Live200 robots in operation across Europe as of May 2026.Live44 OEM partners and counting. Three new this month.Live11 European countries operational. Germany, Austria, Switzerland, France, Italy, Spain, Netherlands, Denmark, Sweden, Poland, United Kingdom.LiveFirst humanoid on Floor 2, Hamburg senior living. Week 12 of operation.PublishedCost-reduction case with a care group. Double-digit cost offset, year one.Live200 robots in operation across Europe as of May 2026.Live44 OEM partners and counting. Three new this month.Live11 European countries operational. Germany, Austria, Switzerland, France, Italy, Spain, Netherlands, Denmark, Sweden, Poland, United Kingdom.LiveFirst humanoid on Floor 2, Hamburg senior living. Week 12 of operation.PublishedCost-reduction case with a care group. Double-digit cost offset, year one.
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Service operation vessel beside an offshore wind turbine, a technician crossing the access gangway to the turbine base, grey sea.
offshore wind maintenance turbine access cost

Offshore Wind Maintenance: The Real Cost of Turbine Access

1,764 offshore wind turbines with roughly 10.8 GW stand in German waters. Every maintenance job starts with the same question: how does someone reach the turbine safely without burning a weather window.

werob· Systems integrator for robotics· 18 September 2026

As of 30 June 2026, Germany had 1,764 offshore wind turbines in operation with roughly 10.8 GW of installed capacity (Deutsche WindGuard). Every single one is reachable only by crew transfer vessel (CTV) or service operation vessel (SOV), depending on wave height and weather window, and blade inspection has so far needed roped industrial climbers. Access, not the work on the turbine itself, is what drives the cost.

Key Takeaways

The German offshore stock

1,764 turbines with roughly 10.8 GW (Deutsche WindGuard, as of 30 June 2026) sit across the North Sea and Baltic. Each one carries its own access problem: no road, no diversion, only vessel or helicopter.

What access actually costs

A CTV or SOV is chartered by the day, regardless of whether the weather window holds for the planned work. If the forecast turns, the day is lost. Roped climbers for blade inspection come in as their own specialised line item. Access cost runs independently of the actual finding.

Drones instead of roping in

wedrone brings blade, tower and transition-piece inspection by drone as an alternative to the climber, together with specialised partners and structured under SORA 2.5 (binding since 29 September 2025, EASA ED Decision 2025/018/R) and EU drone regulation 2019/947 and 2019/945. wedrone holds no operational authorisations of its own and does not fly itself. Flight-operation and regulatory detail over water is already covered in full on the wedrone Offshore page.

Where the line sits

What a drone can actually deliver offshore, and where flying over water has its own limits, is described there in detail. This piece stays on the cost side of access, not the flight technique.

FAQ

Does a drone fully replace the climber?
For many blade findings, yes; for structural repair, no. The drone delivers the imagery for the decision on who goes up next.
Does wedrone fly the drones itself?
No. wedrone structures the deployment and the compliance path and brings in certified partner operators who hold the authorisation.
What happens if the weather window doesn't hold?
That is exactly where a planned climber deployment fails most expensively. A drone has lower weather-window requirements than a technician on a rope, but it does not remove the constraint entirely.

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18 September 2026
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