project | NZ

Soil nailing works to stabilise riverbanks and protect critical walkways
bridge construction and slope stabilisation

Paddy's Path Slope Stabilisation | AUS

Design and construction of slope retention and pathway reconstruction following a shallow landslide
rockfall barrier installation above road

Point Happy Rockfall Protection | USA

Installation of rockfall barriers to protect new residential development from slope hazards
Rock removal, anchoring, and mesh installation for slope stabilisation

Sheoak Falls Rockfall Netting | AUS

Rock removal, anchoring, and mesh installation to stabilise multiple slips along a coastal highway

Ready to Tackle the Impossible?

Whether it’s stabilising critical transport corridors, protecting mining assets, or managing natural hazard risks, Geovert is trusted to deliver when failure is not an option.

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