LEP shells, tapes, liquid polyurethane and ice-phobic coatings, with leading-edge erosion repair, matched to independent blade specialists across Australia.
Request a QuoteMatched to vetted providers in your state. No cost, no obligation.
Leading edge erosion is the slow, silent drain on a wind farm. Rain, dust, hail and insects wear the front edge of every blade, roughening the aerofoil and quietly trimming annual energy production. Leading edge protection stops the erosion and recovers the lost output.
We match owners and asset managers to independent blade specialists who repair the eroded surface, then apply the right protection system. Tell us your platform, blade count and site conditions and we match the provider who covers your region.
Need advice?Tell us your platform, number of blades and how far the erosion has progressed. We match you to independent blade specialists.
Your enquiry is sent to vetted service partners who may contact you directly. We never charge owners or asset managers.
Global Wind Organisation trained crews across the network.
Partners aligned with CEC codes of conduct.
Out-of-warranty support for major OEM platforms.
HV tickets, rope access (IRATA) and heavy-lift credentials.
Leading edge erosion rarely stops a turbine outright, which is exactly why it is so easy to ignore until it has already cost you generation for years.
Every blade tip in Australia travels at well over 250 kilometres an hour, and at that speed a raindrop hits like grit. Over seasons, rain, dust, hail and insect strikes abrade the gelcoat on the leading edge, then the laminate beneath it. The surface roughens, the aerofoil loses its clean shape, and the blade no longer converts wind to torque as efficiently as it did. On a badly eroded set of blades, the cumulative loss in annual energy production (AEP) can run to several per cent, which across a fleet is a meaningful revenue leak.
Protection only works on a sound surface. The independent specialists we match begin with a close assessment, usually drawn from a blade inspection, to map the erosion class and depth. Shallow wear may need only gelcoat restoration, while deeper damage calls for filler, fairing and laminate repair to rebuild the lost profile. Only once the leading edge is smooth and structurally sound does protection go on, so the fix is permanent rather than a cover-up over a problem that keeps growing underneath.
There is no single right answer for leading edge protection, and good providers match the system to the site. Bonded LEP shells are pre-formed, hard-wearing and easy to inspect. Leading edge protection tape is fast to apply and well suited to planned campaigns across many blades. Liquid and polyurethane coatings are brushed or sprayed on and follow the aerofoil closely for a smooth, low-drag finish. For cold or icing-prone sites, ice-phobic coatings shed ice build-up and reduce both load and downtime. Many owners combine approaches across a fleet depending on blade age and exposure.
How the work is applied matters as much as what is applied. Rope access crews reach the leading edge quickly and economically for coating and tape work, with no crane and minimal downtime, which suits most protection campaigns. Suspended platforms and blade crawlers come into their own for larger shell installs, heavier surface repairs or where a controlled, enclosed environment is needed for curing. The specialists we match choose the method that fits your turbine height, weather window and the scope of the blade repair involved.
Treated early, leading edge protection is one of the highest-return jobs on a blade: a modest spend that recovers lost AEP and defers the far larger cost of structural repair. It pairs naturally with a lightning protection check during the same access, so both the aerodynamic and electrical health of the blade are addressed in one visit. For the background on how erosion develops, see our blade guide and our article on leading-edge erosion.
